Sandhya Enterprises

Additional Information:

• Packaging Details: HDPE Bag

Sure! Here’s a brief explanation of a Flexible Rubber Hose with MS Flange:

🔧 What is it?

✅ A Flexible Rubber Hose with MS Flange is a pipe made of flexible rubber (natural or synthetic) designed to carry fluids, with Mild Steel (MS) flanges fitted at both ends for secure bolted connections.

It combines:

• Rubber hose body ➔ for flexibility & vibration absorption

• MS flange ends ➔ for easy connection to pipelines, pumps, valves, tanks

⚙️ Typical Features

• Material of hose: Natural rubber, EPDM, NBR, or neoprene depending on the medium (water, air, oil, chemicals).

• Reinforcement: Braided textile or steel wire to handle pressure.

• Flange: Mild Steel (IS 2062 standard), drilled as per ANSI / DIN / IS standards.

• Size: Usually from 50 mm (2”) up to 600 mm (24”) and beyond.

• Length: Commonly 1 m to 3 m (customizable).

💡 Advantages

✅ Absorbs vibrations & noise
✅ Compensates for small misalignments
✅ Easy to install & remove due to flange
✅ Withstands internal pressure & some axial movement

📌 Typical Applications

• Water supply & slurry lines

• Cooling water for industrial plants

• Pumps & compressors suction/discharge lines

• HVAC systems

• Marine and dredging lines

📝 Example Technical Specification

✅ If you want, I can prepare for you:

• A product catalogue line / datasheet format,

• A quotation template, or

• A detailed drawing with dimensions & drilling details for the MS flange.

Just tell me what you’d like!

Composite speed breakers, also known as speed humps or speed bumps, are traffic calming devices used on roads to slow down vehicular traffic. They are typically constructed using a combination of materials such as concrete, rubber, plastic, or metal. Here are some common uses and applications of composite speed breakers:
1. **Traffic Calming**: Composite speed breakers are primarily used to control vehicle speeds in areas where excessive speeding poses a safety hazard. They are often installed in residential areas, school zones, parking lots, and other areas with high pedestrian activity.
2. **Reducing Accidents**: By forcing vehicles to slow down, composite speed breakers help reduce the risk of accidents, particularly in areas with limited visibility or high pedestrian traffic.
3. **Noise Reduction**: Unlike traditional speed breakers made solely of concrete or asphalt, composite speed breakers can help reduce noise pollution caused by vehicles passing over them. Rubber-based speed breakers, for example, absorb some of the sound generated by vehicles.
4. **Temporary Installations**: Composite speed breakers are often used for temporary traffic control measures, such as during road construction or special events. Their modular design allows for easy installation and removal as needed.
5. **Customization**: Composite speed breakers can be manufactured in various shapes, sizes, and colors to suit different traffic management needs and aesthetic preferences. This flexibility allows traffic engineers to tailor speed control measures to specific road conditions and requirements.
6. **Durability**: Depending on the materials used, composite speed breakers can offer increased durability and resistance to wear and tear compared to traditional speed breakers. Rubber and plastic-based speed breakers, for instance, are less prone to cracking and crumbling over time.
7. **Cost-effectiveness**: While initial installation costs may be higher than traditional speed breakers, composite speed breakers can provide long-term cost savings due to their durability and reduced maintenance requirements.
8. **Environmental Benefits**: Some composite speed breakers are made from recycled materials, contributing to environmental sustainability by reducing the demand for new raw materials and diverting waste from landfills.
9. **Enhanced Visibility**: Composite speed breakers can be equipped with reflective markings or embedded lights to improve visibility, especially during nighttime or adverse weather conditions, further enhancing their effectiveness in slowing down traffic.
10. **Traffic Management in Industrial Areas**: Composite speed breakers are also used in industrial areas and warehouses to regulate the speed of vehicles, ensuring safety for both workers and equipment.
Overall, composite speed breakers play a crucial role in traffic management and safety by effectively controlling vehicle speeds and improving road safety in various environments.

Additional Information:

• Production Capacity: 5000
• Delivery Time: immedalty
• Packaging Details: 1Mtr per PKD

an ISO 9001- 2015 Company is one of India’s leading manufacturer of Rubber Products with specialization in Moulded Components like, Bellows, Diaphragms, Vibration Pads for heavy industries, Rubber Rings and gaskets for water pipes IS:5382 ( DI, CI, RCC, Stoneware, GRP, DWC etc) and PVC Water stoppers as per IS:15058 & have served various industries like Mining, Power (Hydro, Wind, Thermal) Defense, Telecom, Waterboards, Infrastructure companies and Cement companies. In addition, its product range includes a variety of custom molded rubber components for Engineering and construction companie

The Sandhyaflex Bulk Material Hose is specifically designed for the efficient and safe transportation of bulk materials such as cement, sand, gravel, powders, and other dry or abrasive substances. These hoses are commonly used in industries such as construction, mining, cement plants, and other industrial applications where large quantities of bulk materials need to be moved over long distances.

Key Features of Sandhyaflex Bulk Material Hose:

1. Durability and Strength:

   • The hose is made with heavy-duty rubber or synthetic materials that provide high tensile strength, ensuring it can handle the constant movement of abrasive materials without tearing or degrading.

2. Abrasion Resistance:

   • The inner lining of the hose is designed to resist the abrasion caused by the rough and abrasive nature of the conveyed materials, providing a longer service life even under harsh conditions.

3. High Flexibility:

   • Despite its heavy-duty construction, it is flexible enough to navigate through tight spaces and around obstacles in industrial settings. This makes it ideal for use in construction sites and plants with complex layouts.

4. Pressure Resistance:

   • Designed to withstand the high pressures typically found in bulk material transfer systems, ensuring a reliable and efficient flow of materials without bursting or leakage.

5. Temperature Resistance:

   • Resistant to a wide range of temperatures, enabling the hose to be used in various environments, including both high and low-temperature conditions, making it suitable for diverse industries.

6. Chemical and Weather Resistance:

   • Some models are designed to resist chemical exposure and UV degradation, which makes them ideal for outdoor and harsh industrial environments.

7. Versatile Use:

   • Sandhyaflex Bulk Material Hose is used for transporting bulk materials such as:
     • Cement
     • Sand
     • Gravel
     • Chemicals
     • Powdery substances (e.g., gypsum, fly ash)
     • Agricultural materials

8. Cost-Effective:

   • Built to last longer than standard hoses, these bulk material hoses help reduce maintenance costs and downtime, providing a cost-effective solution for industries that need to move large amounts of materials regularly.

9. Safety and Reliability:

   • With the robust design and ability to withstand heavy-duty conditions, the hose ensures a safe operation, minimizing the risk of material spillage, rupture, or failure under pressure.

Applications:

• Construction: Conveying cement, sand, and other building materials in ready-mix plants or on construction sites.
• Mining: Transporting materials such as gravel, sand, or minerals in mining operations.
• Cement Plants: Moving bulk cement and other dry bulk powders through pneumatic or mechanical systems.
• Agriculture: Handling bulk fertilizers, grains, and other agricultural materials.
• Industrial Manufacturing: Used in factories to transfer materials between different stages of production.

Advantages:

• Improved Efficiency: It ensures the smooth and continuous flow of bulk materials, which can significantly improve the efficiency of material handling systems.
• Long Service Life: Due to its durable construction and abrasion resistance, it lasts longer compared to standard hoses, reducing the need for frequent replacements.

White color PVC granules are commonly used in the production of gumboot shoes (also known as Wellington boots or rubber boots). PVC (polyvinyl chloride) is a versatile and durable material that is widely used in the footwear industry for its water-resistant properties and ability to withstand various environmental conditions.
Here are some key points regarding white color PVC granules for gumboot shoes:
1. **Material Composition:** PVC granules are typically composed of polyvinyl chloride resin, plasticizers, stabilizers, and colorants. The white color is achieved by adding a specific type and amount of pigment or dye to the PVC mixture.
2. **Properties:** PVC has excellent chemical resistance, durability, and water resistance, making it suitable for gumboot shoes that are often used in wet or muddy conditions. It is also known for its flexibility, which contributes to the comfort and functionality of the footwear.
3. **Manufacturing Process:** The production of gumboot shoes involves a process called injection molding. The PVC granules are heated and melted before being injected into a mold that shapes the boot. Once the material cools and solidifies, the finished gumboot is removed from the mold.
4. **Color Stability:** White PVC granules should be chosen for their color stability to ensure that the gumboots maintain their white appearance over time, even with exposure to sunlight, chemicals, and other environmental factors.
5. **Quality Control:** Manufacturers need to maintain strict quality control measures during the production of PVC granules and the gumboot shoes themselves. This ensures that the final product meets industry standards for safety, durability, and appearance.
6. **Regulatory Compliance:** Manufacturers should also ensure compliance with relevant industry regulations and standards for footwear, including those related to materials used in production.
When sourcing white color PVC granules for gumboot shoes, it's essential to work with reputable suppliers who can provide high-quality materials. Additionally, manufacturers should have clear specifications for the PVC granules to meet the desired color, performance, and safety requirements of the gumboot shoes.

Stainless steel expansion joints are flexible connectors used in piping systems to absorb thermal expansion, vibration, and movement while maintaining the integrity of the system. Here's an overview of their features and functions:
1. **Material**: Stainless steel expansion joints are constructed primarily from stainless steel alloys, such as austenitic stainless steel (e.g., 304, 316), which offer excellent corrosion resistance, durability, and strength. The use of stainless steel ensures compatibility with various fluids, gases, and environments, including corrosive or high-temperature conditions.
2. **Flexible Design**: Expansion joints are designed with flexible bellows or corrugated sections that can expand, contract, and bend to accommodate thermal expansion, vibration, pressure fluctuations, and movements in piping systems. The flexibility of the expansion joint helps prevent stress, fatigue, and damage to the piping system components, extending their service life.
3. **Compensating for Thermal Expansion**: Stainless steel expansion joints are installed in piping systems to compensate for thermal expansion and contraction caused by temperature variations. As temperatures change, the expansion joint absorbs the resulting movement and displacement, reducing the stress on the piping system and preventing damage to connected equipment or structures.
4. **Absorbing Vibration and Shock**: Expansion joints dampen and absorb vibrations, shocks, and pulsations generated by equipment operation, fluid flow, or external forces. By absorbing these dynamic loads, expansion joints help reduce noise, vibration-induced fatigue, and the risk of failure in piping systems, pumps, valves, and other components.
5. **Corrosion Resistance**: Stainless steel expansion joints offer superior corrosion resistance compared to other materials, making them suitable for use in corrosive environments, chemical processing plants, offshore installations, and marine applications. The corrosion-resistant properties of stainless steel ensure long-term performance and reliability in aggressive operating conditions.
6. **Pressure Rating**: Stainless steel expansion joints are engineered to withstand specific pressure ratings and operating conditions based on factors such as pipe diameter, temperature, fluid type, and system pressure. Expansion joint designs are selected or customized to meet the pressure requirements of the application and ensure safe and reliable operation.
7. **Wide Range of Sizes and Configurations**: Stainless steel expansion joints are available in various sizes, diameters, lengths, and configurations to suit different piping system layouts, installation requirements, and performance specifications. Custom-designed expansion joints can be fabricated to meet specific project requirements or space constraints.
8. **Compliance with Standards**: Stainless steel expansion joints may be designed and manufactured in accordance with industry standards and codes, such as those established by organizations like the Expansion Joint Manufacturers Association (EJMA), ASME (American Society of Mechanical Engineers), ASTM International, and relevant regulatory authorities. Compliance with these standards ensures that expansion joints meet specified design, performance, and safety requirements.
In summary, stainless steel expansion joints play a crucial role in piping systems by accommodating thermal expansion, vibration, and movement while maintaining the integrity, safety, and reliability of the system. Their flexibility, durability, corrosion resistance, and compatibility with a wide range of operating conditions make them essential components in industrial, commercial, and infrastructure projects worldwide.

Additional Information:

• Item Code: SSEJB
• Production Capacity: 100
• Delivery Time: 7 Days

Got it 👍
Here’s the info for Swivel Type Scaffolding Pipe Clamp (also called Swivel Coupler).

🔩 What is a Swivel Scaffolding Clamp?

A Swivel Clamp is used to connect two scaffolding pipes at any angle (0°–360°). Unlike a fixed (right-angle) clamp, it can rotate, making it suitable for diagonal or bracing connections.

⚙️ Features:

• Made from forged steel or pressed steel.

• Hot-dip galvanized or zinc-plated for corrosion resistance.

• Equipped with T-bolt & nut tightening.

• Provides flexibility in scaffolding structures.

📏 Common Specifications:

• Suitable for tube OD: 48.3 mm (standard scaffolding pipe).

• Bolt size: 1/2 inch (21 mm AF).

• Safe working load: ~ 6.25 kN (depending on design & manufacturer).

✅ Uses:

• To connect ledger to ledger at an angle.

• For diagonal bracing in scaffolding.

• Useful where adjustable angle connections are required.

⚖️ Quick Difference (Fixed vs Swivel Clamp):

 

👉 Do you want me to also make a catalog-style writeup (with short description + specs + application) for both Fixed & Swivel clamps, so you can directly use it on your website / product listing?

PVC transparent braided pipes combine the features of transparent PVC pipes with the added strength provided by a braided reinforcement layer. These pipes are commonly used in various applications where a clear view of the contents is desirable, and the additional strength from the braiding makes them suitable for both suction and delivery of fluids. Here are some key features and uses of PVC transparent braided pipes:

1. Material: PVC transparent braided pipes are made from a transparent or translucent polyvinyl chloride (PVC) material. The braided reinforcement is often made of high-strength synthetic fibers like polyester or nylon.

2. Clarity: Similar to transparent PVC pipes, PVC transparent braided pipes offer clarity, allowing users to visually inspect the flow of fluids. This transparency is particularly useful in applications where it's important to monitor the contents inside the pipe.

3. Braided Reinforcement: The braided layer enhances the strength of the PVC pipe, making it resistant to kinking, crushing, and deformation. This reinforcement makes these pipes suitable for both suction and delivery applications.

4. Applications: PVC transparent braided pipes are used in various industries and applications, including:

   • Water Supply: Suitable for conveying water and other liquids in residential, commercial, and industrial settings.
   • Agriculture: Used for irrigation and other agricultural applications where flexibility and transparency are important.
   
   

Additional Information:

• Production Capacity: 5000
• Delivery Time: 7 DAYS

Here is a detailed product description for Wrapping Stretch Film Roll:

Wrapping Stretch Film Roll

Description:
Stretch Film Roll is a highly stretchable plastic film used to tightly wrap and secure products during packaging, storage, or transportation. Made primarily from Linear Low-Density Polyethylene (LLDPE), it clings firmly to items and provides strong load stability and protection from dust, moisture, and tampering.

Key Features:

• High stretchability and tensile strength

• Excellent puncture and tear resistance

• Transparent and glossy finish

• Cling property for secure wrapping

• Water, dust, and UV-resistant (optional UV grade)

Types Available:

• Manual Grade Stretch Film – for hand wrapping

• Machine Grade Stretch Film – for automatic wrapping machines

• Colored Stretch Film – for product identification and privacy

• UV Protected Stretch Film – for outdoor storage

• Pre-Stretched Film – reduces wrapping effort and material usage

Applications:

• Pallet wrapping and load securing

• Carton and product bundling

• Protecting furniture, appliances, and machinery

• Warehousing and logistics operations

• Industrial and retail packaging

Technical Specifications (customizable):

•  

  Width: 50 mm to 500 mm

• Length: 100 meters to 1500 meters

• Core: 1", 2", or 3" inner diameter

• Color: Transparent / Black / Customized

Packaging:

• Individually shrink-wrapped rolls

• Box or carton packing

• Palletized for bulk orders

• Custom labeling available

Would you like a Hindi version, or shall I prepare this as a catalog page or eCommerce listing for your website?

Additional Information:

• Item Code: WSF
• Production Capacity: 100000
• Delivery Time: 7 days

Safety cones, also known as traffic cones or construction cones, are highly visible, cone-shaped markers typically made of bright-colored materials such as orange or fluorescent yellow. They play a crucial role in various applications to enhance safety and communicate information in both indoor and outdoor environments. Here are some common uses and applications of safety cones:
1. **Traffic Control:**   - Safety cones are widely used on roads and highways to redirect traffic, indicate lane closures, or warn drivers of hazards. They help create a visible barrier between vehicles and construction zones, accidents, or maintenance activities.
2. **Construction Sites:**   - Safety cones are a staple on construction sites to mark off restricted areas, guide vehicles and pedestrians, and highlight potential hazards. They improve visibility and contribute to a safer working environment.
3. **Parking Lots:**   - Safety cones are employed in parking lots to indicate restricted areas, block off parking spaces, or guide traffic during events. They enhance organization and prevent confusion in busy parking areas.
4. **Emergency Situations:**   - Safety cones are used by emergency responders to cordon off accident scenes or other hazardous areas. They alert the public and provide a visible barrier to keep people away from danger.
5. **Sporting Events:**   - Safety cones are utilized in sports settings to mark boundaries, designate areas for activities, and guide spectators. They enhance safety and help manage crowds during events.
6. **Pedestrian Safety:**   - Safety cones are placed in areas where pedestrians need to be redirected or where walkways are under construction or repair. They improve visibility and prevent accidents involving pedestrians.
7. **School Zones:**   - Safety cones are often used in school zones to alert drivers to reduced speed limits, pedestrian crossings, or other safety measures. They contribute to the safety of students and pedestrians around school areas.
8. **Training Exercises:**   - Safety cones are valuable in various training scenarios, such as driver education programs, emergency response drills, or military training exercises. They simulate real-world conditions and help participants navigate safely.
9. **Indoor Facilities:**   - Safety cones can be used indoors, such as in warehouses or manufacturing plants, to mark off hazardous areas, indicate pathways, or alert employees to potential dangers. They are useful in promoting workplace safety.
10. **Event Management:**    - Safety cones are employed at events, festivals, or concerts to manage crowds, guide attendees, and mark off specific areas. They assist in maintaining order and preventing accidents.
11. **Temporary Signage:**    - Safety cones can be equipped with signs or labels to convey specific messages, such as "Caution," "Wet Floor," or "No Entry." This enhances communication and reinforces safety protocols.
12. **Roadside Maintenance:**    - Safety cones are used during roadside maintenance activities, such as landscaping, utility work, or repair work. They help protect workers and inform drivers about the ongoing activities.
In summary, safety cones are versatile tools that contribute to safety and organization in a wide range of settings. Their visibility, portability, and ease of use make them essential for a variety of applications aimed at preventing accidents and guiding individuals safely through different environments.

A safety helmet, also known as a hard hat or protective headgear, is a vital piece of personal protective equipment (PPE) designed to protect the wearer's head from impacts, falling objects, and other hazards in various work environments. Here's an overview of its features and functions:
1. **Hard Shell Construction**: Safety helmets typically feature a hard outer shell made of high-impact-resistant materials such as acrylonitrile butadiene styrene (ABS), polycarbonate (PC), or high-density polyethylene (HDPE). The hard shell provides structural integrity and durability to withstand impacts, collisions, and penetration from falling objects.
2. **Impact Absorption**: Beneath the hard outer shell, safety helmets contain an inner suspension system or liner designed to absorb and dissipate the force of impacts. The liner may consist of foam padding, expanded polystyrene (EPS), or other energy-absorbing materials that help reduce the severity of head injuries by cushioning the wearer's head upon impact.
3. **Adjustable Suspension System**: Safety helmets feature an adjustable suspension system or headband that allows the wearer to customize the fit for comfort and stability. The suspension system typically includes straps, ratchets, or a dial adjustment mechanism to ensure a snug and secure fit while minimizing pressure points and slippage.
4. **Chin Strap**: Many safety helmets are equipped with a chin strap or chin cup to secure the helmet in place and prevent it from falling off during sudden movements, impacts, or accidents. The chin strap is adjustable and may include a quick-release buckle for easy donning and doffing of the helmet.
5. **Ventilation**: Some safety helmets are designed with ventilation slots or openings to promote airflow and prevent overheating during extended wear. Ventilated helmets help regulate temperature and moisture buildup inside the helmet, enhancing comfort and reducing the risk of heat-related discomfort or fatigue.
6. **Visibility Enhancements**: Certain safety helmets feature reflective strips, high-visibility colors, or built-in accessory slots for attaching additional visibility aids such as safety lights or reflective tape. These enhancements improve the wearer's visibility in low-light conditions or hazardous work environments, enhancing overall safety.
7. **Electrical Insulation**: Safety helmets designed for use in electrical work or environments where electrical hazards are present may incorporate non-conductive materials in their construction. These helmets provide electrical insulation to protect the wearer from electric shocks or contact with live electrical equipment or wires.
8. **Compliance with Standards**: Safety helmets are subject to regulatory standards and certifications established by organizations such as the Occupational Safety and Health Administration (OSHA), the American National Standards Institute (ANSI), or the European Union's CE marking. Compliance with these standards ensures that safety helmets meet specified requirements for performance, impact resistance, and protection against specific hazards.
In summary, safety helmets are essential PPE worn by workers in industries such as construction, manufacturing, mining, forestry, and utilities to protect against head injuries and ensure workplace safety. By providing effective head protection, safety helmets help prevent traumatic brain injuries, concussions, lacerations, and other serious injuries resulting from workplace accidents and hazards.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 7 Days

IS:446 is an Indian Standard that specifies the requirements for non-conductive rubber hose for compressed air. The standard outlines the construction, dimensions, performance criteria, and testing methods for air rubber hoses. Here are the common uses and applications of air rubber hoses conforming to IS:446:
1. **Compressed Air Systems:**   - The primary application of air rubber hoses is in compressed air systems. These hoses facilitate the transfer of compressed air from the source (air compressor) to various pneumatic tools, equipment, or machinery in industries.
2. **Pneumatic Tools:**   - Air rubber hoses are extensively used to connect pneumatic tools such as air drills, impact wrenches, grinders, and nail guns to a compressed air source. These hoses provide the necessary flexibility for efficient tool operation.
3. **Industrial Workshops:**   - In industrial settings, air rubber hoses are commonly employed in workshops where pneumatic tools are used for manufacturing processes, maintenance, and repair work. The hoses ensure a reliable connection to the compressed air supply.
4. **Construction Sites:**   - Construction sites often utilize air rubber hoses to power pneumatic tools like jackhammers, air compressors, and concrete vibrators. These hoses offer flexibility and mobility in dynamic construction environments.
5. **Automotive Industry:**   - Air hoses are vital in the automotive industry for various applications, including inflating tires, operating air-powered tools in repair shops, and providing compressed air for manufacturing processes.
6. **Mining Operations:**   - In mining, where compressed air is commonly used for drilling, rock breaking, and other tasks, air rubber hoses facilitate the reliable connection between the compressed air system and pneumatic equipment.
7. **Railway Maintenance:**   - Railway workshops and maintenance facilities use air rubber hoses to power pneumatic tools for tasks like maintenance and repair of rolling stock.
8. **Agricultural Machinery:**   - Air rubber hoses are employed in agriculture for tasks such as operating pneumatic equipment, inflating tires, and providing compressed air for various agricultural machinery.
9. **Shipbuilding and Marine Applications:**   - Shipyards and marine environments use air rubber hoses to supply compressed air for tasks such as sandblasting, painting, and general maintenance.
10. **General Manufacturing Processes:**    - Air rubber hoses find application in a wide range of manufacturing processes where compressed air is essential for powering tools, machinery, and automated systems.
11. **Loading and Unloading Operations:**    - Air hoses are used in loading docks and industrial facilities for tasks like loading and unloading goods using pneumatic conveyors and other air-powered equipment.
12. **Cleaning Applications:**    - In various industries, air hoses are employed for cleaning purposes, including blowing debris, dust, or materials from surfaces or equipment.
13. **Chemical Industry:**    - Some air rubber hoses are designed to resist chemicals, making them suitable for applications in chemical industries where exposure to corrosive substances is a concern.
14. **Firefighting Equipment:**    - Air hoses may be used in certain types of firefighting equipment that rely on compressed air for operation.
It's important to note that while IS:446 provides standards for non-conductive rubber hoses for compressed air, users should ensure that the specific hose they choose meets the requirements of their intended applications and complies with safety regulations. Regular inspection, maintenance, and replacement of hoses are also essential for ensuring continued safety and performance.

Bubble Sheets for Floor Protection are lightweight and heavy-duty sheets with which you can protect your floors from potential damages: foot traffic, building debris, and spills. The special bubble structure, actually tiny air pockets, gives these sheets superior cushioning to minimise the danger of scratches and dings on your floors.
When you're working with expensive materials, such as marble, tiles, or hardwood, you don't want to risk the damage. Bubble Sheets act a lot like a shield for your floors, protecting them from stains, impacts, and even sharp objects. They also help you keep your job site clean, minimising the need for a costly, timely post-project cleaned-up.
Types of Bubble Sheet for Floor Protection We Offer

One size doesn’t fit all, and we understand that. That's why we offer different varieties to meet the specific needs of your project:

• Standard Duty (200 GSM): Perfect for applications requiring light protection.
• Medium Duty (250 GSM): Good to go for house renovations or medium-traffic areas.
• Heavy Duty (300 GSM): This can be used for heavier construction.
• Extra Heavy Duty (500 GSM): Provides factored, heavy-duty protection in the industry.

Features of Deesawala Rubber Industries' Bubble Sheets

• High Resistance to Impact: Our sheets are designed with air-lock technology that absorbs sudden impacts, comforting your floors against heavy damage.
• Waterproof: Spills are no problem. These sheets do not let the water spill onto the floors, hence ultimately no stains.
• Reusable: Our sheets can be reused multiple times, hence saving you money and resources.
• Ease of Installation: Just roll them out and get going. No need to call professionals.

Applications of Bubble Sheet for Floor Protection

• Construction sites
• Home renovations
• Event venues
• Warehouses or industrial settings

Maintenance and Storage of Bubble Sheets

Taking care of your Bubble Sheets is just as effortless. A quick sweep or a vacuum keeps them clean, and when you are done, simply roll them up for easy storage. They will be ready for your next project whenever you need them.

Floor Guard Sheets

Ever taken a moment to think about how to protect your floors? Whether from renovation or construction damage, you are not alone, and we make it pretty easy. Deesawala Rubber Industries provides Floor Guard Sheets to save your floors from any deteriorating factors like heavy traffic, machinery, or any kind of spillage that might occur during the process.

Our floor guard sheets are convenient to use, durable, and reusable, and they promise very reasonable protection for your flooring investment.

Why Are Floor Guard Sheets Important?

The flooring of a house or a building is one of the most expensive parts. It should be very well protected. This is where the Floor Guard Sheets come in. To protect against scratches, scuffs, and other damages. Without them, construction materials and movements of furniture and daily wear would surely cause expensive repairs or replacements.

Types of Floor Guard Sheets We Offer

• Rubber Sheets: Ideal for industrial uses, the sheets manufactured in rubber provide tough, long-lasting protection against heavy equipment and chemical spills.
• Foam Sheets: Lightweight and cushioned, great for renovations in the home or moving furniture about.
• Plastic Sheets: Rigid and durable for when you would want something really strong in commercial settings; easy to clean, though.
• Fabric Sheets: Soft and absorbent, these serve well for tender floors like hardwood or marble.

• Durability: Their construction is to last long, even when exposed to very harsh conditions.
• Easy Installation: They don't require a professional to install; instead, they are designed to be laid down and removed with ease.
• Reusable: Save money by reusing them for many projects.
• Custom Sizes: Available to fit whatever your floor needs.

Applications of Floor Guard Sheets

• Construction Sites: Protect floors from heavy machinery to debris.
• Home Renovations: Protect your floors from damage while working on your next renovation or DIY project.
• Office Spaces: Avoid high-traffic wear and tear due to the continuous movement of people and wheeled office chairs.

• Quality You Can Trust: We've been in the business long enough to know what works and we stand by our products.
• Customer-centric: We have options for customisation, and the team is always ready to help with the choice among the products.
• Cost-Effective: Our reusable sheets save you money in the long run by reducing damage and repair costs.

Dimple board, also known as dimpled membrane or drainage board, is a specialized building material commonly used in construction projects, particularly in waterproofing applications. Here are some of its uses and applications:
1. **Foundation Waterproofing**: Dimple boards are often installed on exterior foundation walls to provide protection against water infiltration. The dimpled design creates an air gap between the foundation wall and the backfill, allowing water to drain away from the structure instead of seeping into the foundation.
2. **Below-Grade Waterproofing**: Dimple boards are used in below-grade applications, such as basements and underground structures, to prevent water intrusion. By creating a barrier between the structure and the surrounding soil, dimple boards help keep the interior spaces dry and free from moisture-related issues like mold and mildew.
3. **Horizontal Drainage**: In horizontal applications, dimple boards can be installed beneath concrete slabs or floors to provide effective drainage. The dimpled design allows water to flow horizontally and away from the structure, reducing the risk of water damage and maintaining the structural integrity of the building.
4. **Green Roof Systems**: Dimple boards are sometimes incorporated into green roof systems to enhance drainage and protect the underlying roof membrane. By providing a drainage layer beneath the vegetation and growing medium, dimple boards help prevent water buildup and ensure proper drainage on the roof surface.
5. **Planter Boxes and Garden Beds**: Dimple boards can be used in planter boxes and garden beds to improve drainage and prevent waterlogging of the soil. The dimpled membrane allows excess water to drain away from the root zone, promoting healthy plant growth and preventing root rot.
6. **Retaining Walls and Landscaping**: Dimple boards are commonly used behind retaining walls and in landscaping applications to provide drainage and prevent water buildup behind the wall. This helps alleviate hydrostatic pressure, reduces the risk of wall failure, and protects the integrity of the landscaping structure.
7. **Tunnel and Bridge Construction**: In tunnel and bridge construction, dimple boards are often installed as part of the waterproofing system to protect the concrete structure from water ingress. The dimpled membrane provides a durable and reliable waterproofing barrier, ensuring the long-term integrity of the infrastructure.
Overall, dimple boards offer versatile solutions for various waterproofing and drainage challenges in construction projects. Their ability to provide effective drainage, protect against water infiltration, and enhance the durability of structures makes them essential components in modern construction practices.

Here’s a complete explanation of the use and application of Cutless Rubber Bearing 👇

⚙️ What is a Cutless Rubber Bearing?

A Cutless Rubber Bearing (also called Cutlass Bearing) is a marine-type bearing made of a brass, bronze, or phenolic shell lined with rubber or elastomer that has longitudinal grooves.
It is designed to support and lubricate propeller shafts, pumps, and other rotating shafts operating in water or lubricating fluids.

The term “Cutless” means cut-less maintenance — the bearing is self-lubricated by the surrounding water and requires no external lubrication system.

🧱 Construction ⚙️ Main Uses / Functions

1. Shaft Support:
   Provides stable and aligned support for rotating shafts under load.

2. Vibration and Shock Absorption:
   The rubber lining absorbs vibration, reduces shock, and minimizes noise.

3. Lubrication by Water:
   Operates efficiently with water as a lubricant — no need for oil or grease.

4. Corrosion and Wear Resistance:
   Rubber prevents metal-to-metal contact, reducing wear and corrosion in marine environments.

5. Self-Cleaning:
   The grooves flush away sand, silt, or debris that could cause damage.

🛳️ Applications of Cutless Rubber Bearings 1. Marine Industry

• Ship and Boat Propeller Shafts
  Used in stern tubes and strut bearings of ships, boats, and submarines.

• Rudder Stocks and Steering Gear Bearings
  Provide smooth, friction-free operation underwater.

2. Hydro & Pump Applications

• Vertical Water Pumps
  Used in deep well and vertical turbine pumps for shaft support.

• Submersible Pumps
  For alignment and vibration control of pump shafts operating in water.

3. Power Plants & Water Treatment

• Cooling Water Pumps

• Hydro Turbine Shafts

4. Industrial Equipment

• Agitators, Mixers, and Stirrer Shafts operating in fluid or slurry conditions.

📊 Advantages 🧩 Example Materials

• Outer Shell: Naval Brass / Bronze / Phenolic Resin

• Inner Rubber Lining: Nitrile Rubber / Neoprene / Natural Rubber

🧰 Typical Operating Range

• Temperature: Up to 60–70°C (depending on rubber type)

• Speed: Up to 10 m/s (varies with load and water flow)

• Medium: Fresh or seawater

 

Additional Information:

• Item Code: CRB
• Production Capacity: 5000
• Delivery Time: 30 Days

Steel toe gumboots, also known as steel toe wellington boots or steel toe rubber boots, are specialized footwear designed to provide protection for the feet against various workplace hazards while offering waterproofing and comfort. Here's an overview of their features and functions:
1. **Steel Toe Cap**: Steel toe gumboots are equipped with a reinforced toe cap made of steel, composite materials, or other impact-resistant materials. The toe cap protects the wearer's toes from compression, impact, and crushing injuries caused by heavy objects, machinery, or equipment in industrial, construction, agricultural, and manufacturing environments.
2. **Waterproof Construction**: Gumboots are typically made of rubber or synthetic materials that provide waterproofing and protection against moisture, mud, and liquids. This makes them ideal for use in wet or muddy conditions, such as agricultural fields, construction sites, fisheries, and food processing facilities.
3. **Durability**: Steel toe gumboots are constructed to withstand rough terrain, harsh weather conditions, and exposure to chemicals, oils, and abrasives. The rubber or synthetic materials used in their construction are resistant to tearing, punctures, and degradation, ensuring long-lasting durability and reliability in demanding work environments.
4. **Slip Resistance**: The outsoles of steel toe gumboots are designed with slip-resistant treads or patterns to provide traction and stability on slippery surfaces, including wet floors, mud, ice, and oil spills. The slip-resistant properties help reduce the risk of slips, trips, and falls, enhancing safety in workplaces where slippery conditions are prevalent.
5. **Comfort Features**: Steel toe gumboots often include comfort features such as cushioned insoles, arch support, and moisture-wicking linings to enhance comfort during extended wear. These features help reduce fatigue, prevent foot strain, and promote overall wearer comfort, even during long shifts or periods of standing or walking.
6. **Chemical Resistance**: Certain models of steel toe gumboots are engineered to resist exposure to chemicals, oils, acids, and other hazardous substances commonly encountered in industrial or agricultural settings. Chemical-resistant gumboots protect the wearer's feet from chemical burns, irritation, and contamination, ensuring workplace safety and hygiene.
7. **Temperature Regulation**: Some steel toe gumboots feature insulation or temperature-regulating properties to keep the wearer's feet warm in cold environments or cool in hot conditions. These boots help maintain optimal foot comfort and prevent thermal discomfort or frostbite during outdoor work in extreme temperatures.
8. **Compliance with Standards**: Steel toe gumboots may be subject to regulatory standards and certifications established by organizations such as ASTM International, the American National Standards Institute (ANSI), or the European Union's CE marking. Compliance with these standards ensures that the boots meet specified requirements for impact resistance, waterproofing, slip resistance, and other performance criteria.
In summary, steel toe gumboots are essential personal protective equipment (PPE) worn by workers in various industries to protect against foot injuries, water ingress, and workplace hazards. Their combination of safety features, durability, and comfort makes them an indispensable choice for workers exposed to wet, muddy, or hazardous conditions in their daily work environments.

Safety cones, also known as traffic cones or construction cones, are highly visible, cone-shaped markers typically made of bright-colored materials such as orange or fluorescent yellow. They play a crucial role in various applications to enhance safety and communicate information in both indoor and outdoor environments. Here are some common uses and applications of safety cones:
1. **Traffic Control:**   - Safety cones are widely used on roads and highways to redirect traffic, indicate lane closures, or warn drivers of hazards. They help create a visible barrier between vehicles and construction zones, accidents, or maintenance activities.
2. **Construction Sites:**   - Safety cones are a staple on construction sites to mark off restricted areas, guide vehicles and pedestrians, and highlight potential hazards. They improve visibility and contribute to a safer working environment.
3. **Parking Lots:**   - Safety cones are employed in parking lots to indicate restricted areas, block off parking spaces, or guide traffic during events. They enhance organization and prevent confusion in busy parking areas.
4. **Emergency Situations:**   - Safety cones are used by emergency responders to cordon off accident scenes or other hazardous areas. They alert the public and provide a visible barrier to keep people away from danger.
5. **Sporting Events:**   - Safety cones are utilized in sports settings to mark boundaries, designate areas for activities, and guide spectators. They enhance safety and help manage crowds during events.
6. **Pedestrian Safety:**   - Safety cones are placed in areas where pedestrians need to be redirected or where walkways are under construction or repair. They improve visibility and prevent accidents involving pedestrians.
7. **School Zones:**   - Safety cones are often used in school zones to alert drivers to reduced speed limits, pedestrian crossings, or other safety measures. They contribute to the safety of students and pedestrians around school areas.
8. **Training Exercises:**   - Safety cones are valuable in various training scenarios, such as driver education programs, emergency response drills, or military training exercises. They simulate real-world conditions and help participants navigate safely.
9. **Indoor Facilities:**   - Safety cones can be used indoors, such as in warehouses or manufacturing plants, to mark off hazardous areas, indicate pathways, or alert employees to potential dangers. They are useful in promoting workplace safety.
10. **Event Management:**    - Safety cones are employed at events, festivals, or concerts to manage crowds, guide attendees, and mark off specific areas. They assist in maintaining order and preventing accidents.
11. **Temporary Signage:**    - Safety cones can be equipped with signs or labels to convey specific messages, such as "Caution," "Wet Floor," or "No Entry." This enhances communication and reinforces safety protocols.
12. **Roadside Maintenance:**    - Safety cones are used during roadside maintenance activities, such as landscaping, utility work, or repair work. They help protect workers and inform drivers about the ongoing activities.
In summary, safety cones are versatile tools that contribute to safety and organization in a wide range of settings. Their visibility, portability, and ease of use make them essential for a variety of applications aimed at preventing accidents and guiding individuals safely through different environments.

EPS (Expanded Polystyrene) is a type of plastic foam that is commonly used in insulation boards. The primary chemical component of EPS is polystyrene, a polymer made from the monomer styrene. The manufacturing process involves the expansion of polystyrene beads, which are pre-expanded using a blowing agent. The beads are then molded into the desired shape and size to create the final EPS insulation board. The key chemical components include:
1. **Polystyrene (Polymer):**   - Polystyrene is a synthetic polymer composed of repeating units of styrene monomers. It is a thermoplastic material, meaning it can be melted and reprocessed.
2. **Styrene (Monomer):**   - Styrene is a liquid hydrocarbon that polymerizes to form polystyrene. It is a key monomer in the production of various plastics, including EPS.
3. **Blowing Agent:**   - During the manufacturing process, a blowing agent is used to expand the polystyrene beads. The expansion creates the characteristic closed-cell structure of EPS, which contributes to its insulating properties. Common blowing agents include pentane.
4. **Other Additives:**   - Manufacturers may incorporate other additives into the EPS formulation to achieve specific properties or improve performance. These additives can include flame retardants, stabilizers, and colorants. Flame retardants are often added to enhance the fire resistance of EPS insulation boards.
The chemical composition of EPS insulation boards is generally stable and inert under normal conditions of use. However, it's important to note that EPS is flammable, and fire retardants are commonly added to reduce its flammability. Additionally, during the manufacturing process, residual traces of styrene may be present, and proper ventilation measures are taken to minimize exposure.
When using EPS insulation boards, it's crucial to follow safety guidelines provided by the manufacturer and to consider any potential environmental impact. Recycling programs for EPS exist in many areas, allowing for the reuse of this material. Always check with local regulations and guidelines for the proper disposal or recycling of EPS insulation boards.The physical properties of EPS (Expanded Polystyrene) insulation boards contribute to their effectiveness as an insulating material. These properties include characteristics such as density, thermal conductivity, compressive strength, and dimensional stability. Here are some key physical properties of EPS insulation boards:
1. **Density:**   - Density is the mass per unit volume of the material and is typically measured in kilograms per cubic meter (kg/m³) or pounds per cubic foot (lb/ft³). EPS insulation boards are available in various densities, and the choice of density depends on the specific application and performance requirements.
2. **Thermal Conductivity:**   - Thermal conductivity is a measure of a material's ability to conduct heat. Lower thermal conductivity values indicate better insulation properties. EPS insulation boards have low thermal conductivity, making them effective at reducing heat transfer.
3. **Compressive Strength:**   - Compressive strength measures a material's ability to withstand applied loads or pressure. It is crucial in applications where the material may be subjected to the weight of structures or other loads. EPS insulation boards exhibit good compressive strength, providing structural support in various construction applications.
4. **Dimensional Stability:**   - Dimensional stability refers to the ability of the material to maintain its shape and size over time and under varying conditions. EPS insulation boards generally exhibit good dimensional stability, contributing to their durability and long-term performance.

Sandhyaflex, a brand under Sandhya Enterprises, manufactures Plastic Mushroom Caps, commonly known as rebar safety caps. These caps are primarily used in the construction industry to cover exposed reinforcing steel bars (rebar), enhancing site safety by reducing the risk of injuries from protruding rebar.

Key Features:

• Material: Made from durable plastic, ensuring longevity and resistance to various weather conditions.

• Design: Mushroom-shaped to provide a broad covering over the rebar, minimizing the risk of accidental impalement.

• Visibility: Typically produced in bright colors, such as orange, to ensure high visibility on construction sites.

Safety Considerations:

It's important to note that while mushroom-style plastic rebar caps offer protection against minor injuries like cuts and abrasions, they do not provide adequate protection against impalement hazards. Studies, including those referenced by OSHA, have shown that these caps may not prevent injuries from falls onto exposed rebar. Therefore, when working at heights or in situations where impalement is a concern, additional safety measures, such as fall protection, should be implemented. citeturn0search7

For more information or to view a demonstration of the product, you can refer to the following video:

videoPlastic Rebar Mushroom Cap Demonstrationturn0search4

Additional Information:

• Item Code: swandhyaflex
• Production Capacity: 10000
• Delivery Time: depends
• Packaging Details: Could you clarify what you mean by "packaging details"? Are you referring to: - Product packaging (materials, dimensions, design)? - Shipping packaging (how products are packed for delivery)? - Packaging for a specific item or industry? - Details needed for a product label or compliance? Let me know what you're looking for and I’ll tailor the info!

It seems like you're referring to a green-colored building cover made of Hession cloth. Hession (or Hessian) cloth is a strong, woven fabric made from jute or similar materials, typically used for covering and protection purposes. In construction, it's often used as a temporary covering for scaffolding, buildings, or materials during work.

If you're looking for more specific information, such as where to buy it, its uses, or other details, feel free to clarify!

1. Dust Control and Environmental Protection

• The green cloth acts as a dust barrier, helping to contain debris and dust within the construction site.

• Reduces air pollution in nearby areas, improving environmental and public health.

✅ 2. Safety Enhancement

• Prevents tools, debris, or materials from accidentally falling and causing injuries.

• Offers a protective shield for workers and pedestrians around the site.

✅ 3. UV and Sunlight Protection

• The green color helps diffuse sunlight, offering shade and reducing glare for workers.

• Protects scaffolding and certain materials from UV damage.

✅ 4. Visual Appeal and Site Cleanliness

• A green covering gives the site a tidier and more professional look.

• Conceals the internal construction mess from public view.

✅ 5. Heat and Wind Reduction

• Can slightly reduce temperature and wind impact, providing a more comfortable working environment on scaffolding.

  Use and Application of Water Swellable Bar (Hydrophilic Waterstop Bar)

  A water swellable bar, also known as a hydrophilic waterstop bar, is a sealing product used in construction to prevent water leakage through cold joints, construction joints, and pipe penetrations in concrete structures.

  �� Uses of Water Swellable Bar:

  1. Sealing Construction Joints

     • Used in cast-in-place concrete where two pours meet, e.g., between slab and wall or wall and wall joints.

  2. Waterproofing Basements and Foundations

     • Prevents water ingress in below-ground structures such as basements, retaining walls, and foundations.

  3. Tunnels and Subways

     • Used in joints between tunnel segments or concrete linings to maintain water tightness.

  4. Sewage and Water Treatment Plants

     • Critical in ensuring leak-proof joints in wet environment facilities.

  5. Precast Concrete Segments

     • Seals between precast elements, such as manholes, culverts, and box girders.

  6. Pipe Penetrations

     • Placed around pipes passing through concrete walls or floors to prevent water seepage.

  ��️ Application Method:

  1. Surface Preparation

     • Ensure the concrete surface is clean, smooth, and free of loose particles.

  2. Placement

     • Position the swellable bar in the center of the joint using adhesive, nails, or clips.

     • Ensure continuous placement without gaps at corners or junctions.

     • Overlap ends of the bar to maintain sealing integrity.

  3. Concrete Pouring

     • Once placed, pour the next concrete section carefully to avoid displacing the bar.

     • The bar remains inactive until it comes into contact with water.

Additional Information:

• Item Code: sandhyyaflex
• Production Capacity: 2000
• Delivery Time: DEPENDS
• Packaging Details: Could you provide more context on the type of packaging details you're referring to? For instance: - **Product packaging details** (for electronics, food, etc.)? - **Shipping packaging** (how items are packed for delivery)? - **Packaging design specifications** (for branding or graphic design)? Let me know so I can give you more relevant information!

The price of 4-inch Supreme PVC pipes with a length of 6 meters varies among suppliers. Here are some examples:

• Variety Enterprises in Khategaon offers these pipes at ₹800 per piece, with a minimum order quantity of 500 pieces. citeturn0search1

• Tumpa Hardware in Kolkata provides them at ₹79 per square foot, also with a minimum order of 200 square feet. citeturn0search2

• Goyal Bath Palace Private Limited in Ghaziabad lists a 3-meter length of 4-inch Supreme PVC pipe at ₹1,170. citeturn0search0

Please note that prices may vary based on location, quantity, and supplier. It's advisable to contact local suppliers in Hyderabad for the most accurate and current pricing.

Here’s a structured technical specification for 150 mm NB Flexible Rubber Hose 👇

📌 Flexible Rubber Hose – 150 mm NB

Material Construction:

1. Tube (Inner Layer):

   • Seamless rubber lining (Natural / Synthetic Rubber depending on application).

   • Resistant to abrasion, oils, or chemicals (as per service requirement).

2. Reinforcement:

   • Multiple layers of high-strength synthetic fabric / nylon cord.

   • Helical steel wire embedded for additional flexibility & vacuum resistance (optional).

3. Cover (Outer Layer):

   • Black, weather-resistant rubber.

   • Abrasion, ozone & aging resistant.

   • Available in smooth finish or cloth-mark finish.

Nominal Bore (NB):

• 150 mm (6”)

Length:

• Standard: up to 6 mtr – 20 mtr (custom lengths available).

Working Pressure:

• 10 – 15 Bar (varies with design).

Burst Pressure:

• Minimum 3 times working pressure.

Temperature Range:

• -30°C to +70°C (general service).

• Can be customized for high-temperature applications.

End Fittings:

• Flanged Ends, Quick Couplings, or Built-in Rubber Flanges as per requirement.

Applications:

• Water discharge & suction

• Slurry handling

• Cement / fly ash conveying

• Oil & petroleum transfer

• Industrial air & material handling

• Marine & dock applications

Advantages:

• High flexibility with kink resistance

• Strong adhesion between layers (longer life)

• Easy installation & handling

• Available for suction and discharge both

👉 Do you want me to create a technical datasheet (PDF/Word format with image + Sandhyaflex branding) for this 150 mm NB Flexible Rubber Hose, so you can use it directly for your catalog/clients?

Additional Information:

• Item Code: 150NBFRH
• Production Capacity: 200Mtr/day
• Delivery Time: 7 days

Neoprene Rubber Sheets

₹ 300/ KilogramGet Latest Price

Neoprene Rubber Sheet

Description:Neoprene rubber rolls are available for a range of applications in the industrial and residential markets. This type of neoprene rubber has excellent stretching capabilities while remaining strong enough to be elastic. Neoprene rubber rolls are available in 50 to 60 durometer and can be ordered in other durometers by special request. With an average elongation of 250% and an average of 900 PSI tensile strength, Neoprene rubber rolls will handle most tough industrial environments and moderate to heavy alkaline and chemical resistive situations. Neoprene Rubber Rolls are in accordance with ASTM D 2000 and SAE 3200.

Applications: Neoprene is resistant to many chemicals and oil, making it particularly useful for flooring, table tops, machine shops and auto repair shops. Neoprene is used where abrasion can be prominent and the neoprene has to hold up under repeated uses of abuse… like those in a sandblasting or shot blasting room, industrial plant as a shock absorbing pad. Neoprene in Roll form is a very durable material for long time use and applications… being as the material is in a roll, it is an excellent purchase for volume runs on production parts.

 

 

 

It looks like you mean Scaffolding Pipe Clamp (Fixed Type).
Here’s the basic information:

🔩 What is a Fixed Scaffolding Clamp?

A Fixed Clamp (also called Right Angle Coupler) is used in scaffolding systems to connect two pipes/tubes at a 90° angle. Unlike swivel clamps, it does not rotate, so it provides a rigid and stable joint.

⚙️ Features:

• Made of forged steel or pressed steel.

• Galvanized / zinc-coated for corrosion resistance.

• High load-bearing capacity.

• Bolted tightening with a T-bolt and nut.

📏 Common Specifications:

• Suitable for pipe OD: 48.3 mm (standard scaffolding pipe).

• Bolt size: 1/2 inch (21 mm AF).

• Safe working load: ~ 6.25 kN (varies by manufacturer).

✅ Uses:

• To connect ledger to standard in scaffolding.

• To form a right-angle connection between two tubes.

• For stability in staging, platforms, and supports.

👉 Do you want me to also prepare a comparison between Fixed Clamp and Swivel Clamp for scaffolding? That way, it will be easier for your customers (if you’re making a catalog or website).

PP plastic packing strips are typically made from polypropylene, a thermoplastic polymer known for its durability and resistance to various chemical solvents, bases, and acids. These packing strips are widely used for securing and bundling items in industries such as shipping, warehousing, and construction.
### Key Features of PP Plastic Packing Strips:
1. **Strength and Durability**: They provide strong and reliable strapping for securing packages, pallets, and other items during transport and storage.2. **Lightweight**: Being made from polypropylene, these strips are lightweight, which makes them easy to handle and apply.3. **Chemical Resistance**: They are resistant to a wide range of chemicals, making them suitable for various industrial applications.4. **Cost-effective**: PP plastic packing strips are generally more affordable compared to other strapping materials like metal.5. **Flexibility**: They can be used with various strapping tools and machines, including manual, semi-automatic, and fully automatic strapping machines.
### Common Uses:
1. **Shipping and Logistics**: Securing boxes and pallets to ensure safe transportation.2. **Construction**: Bundling building materials such as pipes, rods, and wooden planks.3. **Warehousing**: Organizing and stabilizing inventory on shelves or in storage areas.4. **Agriculture**: Bundling agricultural products like hay bales and produce boxes.
Would you like more specific information about the manufacturing process, applications, or comparisons with other types of strapping materials?PP Plastic Packing Strips (Polypropylene Plastic Packing Straps) are widely used for bundling and securing items, particularly in packaging and shipping industries. Here's a quick overview: �� What are PP Packing Strips?

PP (Polypropylene) packing strips are flat, flexible plastic bands made from polypropylene, known for their light weight, strength, and affordability.

�� Common Applications:

• Carton packaging

• Pallet strapping

• Bundling newspapers, pipes, and textiles

• Logistics and shipping

�� Key Features:

• Lightweight and cost-effective

• High tensile strength

• Good elongation and recovery

• Corrosion and moisture resistant

• Easy to handle manually or with machines

�� Available Variants:

• Widths: Typically range from 5 mm to 19 mm

• Thickness: 0.5 mm to 1.2 mm

• Colors: Usually white, black, blue, or customized

• Surface: Embossed (for better grip) or smooth

• Core sizes: Vary based on manual or machine use

Would you like help selecting the right type for a specific packaging need?PP Plastic Packing Strips are strapping materials made from polypropylene (PP), commonly used for securing and bundling items for storage or transportation. Here's a quick overview:

�� What They Are:

PP (Polypropylene) plastic packing strips are lightweight, flexible, and economical bands used in manual or machine strapping operations.

�� Common Applications:

•  

Additional Information:

• Item Code: sfs
• Production Capacity: 1000
• Delivery Time: 7 to 15 days
• Packaging Details: * Standard information to include on **product packaging** (like dimensions, materials, labels)?Could you please clarify what you mean by "packing detail"? Are you referring to: * **Product packaging details** (e.g., dimensions, materials, labeling)? * **Packing list for shipping** (e.g., itemized list in a shipment)? * **How to pack for travel**? * **Details for a specific order or item**? Let me know what context you're referring to so I can help accurately.Could you please clarify what you mean by "packing detail"? Are you referring to: * **Product packaging details** (e.g., dimensions, materials, labeling)? * **Packing list for shipping** (e.g., itemized list in a shipment)? * **How to pack for travel**? * **Details for a specific order or item**? Let me know what context you're referring to so I can help accurately. Could you please clarify what you mean by "packing detail"? Are you referring to: * **Product packaging details** (e.g., dimensions, materials, labeling)? * **Packing list for shipping** (e.g., itemized list in a shipment)? * **How to pack for travel**? * **Details for a specific order or item**? Let me know what context you're referring to so I can help accurately. Could you please clarify what you mean by "packing detail"? Are you referring to: * **Product packaging details** (e.g., dimensions, materials, labeling)? * **Packing list for shipping** (e.g., itemized list in a shipment)? * **How to pack for travel**? * **Details for a specific order or item**? Let me know what context you're referring to so I can help accurately. Could you please clarify what you mean by "packing detail"? Are you referring to: * **Product packaging details** (e.g., dimensions, materials, labeling)? * **Packing list for shipping** (e.g., itemized list in a shipment)? * * A **template or format** for describing packaging in a document? * Packaging details for **shipping** or **retail display**? Let me know the context so I can give you an accurate response.

"Geo  Textiles " GSM - 100 to 800 GSM width - 1.52 / 2 / 4.5 Meter / 6 Meter Length - 200 Meter 

Absolutely! Here’s a clear, structured explanation of Non-woven Geo Textile Fabric:

📝 What is Non-woven Geo Textile Fabric?

Non-woven geo textile fabric is a type of permeable synthetic fabric, manufactured by bonding together synthetic fibers (like polypropylene or polyester) using mechanical, chemical, or thermal processes, without weaving or knitting.

It is widely used in civil engineering and construction projects to perform functions like separation, filtration, drainage, protection, and reinforcement.

🏗️ Types of Geo Textile 🔍 Key Properties

✅ Permeable: Allows water to pass through, while retaining soil particles.
✅ High tensile strength: Provides support and separation.
✅ Resistant to chemicals & biological attack: Made from PP or PET.
✅ UV stabilized: For long-term outdoor exposure.

🚀 Main Applications 📏 Typical Specifications ⚙️ Manufacturing Methods

✅ Needle-punched (most common): Fibers are mechanically entangled by barbed needles.
✅ Heat bonded: Fibers bonded by thermal process.
✅ Chemical bonded: Uses adhesives or resins (less common in civil geotextiles).

🔧 Example Uses

• Under roads & railway tracks to prevent mixing of layers.

• Behind retaining walls to allow water drainage.

• Under geomembranes in ponds & landfills for protection.

• In French drains / drainage pipes wrapping gravel.

• As erosion control mats on slopes.

✅ If you’d like, I can also:

• Make a comparison between woven & non-woven geotextiles.

• Give you a sample technical data sheet format.

• Or prepare BOQ style specification for tendering.

Tell me what you’d like next!

Additional Information:

• Item Code: NWGTF
• Production Capacity: 100000
• Delivery Time: 7 days
• Packaging Details: "Geo Textiles " GSM - 100 to 800 GSM width - 1.52 / 2 / 4.5 Meter / 6 Meter Length - 200 Meter

"Geo  Textiles " GSM - 100 to 800 GSM width - 1.52 / 2 / 4.5 Meter / 6 Meter Length - 200 Meter 

Absolutely! Here’s a clear, structured explanation of Non-woven Geo Textile Fabric:

📝 What is Non-woven Geo Textile Fabric?

Non-woven geo textile fabric is a type of permeable synthetic fabric, manufactured by bonding together synthetic fibers (like polypropylene or polyester) using mechanical, chemical, or thermal processes, without weaving or knitting.

It is widely used in civil engineering and construction projects to perform functions like separation, filtration, drainage, protection, and reinforcement.

🏗️ Types of Geo Textile 🔍 Key Properties

✅ Permeable: Allows water to pass through, while retaining soil particles.
✅ High tensile strength: Provides support and separation.
✅ Resistant to chemicals & biological attack: Made from PP or PET.
✅ UV stabilized: For long-term outdoor exposure.

🚀 Main Applications 📏 Typical Specifications ⚙️ Manufacturing Methods

✅ Needle-punched (most common): Fibers are mechanically entangled by barbed needles.
✅ Heat bonded: Fibers bonded by thermal process.
✅ Chemical bonded: Uses adhesives or resins (less common in civil geotextiles).

🔧 Example Uses

• Under roads & railway tracks to prevent mixing of layers.

• Behind retaining walls to allow water drainage.

• Under geomembranes in ponds & landfills for protection.

• In French drains / drainage pipes wrapping gravel.

• As erosion control mats on slopes.

✅ If you’d like, I can also:

• Make a comparison between woven & non-woven geotextiles.

• Give you a sample technical data sheet format.

• Or prepare BOQ style specification for tendering.

Tell me what you’d like next!

Additional Information:

• Item Code: NWGTFSANDHYAFLEX
• Production Capacity: 1000000
• Delivery Time: 7 days
• Packaging Details: "Geo Textiles " GSM - 100 to 800 GSM width - 1.52 / 2 / 4.5 Meter / 6 Meter Length - 200 Meter

Scaffolding anchor nuts are essential components used in construction scaffolding systems, offering several important functions and applications:
1. **Securing Scaffold Bases**: Anchor nuts are used to secure scaffold bases to the ground or to other structural components. They provide a stable anchor point for the scaffolding structure, preventing it from shifting or moving during construction activities.
2. **Adjusting Scaffold Heights**: Anchor nuts are often used in conjunction with adjustable base plates or screw jacks to adjust the height of scaffolding structures. By turning the anchor nut, workers can easily raise or lower the scaffold to the desired height, ensuring proper alignment and stability.
3. **Connecting Scaffold Frames**: Anchor nuts are used to connect scaffold frames together, forming the vertical and horizontal members of the scaffolding structure. These nuts provide a secure connection point that can withstand the weight of workers and construction materials.
4. **Supporting Scaffold Boards**: Scaffold boards or planks are laid across horizontal scaffold tubes to create a working platform for construction workers. Anchor nuts are used to secure these boards in place, ensuring they remain stable and level during use.
5. **Providing Stability**: Scaffolding anchor nuts play a crucial role in providing stability to the entire scaffolding structure. By anchoring the scaffolding to the ground or to adjacent structures, anchor nuts help prevent swaying or tipping, especially in windy conditions or on uneven terrain.
6. **Facilitating Easy Assembly and Disassembly**: Anchor nuts are designed for easy installation and removal, allowing for quick assembly and disassembly of scaffolding structures. This is particularly important in construction projects where time is of the essence.
7. **Compatibility with Various Scaffolding Systems**: Anchor nuts are versatile components that can be used with various types of scaffolding systems, including tube and clamp scaffolding, ring lock scaffolding, cup lock scaffolding, and others. This makes them a popular choice among construction professionals.
Overall, scaffolding anchor nuts are indispensable components that contribute to the safety, stability, and functionality of scaffolding structures in construction projects. Their versatility, ease of use, and ability to provide secure connections make them essential tools for construction workers and scaffolding contractors alike.

Additional Information:

• Delivery Time: 2

PVC (polyvinyl chloride) panels are versatile building materials known for their durability, affordability, and ease of installation. They find various uses across different industries and applications. Here are some common uses and applications of PVC panels:
1. **Interior Wall Cladding**: PVC panels are widely used for interior wall cladding in residential, commercial, and industrial buildings. They provide an attractive and low-maintenance alternative to traditional materials like wood, tiles, or plaster. PVC panels come in a variety of colors, textures, and finishes, allowing for versatile design options.
2. **Ceiling Panels**: PVC panels are often used for ceiling installations in homes, offices, hospitals, schools, and other buildings. They are lightweight, easy to install, and resistant to moisture, making them ideal for humid environments like bathrooms and kitchens. PVC ceiling panels also offer acoustic insulation properties, helping to reduce noise levels in interior spaces.
3. **Hygienic Wall Coverings**: In environments that require strict hygiene standards, such as hospitals, laboratories, food processing facilities, and clean rooms, PVC panels are used as hygienic wall coverings. Their smooth and non-porous surface is easy to clean and disinfect, helping to maintain a sterile environment and prevent the growth of mold, bacteria, and other pathogens.
4. **Exterior Cladding**: PVC panels can be used for exterior cladding applications, providing a weather-resistant and low-maintenance solution for facades, balconies, and exterior walls. PVC cladding panels offer excellent durability and resistance to UV radiation, moisture, and environmental pollutants, ensuring long-term performance and aesthetics.
5. **Partition Walls**: PVC panels are often used to create partition walls and room dividers in both residential and commercial settings. They offer a cost-effective and flexible solution for dividing large spaces into smaller functional areas while providing privacy and sound insulation.
6. **Retail Displays and Signage**: PVC panels are commonly used in retail environments for displays, signage, and branding purposes. They can be easily customized with graphics, logos, and text using printing or vinyl wrapping techniques, making them ideal for promotional displays, point-of-sale signage, and exhibition booths.
7. **Furniture and Cabinetry**: PVC panels are used in the manufacture of furniture, cabinets, and fixtures due to their lightweight, moisture-resistant, and easy-to-clean properties. They are commonly used for kitchen cabinets, wardrobe doors, bathroom vanities, and shelving units, offering a durable and aesthetically pleasing alternative to wood or laminates.
8. **Greenhouses and Agricultural Structures**: PVC panels are used in the construction of greenhouses, agricultural buildings, and storage facilities due to their excellent light transmission properties, durability, and resistance to corrosion. They help create a controlled environment for plant growth while providing protection against weather elements and pests.
Overall, PVC panels offer a versatile and cost-effective solution for a wide range of building and construction applications, providing durability, aesthetics, and ease of maintenance.

A **125mm Metal Strainer** refers to a filtration device made of metal, typically used in piping systems to remove debris, dirt, and other particles from fluids (liquids or gases). The "125mm" refers to the diameter of the strainer, which in this case is 125 millimeters (about 5 inches). Here's a breakdown of its features and applications:
### Key Features:
1. **125mm Size**: The "125mm" typically refers to the diameter of the strainer body, or the size of the pipeline it is designed to fit. This size is commonly used in industrial and commercial settings where larger pipes or high-flow systems are involved.
2. **Metal Material**: Metal strainers are made from various metals such as **stainless steel**, **carbon steel**, **brass**, or **cast iron**. Metal construction provides strength, durability, and the ability to withstand high pressures, temperatures, and corrosive environments, making them suitable for harsh industrial applications.
3. **Strainer**: A strainer is a filtration device used to remove unwanted particles or debris from a fluid flow. It prevents contaminants from reaching downstream equipment such as pumps, valves, or machinery, thereby reducing the risk of damage and improving system efficiency.
### Types of Metal Strainers:- **Y-Strainer**: A common type with a Y-shaped housing, ideal for filtering out debris from fluid systems. It's often used in pipelines to prevent clogs and damage.- **Basket Strainer**: Features a basket inside that collects debris and is typically used in larger systems where cleaning and replacing the filter is needed regularly.- **Inline Strainer**: Installed directly in the flow path of a pipeline, this type of strainer is used for smaller systems or specific equipment protection.
### Applications:- **Industrial Pipelines**: Used in systems for oil, gas, water, chemicals, or other liquids to filter out solid particles and prevent damage to machinery, pumps, and valves.- **Water Treatment Systems**: Metal strainers are commonly used in water filtration plants to ensure the clean flow of water by removing debris and particles.- **HVAC Systems**: They are used in heating, ventilation, and air conditioning systems to prevent blockages and maintain airflow.- **Food & Beverage Industry**: Metal strainers can be used to filter fluids such as oils or juices to ensure quality and protect equipment from contamination.- **Marine & Offshore**: In harsh marine environments, metal strainers made from corrosion-resistant materials are used to filter seawater and other fluids.
### Advantages of a 125mm Metal Strainer:- **Durability and Strength**: Metal strainers can withstand high temperatures, pressures, and rough operating conditions, making them suitable for heavy-duty industrial applications.- **Corrosion Resistance**: If made from materials like stainless steel, these strainers offer excellent resistance to corrosion, which is crucial for systems exposed to harsh chemicals or environments.- **Effective Filtration**: They are effective at trapping debris, particles, and contaminants, protecting expensive equipment and ensuring smooth operations.- **Easy Maintenance**: Metal strainers, particularly basket and Y-strainers, can be cleaned or replaced easily, which minimizes downtime and maintenance costs.
### Performance Considerations:- **Mesh Size**: The size of the holes or mesh inside the strainer determines how fine the filtration will be. For finer filtration, a smaller mesh size is used.- **Material Selection**: The choice of metal (stainless steel, brass, etc.) depends on the specific environment in which the strainer is being used, as some metals are more resistant to certain chemicals or conditions than others.
A **125mm Metal Strainer** is commonly found in larger systems where robust filtration is needed, and the durability of metal construction is required to handle high-volume or high-pressure conditions.

Additional Information:

• Item Code: hgfdcvbnmhgfcv
• Production Capacity: 100
• Delivery Time: depends
• Packaging Details: https://youtu.be/TwusXWnHf30?si=X5OJtO_Haja4Nsr-https://youtu.be/TwusXWnHf30?si=X5OJtO_Haja4Nsr-https://youtu.be/TwusXWnHf30?si=X5OJtO_Haja4Nsr-

Could you please clarify what you mean by "product of sandwich mount"? Here are a few possibilities you might be referring to:

1. Sandwich Mount (Anti-Vibration Mount) – In mechanical or industrial contexts, a sandwich mount is a type of anti-vibration mount composed of two metal plates with rubber in between (like a sandwich). It’s used to reduce vibration in machines, HVAC systems, etc.

2. Sandwich Mount Product – You might be looking for examples or types of products that use sandwich mounts, like:

   • Generator mounts

   • HVAC unit dampers

   • Automotive engine mounts

   • Industrial machinery supports

3. "Product of sandwich mount" as a formula – Are you asking about the resulting effect or output when using a sandwich mount?

Could you let me know what you're specifically referring to—mechanical, electronics, photography gear, or something else?

Additional Information:

• Item Code: gfchvb
• Production Capacity: 100
• Delivery Time: depends
• Packaging Details: https://youtu.be/83tT5fnH63w?si=-gL8rAt8wUQCxZ-8https://youtu.be/83tT5fnH63w?si=-gL8rAt8wUQCxZ-8https://youtu.be/83tT5fnH63w?si=-gL8rAt8wUQCxZ-8

Packing with Hessian cloth, also known as burlap, is a common practice in various industries for shipping and storage. Hessian cloth is a strong and durable material made from jute fibers. Here are general guidelines for packing with Hessian cloth:
1. **Select Appropriate Grade:**   - Choose the right grade of Hessian cloth based on the weight and nature of the items you are packing. Different grades have varying levels of thickness and strength.
2. **Wrap and Bundle:**   - Wrap individual items with Hessian cloth to provide protection against scratches, dust, and light impacts.   - For larger or irregularly shaped items, you may need to create bundles by wrapping and tying the Hessian cloth securely around the items.
3. **Secure with Twine or Rope:**   - Use twine or rope to tie the Hessian cloth tightly around the items. This ensures that the cloth stays in place and provides additional support.
4. **Labeling:**   - Clearly label each package with necessary information such as contents, destination, and any handling instructions. This helps in easy identification and handling during transportation.
5. **Padding and Cushioning:**   - If needed, add padding or cushioning material between fragile items before wrapping them with Hessian cloth. This provides an extra layer of protection.
6. **Use Wooden Crates or Boxes:**   - For added strength and protection, consider placing the Hessian-wrapped items in wooden crates or boxes. This is especially important for delicate or valuable items.
7. **Weather Protection:**   - Hessian cloth is susceptible to damage from moisture. If your items are sensitive to water, consider adding a waterproof layer, such as plastic, around the Hessian-wrapped packages.
8. **Stacking and Palletizing:**   - When stacking multiple packages, ensure that the weight is distributed evenly. Palletizing the wrapped items can make handling and transportation more efficient.
9. **Sealing:**   - Seal the packages securely to prevent the Hessian cloth from unraveling during transit. You can use strong adhesive tape or additional twine to secure the ends.
10. **Customs Documentation:**    - If the packages are intended for international shipping, make sure all customs documentation is in order and properly attached to the outside of the packages.
Always consider the specific requirements of the items you are packing, the mode of transportation, and any regulations or guidelines provided by shipping carriers to ensure safe and secure packing with Hessian cloth.

A Piston Rubber Expansion Joint Bellow is a specialized component used in piping systems to absorb movement and vibrations, reduce noise, and compensate for thermal expansion and contraction. It is typically made of elastomeric materials such as natural or synthetic rubber and is designed to provide flexibility and durability in various industrial applications.
Here are some key features and functions of a Piston Rubber Expansion Joint Bellow:
1. **Absorption of Movement and Vibration**: These joints are designed to absorb axial, lateral, and angular movements, protecting the piping system from stresses caused by thermal expansion, contraction, and mechanical vibrations.
2. **Noise Reduction**: The elastomeric properties of the rubber material help in damping and reducing noise transmission through the piping system.
3. **Compensation for Misalignment**: They can compensate for minor misalignments in the piping system, making installation easier and maintaining the integrity of the system.
4. **Durability and Chemical Resistance**: Rubber expansion joints are typically resistant to a wide range of chemicals, oils, and other substances, making them suitable for various industrial environments.
5. **Pressure and Temperature Tolerance**: Depending on the material and design, these joints can handle specific ranges of pressure and temperature, making them versatile for different applications.
### Common Applications
- **HVAC Systems**: To absorb vibrations and noise from equipment such as pumps, compressors, and fans.- **Industrial Piping**: In chemical plants, refineries, and water treatment facilities to handle thermal expansion and contraction.- **Marine Applications**: To compensate for movement and vibration in ship piping systems.
### Types of Rubber Used
- **Natural Rubber**: Offers good flexibility and tensile strength.- **EPDM (Ethylene Propylene Diene Monomer)**: Known for excellent resistance to heat, ozone, and weathering.- **NBR (Nitrile Butadiene Rubber)**: Offers good resistance to oils and fuels.- **Neoprene**: Provides good resistance to weathering, ozone, and various chemicals.
### Installation and Maintenance
- **Installation**: Ensure proper alignment and support of the piping system to prevent undue stress on the joint. Use appropriate flanges and fittings for secure attachment.- **Maintenance**: Regular inspection for signs of wear, cracking, or deterioration. Replace as needed to maintain system integrity.
### Advantages
- Flexibility in accommodating movements and vibrations.- Enhanced lifespan of the piping system due to reduced stress.- Improved noise and vibration control.- Versatility in different industrial applications.
### Conclusion
Piston Rubber Expansion Joint Bellows are crucial components in maintaining the efficiency and longevity of piping systems. By understanding their features, applications, and maintenance requirements, users can ensure optimal performance and reduce the risk of system failures.

Additional Information:

• Production Capacity: 200
• Delivery Time: 15 to 20 days

Safety shoes, also known as work boots or safety footwear, are specialized footwear designed to protect the feet from workplace hazards and injuries. Here's an overview of their features and functions:
1. **Protective Toe Cap**: Safety shoes feature a reinforced toe cap made of materials such as steel, aluminum, composite materials (e.g., fiberglass or carbon fiber), or thermoplastic polyurethane (TPU). The toe cap protects the toes from impact, compression, and crushing injuries caused by heavy objects or equipment.
2. **Impact Resistance**: Safety shoes are constructed with durable materials and engineering techniques to provide impact resistance throughout the shoe's structure, not just the toe area. This helps safeguard the feet from injuries due to falling objects, collisions, or accidental impacts encountered in industrial, construction, or warehouse environments.
3. **Puncture Protection**: Some safety shoes incorporate a puncture-resistant midsole made of materials like steel, Kevlar, or high-density polyethylene (HDPE) to prevent puncture wounds from sharp objects, nails, or debris on the ground. The puncture-resistant midsole extends from the toe to the heel, offering comprehensive underfoot protection.
4. **Slip Resistance**: Safety shoes feature outsoles designed with slip-resistant treads or patterns to provide traction on various surfaces, including wet, oily, or slippery floors. The slip-resistant outsoles help reduce the risk of slips, trips, and falls in workplaces where slippery conditions are prevalent, such as kitchens, manufacturing facilities, or outdoor construction sites.
5. **Electrical Hazard Protection**: Certain safety shoes are equipped with features to protect against electrical hazards, such as electric shock or static electricity buildup. These shoes may include non-conductive materials in the sole and heel, as well as insulation to minimize the risk of electrical conductivity through the footwear.
6. **Chemical Resistance**: Safety shoes designed for environments where exposure to chemicals or corrosive substances is a concern may incorporate chemical-resistant materials in their construction. These shoes provide protection against chemical spills, splashes, or contact with hazardous substances that could cause skin irritation or burns.
7. **Comfort Features**: Despite their protective features, safety shoes are designed to be comfortable for all-day wear. They may include features such as cushioned insoles, shock-absorbing midsoles, padded collars, and moisture-wicking linings to enhance comfort and reduce fatigue during long shifts or periods of standing or walking.
8. **Regulatory Compliance**: Safety shoes are subject to regulatory standards and certifications established by organizations such as ASTM International, the American National Standards Institute (ANSI), or the Occupational Safety and Health Administration (OSHA). Compliance with these standards ensures that safety shoes meet specified requirements for performance, quality, and safety.
In summary, safety shoes are essential personal protective equipment (PPE) designed to protect workers' feet from a variety of workplace hazards, including impact, compression, puncture, slips, electrical shocks, and chemical exposures. By providing reliable protection and comfort, safety shoes help promote workplace safety and reduce the risk of foot injuries in industrial, construction, manufacturing, and other hazardous environments.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 7 Days