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Sandhya Enterprises
Sandhya Enterprises
Jeedimetla, Hyderabad, Telangana
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DumBell Type PVC WaterStopper

A "Dumbbell Type PVC Water Stopper" refers to a specific type of water stop used in construction to prevent the passage of water through joints in concrete structures. The term "dumbbell" likely describes the shape of the water stop, which often resembles a dumbbell or figure-eight shape. Water stoppers are crucial components in waterproofing systems for structures such as dams, reservoirs, basements, and other concrete constructions where water-tightness is essential.

 

Here are some key features and characteristics of a dumbbell-type PVC water stopper:

 

1. **Material:**

   - Made of PVC (polyvinyl chloride), a durable and corrosion-resistant material that is commonly used for water stoppers due to its chemical stability and longevity.

 

2. **Design:**

   - The dumbbell shape typically consists of a central bulbous section with two elongated arms on either side, resembling a dumbbell or figure-eight shape.

   - This design provides flexibility, allowing for movement in the structure while maintaining a watertight seal.

 

3. **Usage:**

   - Dumbbell-type PVC water stoppers are used in construction joints and expansion joints of concrete structures to prevent water seepage.

   - They are often embedded in the concrete at the joints to create a continuous barrier that seals against the passage of water.

 

4. **Sealing Properties:**

   - The water stopper creates a positive seal against water, preventing leakage through the joints.

   - It accommodates the expansion and contraction of concrete due to temperature changes and other factors while maintaining its sealing properties.

 

5. **Installation:**

   - Installation typically involves placing the dumbbell-type PVC water stopper within the joint and securing it to the concrete structure using suitable methods, such as welding or adhesive bonding.

 

6. **Resistance:**

   - 

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  • Where us SANDHYAFLE PVC Water Stopper
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  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
  • Where us SANDHYAFLE PVC Water Stopper
Where us SANDHYAFLE PVC Water Stopper
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Where us SANDHYAFLE PVC Water Stopper

Approx. Price: Rs 90 / MeterGet Latest Price
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PVC water stoppers are commonly used in construction, particularly in civil engineering projects where waterproofing is essential. Here are some specific applications and locations where PVC water stoppers are frequently used:
1. **Water Tanks:**   - PVC water stoppers are employed in the joints of water tanks to prevent the leakage of water. This is crucial for maintaining the structural integrity of the tank and preventing water from seeping into surrounding soil.
2. **Basements:**   - In basements and below-grade structures, PVC water stoppers are used to seal joints and construction gaps. This helps in keeping groundwater and moisture from entering the basement.
3. **Dams and Reservoirs:**   - Large-scale water-retaining structures like dams and reservoirs use PVC water stoppers to ensure watertight joints. This is vital for preventing water from leaking through the joints and potentially causing structural issues.
4. **Tunnels:**   - Tunnels, especially those that pass through water-bearing strata, utilize PVC water stoppers to create watertight seals at joints. This prevents water ingress and ensures the stability of the tunnel structure.
5. **Swimming Pools:**   - PVC water stoppers are applied in the construction joints of swimming pools to prevent water leakage. The waterproofing is crucial for maintaining the water level and preventing damage to the pool structure.
6. **Retaining Walls:**   - Retaining walls, particularly those retaining water or soil, use PVC water stoppers to prevent water from infiltrating through joints. This helps in maintaining the stability of the retaining wall.
7. **Expansion Joints in Concrete Structures:**   - PVC water stoppers are used in expansion joints of various concrete structures like bridges and buildings. They accommodate movement and prevent water from entering through these joints.
8. **Sewage Treatment Plants:**   - In structures associated with water and wastewater treatment, PVC water stoppers are used to seal joints and prevent the leakage of water and chemicals.
9. **Infrastructure Projects:**   - Various infrastructure projects, such as highways, bridges, and underground structures, may incorporate PVC water stoppers to ensure waterproofing and prevent water-related damage.
10. **Jointing in Concrete Pipes:**    - PVC water stoppers are utilized in the joints of concrete pipes to create a watertight seal. This is important for conveying fluids without leakage.
PVC water stoppers play a crucial role in maintaining the integrity and durability of structures that come into contact with water. They provide an effective barrier against water infiltration, protecting the structure and preventing potential damage.

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  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
  • Installation SANDHYAFLEX PVC Water stopper
Installation SANDHYAFLEX PVC Water stopper
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Installation SANDHYAFLEX PVC Water stopper

Approx. Price: Rs 170 / MeterGet Latest Price
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The installation of PVC water stoppers is a critical step in ensuring effective waterproofing and joint sealing in concrete structures. Here is a general guide for the installation of PVC water stoppers:
**Materials and Tools Needed:**1. PVC water stoppers (appropriate type and dimensions)2. Clean water for wetting the surfaces3. Concrete adhesive or bonding agent (if required)4. Trowel or putty knife5. Wire brush or abrasive pad6. Joint filler material (if specified by the design)7. Safety equipment (gloves, eye protection, etc.)
**Installation Steps:**
1. **Surface Preparation:**   - Ensure that the surfaces of the joints are clean, free from debris, dust, and loose particles. Use a wire brush or abrasive pad to clean the joint surfaces thoroughly.
2. **Wetting the Surfaces:**   - Wet the joint surfaces with clean water. This helps in creating a better bond between the PVC water stopper and the concrete.
3. **Application of Bonding Agent (If Required):**   - In some cases, especially if the joint surfaces are old or porous, applying a concrete adhesive or bonding agent might be necessary. Follow the manufacturer's instructions for the specific bonding agent being used.
4. **Insertion of PVC Water Stopper:**   - Carefully place the PVC water stopper into the joint, ensuring that it fits securely and extends to the required depth. The bulb or sealing portion of the water stopper should be positioned at the center of the joint.
5. **Sealing and Anchoring:**   - Use a trowel or putty knife to press the PVC water stopper firmly into place, ensuring good contact with the joint surfaces. The water stopper should be anchored securely in the concrete.
6. **Joining Water Stopper Ends:**   - If the joint length is longer than the available water stopper length, join the ends of adjacent water stoppers using an appropriate bonding technique recommended by the manufacturer.
7. **Trimming Excess Material:**   - Trim any excess material of the water stopper, especially if it protrudes above the concrete surface. This ensures a neat finish and prevents interference with subsequent construction activities.
8. **Finishing the Joint:**   - If specified in the design, install any required joint filler material over the PVC water stopper to complete the joint sealing process.
9. **Quality Control:**   - Inspect the installed PVC water stopper to ensure it is properly positioned, securely anchored, and provides complete coverage of the joint. Address any issues immediately.
10. **Protection During Construction:**    - If construction activities are ongoing in the vicinity, take precautions to protect the installed PVC water stopper from damage. This may involve covering or temporarily shielding the water stopper.
It's crucial to follow the manufacturer's guidelines and recommendations for the specific PVC water stopper being used. Additionally, adherence to project specifications and engineering drawings is essential for a successful installation. Proper installation helps ensure the long-term effectiveness of the PVC water stopper in preventing water ingress and maintaining the structural integrity of the concrete.

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  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
  • Dimension SANDHHAFLES PVC Water Stopper
Dimension SANDHHAFLES PVC Water Stopper
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Dimension SANDHHAFLES PVC Water Stopper

Approx. Price: Rs 170 / MeterGet Latest Price
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The dimensions of PVC water stoppers can vary based on the specific type, design, and intended application. PVC water stoppers come in different shapes and sizes to accommodate various construction needs. The dimensions are typically specified by the manufacturer and depend on factors such as the width, thickness, and overall profile of the water stopper.
Here are common dimensions and profiles of PVC water stoppers:
1. **Bulb Type:**   - Width: Typically ranges from 150 mm to 300 mm (6 inches to 12 inches) or more.   - Thickness: Varies based on the specific design but is generally in the range of 10 mm to 20 mm.   - Height of Bulb: Varies, but it is a characteristic feature of bulb-type water stoppers, providing additional sealing capacity.
2. **Ribbed Type:**   - Width: Similar to bulb-type, ranging from 150 mm to 300 mm (6 inches to 12 inches) or more.   - Thickness: Varies, often in the range of 10 mm to 20 mm.   - Features ribs or undulations along the length to enhance grip and sealing.
3. **Center Bulb Type:**   - Width: Similar to bulb-type, ranging from 150 mm to 300 mm (6 inches to 12 inches) or more.   - Thickness: Varies, typically in the range of 10 mm to 20 mm.   - Includes a central bulb for enhanced sealing effectiveness.
4. **Dumbbell Type:**   - Width: Typically ranges from 100 mm to 200 mm (4 inches to 8 inches) or more.   - Thickness: Varies, often in the range of 10 mm to 20 mm.   - Resembles a dumbbell shape with wider ends for better sealing.
5. **Flat Type:**   - Width: Varies, often in the range of 100 mm to 200 mm (4 inches to 8 inches).   - Thickness: Can vary but is generally in the range of 10 mm to 15 mm.   - Features a flat profile without significant protrusions.
It's important to note that these dimensions are approximate and may vary based on the manufacturer's specifications and the specific requirements of the construction project. The dimensions chosen for a PVC water stopper depend on factors such as the size of joints, structural movements, and the type of construction (e.g., residential, commercial, or infrastructure projects). Engineers and construction professionals should refer to the product specifications provided by the manufacturer for precise information on the dimensions of a specific PVC water stopper product.

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  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
  • Physical Properties SANDHYAFLEX PVC Water Stopper
Physical Properties SANDHYAFLEX PVC Water Stopper
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Physical Properties SANDHYAFLEX PVC Water Stopper

Approx. Price: Rs 270 / MeterGet Latest Price
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The physical properties of PVC water stoppers are influenced by the inherent characteristics of polyvinyl chloride (PVC) as well as any additives or reinforcements used in their formulation. Here are some key physical properties of PVC water stoppers:
1. **Flexibility:**   - PVC water stoppers are known for their flexibility, allowing them to adapt to the movements and expansions and contractions in concrete structures. This flexibility is crucial for accommodating structural changes without compromising the water stopper's effectiveness.
2. **Tensile Strength:**   - PVC water stoppers typically have good tensile strength, enabling them to resist forces that may act to stretch or elongate the material. This property is essential for maintaining the integrity of the water stopper under various conditions.
3. **Elongation at Break:**   - Elongation at break measures the ability of a material to stretch before breaking. PVC water stoppers usually have a relatively high elongation at break, contributing to their flexibility and ability to withstand deformation without failure.
4. **Hardness:**   - PVC water stoppers can be formulated to have different hardness levels, ranging from soft and flexible to rigid. The hardness is often expressed on the Shore A or Shore D scale, with Shore A being more common for flexible materials.
5. **Density:**   - PVC has a moderate density, contributing to its lightweight nature. The density of PVC water stoppers may vary depending on the specific formulation used by the manufacturer.
6. **Color:**   - PVC water stoppers are commonly available in various colors, including black, gray, or other colors depending on the manufacturer. The color can sometimes be indicative of the specific additives or reinforcements used in the formulation.
7. **Temperature Resistance:**   - PVC water stoppers can withstand a wide range of temperatures. Their performance remains stable within typical construction temperature ranges. However, extreme temperatures can impact their flexibility and overall performance.
8. **Resistance to Weathering and UV Radiation:**   - PVC water stoppers exhibit good resistance to weathering and UV radiation. This property is important for applications where the water stoppers are exposed to sunlight and outdoor environmental conditions.
9. **Chemical Resistance:**   - PVC, by nature, is resistant to many chemicals. PVC water stoppers can resist the effects of a variety of substances, contributing to their durability in different construction environments.
10. **Abrasion Resistance:**    - PVC water stoppers can have good resistance to abrasion, which is important in applications where the material may come into contact with other surfaces or materials.
11. **Dimensional Stability:**    - PVC water stoppers are designed to maintain their shape and dimensions over time, ensuring that they continue to provide an effective seal in joints and connections.
It's important to note that the physical properties of PVC water stoppers can vary based on the specific formulation and manufacturing process used by different manufacturers. Engineers and construction professionals should consider these properties when selecting PVC water stoppers for specific applications to ensure they meet the requirements of the project.

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  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
  • chemical Composition SANDHAFLEX PVC Water Stopper
chemical Composition SANDHAFLEX PVC Water Stopper
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chemical Composition SANDHAFLEX PVC Water Stopper

Approx. Price: Rs 170 / MeterGet Latest Price
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Polyvinyl chloride (PVC) is a type of polymer, and the chemical composition of PVC water stoppers is primarily based on this polymer. The basic chemical structure of PVC is composed of carbon, hydrogen, and chlorine atoms. Here's a breakdown of the chemical composition of PVC:
1. **Carbon (C):**   - PVC is predominantly composed of carbon atoms. Carbon forms the backbone of the polymer chain in PVC molecules.
2. **Hydrogen (H):**   - Hydrogen atoms are also present in the PVC polymer chain, attached to carbon atoms. Hydrogen contributes to the overall stability of the PVC structure.
3. **Chlorine (Cl):**   - Chlorine is a key component of PVC, and it distinguishes PVC from other types of polymers. Chlorine atoms are attached to the carbon atoms in the PVC chain. The presence of chlorine provides PVC with its characteristic properties, including chemical resistance.
The chemical structure of PVC can be represented as follows:
\[ -(CH_2-CHCl)- \]
In this structure:- \( CH_2 \) represents a methylene group.- \( CHCl \) represents a chloromethylene group.
PVC is created through the polymerization of vinyl chloride monomers, where the monomers are linked together to form long-chain polymers. The polymerization process involves removing hydrogen chloride (HCl) from the vinyl chloride molecules, resulting in the formation of the PVC polymer.
It's important to note that while PVC itself is a stable and inert material, additives may be incorporated into PVC formulations to enhance specific properties. These additives can include plasticizers for flexibility, stabilizers to prevent degradation, and other compounds to improve performance. The specific formulation of PVC water stoppers may vary among manufacturers, and the choice of additives depends on the intended application and performance requirements.

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  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
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  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
  • Features SANDHYAFLEX PVC Water Stopper
Features SANDHYAFLEX PVC Water Stopper
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Features SANDHYAFLEX PVC Water Stopper

Approx. Price: Rs 250 / MeterGet Latest Price
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PVC (Polyvinyl Chloride) water stoppers exhibit several features that make them well-suited for various construction applications, particularly in waterproofing and joint sealing. Here are some key features of PVC water stoppers:
1. **Waterproofing:**   - PVC water stoppers are designed to provide an effective barrier against water infiltration, ensuring that joints and connections in concrete structures remain watertight. This feature is crucial for preventing water damage and maintaining the structural integrity of the construction.
2. **Flexibility:**   - PVC is a flexible material, allowing water stoppers made from PVC to accommodate movements in concrete structures. This flexibility enables them to adapt to changes in temperature, settlement, and other structural dynamics without compromising their sealing properties.
3. **Chemical Resistance:**   - PVC is resistant to a wide range of chemicals, making PVC water stoppers suitable for applications where exposure to aggressive chemicals or industrial pollutants is a concern. This chemical resistance contributes to the durability of the water stopper.
4. **Durability:**   - PVC water stoppers are known for their durability and longevity. They can withstand environmental factors, including weathering and UV radiation, without significant degradation. This durability ensures that they maintain their effectiveness over an extended period.
5. **Ease of Installation:**   - PVC water stoppers are relatively easy to install. They can be easily cut to the required length, fitted into joints, and secured in place. This ease of installation contributes to efficiency in construction projects.
6. **Versatility:**   - PVC water stoppers come in various shapes and sizes to accommodate different construction requirements. Their versatility allows them to be used in a wide range of applications, from residential buildings to large infrastructure projects.
7. **Low Maintenance:**   - Once installed, PVC water stoppers typically require minimal maintenance. Their resistance to degradation and environmental factors means that they can provide long-term protection with little ongoing attention.
8. **Temperature Tolerance:**   - PVC water stoppers can withstand a wide range of temperatures, making them suitable for use in both cold and hot climates. They remain effective in environments with temperature fluctuations.
9. **Resistance to Biological Growth:**   - PVC is inherently resistant to biological growth, such as mold and mildew. This property is beneficial in applications where the prevention of biological growth is important, such as in underground structures.
10. **Non-Corrosive:**    - PVC is non-corrosive, which means it does not corrode or rust over time. This property is particularly beneficial in applications where exposure to moisture and other corrosive elements is a concern.
11. **Cost-Effective:**    - PVC water stoppers are often more cost-effective compared to alternative materials used for water stopping applications. Their affordability makes them a practical choice for various construction projects.
These features collectively make PVC water stoppers a popular choice in construction projects where effective waterproofing and joint sealing are essential. However, it's important to consider specific project requirements and potential limitations, as discussed in the previous response on the disadvantages of PVC water stoppers.

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  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
  • PVC Water Stopper With Central Bulb
PVC Water Stopper With Central Bulb
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PVC Water Stopper With Central Bulb

Approx. Price: Rs 230 / MeterGet Latest Price
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Product Details:
Thickness4 mm
Usage/ApplicationIrrigation Project
Width125 mm

  • Due to the porous joints created when dispensing concrete in sections, the need for waterstops was immediately apparent. PVC was the predominant choice for waterstops by the 1940s and continued for decades. While PVC is still the most common waterstop material, more advanced and better-performing waterstops have quickly caught on in recent years.
  • Depending on the required size, long, pulled out strips are cut and rolled This is followed by a series of sample tests and quality checks for expansion and water absorption The long strips of water stops are then instilled into concrete joints during construction.
    • Water stoppers or water bars are flexible tape-like elements of a concrete structure that are embedded to prevent the passages of water or any fluids through concrete joints. These joints are the critical feature that challenging the water tightness in practical construction procedure as it facilitates a path for water penetration.
      • Due to the porous joints created when dispensing concrete in sections, the need for waterstops was immediately apparent. PVC was the predominant choice for waterstops by the 1940s and continued for decades. While PVC is still the most common waterstop material, more advanced and better-performing waterstops have quickly caught on in recent years.

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  • Hessian For Flooring
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Hessian For Flooring

Approx. Price: Rs 22 / YardGet Latest Price
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Product Details:
Minimum Order Quantity1000 Yard
Size/Dimensiondepend of Customer requirements
TypeJute Hessian cloth, also known as burlap in some regions, is primarily made from natural jute fibers
Usage/ApplicationConstruction
ColorBrown
Packaging TypeRoll
WeightThe weight of hessian cloth can vary depending on several factors, including its dimensions (length
LengthCuring hessian cloth, also known as wet curing hessian or wet burlap, is used in construction for th
Hessian cloth, also known as burlap in some regions, is a woven fabric made from the fibers of the jute plant (Corchorus olitorius or Corchorus capsularis). It is a versatile and durable material with a coarse texture that is commonly used for a variety of purposes. Here are some key characteristics and uses of Hessian cloth:
1. Natural Fiber: Hessian is made from the natural, biodegradable fibers of the jute plant, which is primarily grown in South Asia. Jute fibers are known for their strength and durability.
2. Coarse Texture: Hessian cloth has a rough and coarse texture, which makes it suitable for various practical applications.
3. Breathable: The loose weave of Hessian fabric allows air circulation, making it suitable for uses where breathability is essential.
4. Biodegradable: Because it is made from natural fibers, Hessian cloth is biodegradable and eco-friendly.
Common Uses of Hessian Cloth:
1. Packaging: Hessian is often used in packaging applications, especially for agricultural products like fruits, vegetables, and grains. It provides a breathable and protective covering for these goods.
2. Upholstery: In interior design and furniture upholstery, Hessian fabric can be used as a base layer to support padding and cushioning materials.
3. Landscaping: Hessian is used in landscaping to control erosion, stabilize soil, and protect newly planted trees and shrubs. It is commonly used as a burlap sack or wrap around the plant's root ball.
4. Crafts and Decor: Hessian cloth is popular for craft projects, including making rustic decorations, table runners, and gift wrapping.
5. Sacks and Bags: Hessian sacks and bags are used for storing and transporting a variety of goods, including coffee beans, grains, and potatoes.
6. Art and Painting: Some artists use Hessian as a canvas for painting due to its unique texture and appearance.
7. Construction: Hessian can be used in construction for temporary fencing, screening, and as a moisture barrier.
8. Upholstery Backing: It is often used as a backing material for upholstery to provide support and prevent sagging.
9. Gardening: Gardeners use Hessian cloth for various purposes, including creating plant protection covers, wrapping tree roots during transplanting, and making garden bags.
10. Industrial Applications: Hessian is also used in various industrial applications, such as as a component in composite materials, for insulation, and for soundproofing.
Hessian cloth is valued for its durability, versatility, and affordability, making it a popular choice for a wide range of practical and decorative uses.

Additional Information:
  • Production Capacity: 10000
  • Delivery Time: 7 days
  • Packaging Details: The packing standard for curing hessian cloth, used in construction for the wet curing of freshly poured concrete, can vary depending on the manufacturer, supplier, and the specific requirements of the project. However, there are some common packaging standards and practices associated with curing hessian cloth:
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Hessian Cloth

Approx. Price: Rs 26 / YardGet Latest Price
Product Brochure
Product Details:
Minimum Order Quantity1000 Yard
TypeCuring hessian cloth, also known as wet curing hessian or wet burlap, is primarily used in construct
Usage/ApplicationConstruction
ColorBrown
Packaging TypeRoll
WeightThe weight of hessian cloth can vary depending on several factors, including its dimensions (length
MaterialJute Hessian cloth, also known as burlap in some regions, is primarily made from natural jute fibers
Size/Dimensiondepend of Customer requirements
LengthCuring hessian cloth, also known as wet curing hessian or wet burlap, is used in construction for th
FinishingRough Hessian cloth, also known as burlap, is a woven fabric made from natural jute fibers. The fini
Product CodeSANDHYAFLEX-HC
Product TypeHussain Cloth
Quantity Per PackPacking in Roll The quantity per pack of curing hessian cloth, used in construction for wet curing o
The company Dealing and Supplier  wide range of Hessian Cloth of various ranges of width and specifications. All materials are available in bale-packed/roll form or as requested by the user.  Range of GSM 100 to 500. Range of Width 40cms x 280cms, Packing  50 Mtr and Above.
Hessian ClothWe take pleasure to introduce ourselves as one of the crest suppliers of premium quality Hessian Cloth such as Gunny Hessian Cloth, Dyed Hessian Cloth and many more. This cloth is woven by making use of skin of the sisal fibers or jute plant with the help of modern machinery under the supervision of experts. It is highly demanded in food processing, electrical, electronic and other allied industries for packaging of products. The offered range of Hessian Cloth is made available at nominal prices to our esteemed clients.

Features:


  •     Fine finish
  •     Smooth texture
  •     Low extensibility
  •     Tear resistance
  • Hessian cloth, also known as burlap in some regions, is a versatile and coarse-woven fabric made from the fibers of the jute plant (Corchorus olitorius and Corchorus capsularis). It has a long history and is used for a wide range of practical and decorative purposes. Here are some key characteristics and common uses of hessian cloth:
  • 1. **Material:** Hessian cloth is primarily made from natural jute fibers. Jute is a sustainable and eco-friendly plant fiber, making hessian an environmentally friendly material.
  • 2. **Coarse Texture:** Hessian is known for its rough and coarse texture. It has an open weave, which allows air and moisture to pass through. This texture makes it suitable for various practical applications.
  • 3. **Color:** Hessian cloth typically comes in a natural tan or brown color due to the natural color of jute fibers. However, it can be dyed or bleached for decorative or specific purposes.
  • 4. **Strength and Durability:** Hessian is a relatively strong and durable fabric, making it suitable for heavy-duty tasks and applications.
  • 5. **Biodegradability:** Hessian is biodegradable and compostable, which makes it an eco-friendly choice for various uses.
  • Common Uses of Hessian Cloth:
  • 1. **Packaging:** Hessian cloth is often used for packaging goods, especially agricultural products like grains, fruits, and vegetables. Its breathable and moisture-absorbing properties help protect perishable items during transportation.
  • 2. **Erosion Control:** Hessian is used in landscaping and construction for erosion control. It is laid over soil to prevent erosion by wind and water while allowing plants to grow through it.
  • 3. **Gardening:** Gardeners use hessian for various purposes, including wrapping tree roots during transplantation, creating frost protection barriers for plants, and making plant covers or bags.
  • 4. **Crafts and Decor:** Hessian is popular in arts and crafts for making rustic and natural-looking decorations, such as table runners, banners, and wreaths. It can also be used for upholstery and as a decorative fabric in home décor.
  • 7. **Construction and Building:** Hessian cloth can be used in construction as a temporary weather barrier or to protect fresh concrete from drying too quickly, which can cause cracks.
  • Hessian cloth's versatility and natural properties make it a valuable material in various industries and creative endeavors. Its ability to provide protection, strength, and a rustic aesthetic has contributed to its enduring popularity.
   

Additional Information:
  • Item Code: HC
  • Production Capacity: 10000kgs
  • Delivery Time: 7 Days
  • Packaging Details: The packing standard for curing hessian cloth, used in construction for the wet curing of freshly poured concrete, can vary depending on the manufacturer, supplier, and the specific requirements of the project. However, there are some common packaging standards and practices associated with curing hessian cloth: 1. **Rolls:** Curing hessian cloth is typically packaged in rolls, making it easy to handle and dispense on construction sites. These rolls can vary in width, length, and weight per roll based on the manufacturer's specifications. 2. **Length per Roll:** The length of each roll of curing hessian cloth can vary widely. Common roll lengths for curing hessian cloth are in the range of 10 meters (approximately 33 feet) to 50 meters (approximately 164 feet) or more. The choice of roll length depends on the manufacturer's packaging standards and the requirements of the construction project. 3. **Width:** Curing hessian cloth rolls come in various widths to accommodate different applications and project needs. Common widths include 1 meter (approximately 3.3 feet) and 2 meters (approximately 6.6 feet), but other widths may also be available. 4. **Packaging Material:** The rolls of curing hessian cloth are typically packaged in materials such as plastic, cardboard, or burlap bags. The packaging material provides protection during transportation and storage. 5. **Labeling:** The packaging may include labels or markings that provide essential information about the product, such as the type of hessian cloth, roll length, width, and any treatment or specifications. Labels may also include safety instructions and usage guidelines. 6. **Quantity per Pack:** The number of rolls or pieces of hessian cloth in each pack can vary. Some packs contain a single roll, while others may include multiple rolls. The quantity per pack is determined by the manufacturer and can depend on the project's needs. 7. **Custom Packaging:** In some cases, construction projects with specif
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  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
  • Curing Hessian Cloth For Construction
Curing Hessian Cloth For Construction
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Curing Hessian Cloth For Construction

Approx. Price: Rs 20 / YardGet Latest Price
Product Brochure
Curing hessian cloth is a process commonly associated with concrete curing. Hessian cloth, also known as burlap, is often used in construction for curing concrete to maintain moisture and provide insulation during the curing period. Proper curing is crucial for the strength, durability, and performance of concrete structures. Here are the general steps for curing hessian cloth in the context of concrete:
1. **Placement of Concrete:**   - After pouring concrete into the formwork, it needs to be properly finished and leveled.
2. **Covering with Hessian Cloth:**   - Hessian cloth is then moistened with water.   - The damp hessian cloth is placed directly on the surface of the newly poured concrete.
3. **Securing the Cloth:**   - The hessian cloth is often secured in place using string or other means to prevent it from drying out too quickly and to ensure constant contact with the concrete surface.
4. **Moisture Retention:**   - The primary purpose of the hessian cloth is to retain moisture around the concrete. This prevents the concrete from drying out too quickly, which can negatively impact its strength and durability.
5. **Duration of Curing:**   - The curing period with hessian cloth typically lasts for a specified duration, depending on the type of concrete and environmental conditions.   - The duration may vary, but a common guideline is to maintain moist curing for at least seven days for ordinary Portland cement concrete.
6. **Protection from Sun and Wind:**   - In addition to hessian cloth, it's important to protect the curing concrete from direct sunlight and wind, as these factors can accelerate the evaporation of moisture.
7. **Temperature Control:**   - In hot weather, additional measures may be necessary to control the concrete temperature. This could include shading the concrete or using cooling techniques to prevent excessive heat during the curing process.
8. **Monitoring and Inspection:**   - Regularly monitor the condition of the hessian cloth and the concrete surface during the curing period.   - Ensure that the cloth remains damp, and reapply water as needed to maintain a consistently moist environment.
9. **Removal of Hessian Cloth:**   - After the specified curing period, the hessian cloth can be removed.
Proper curing is essential for achieving the desired concrete properties, including strength and durability. The use of hessian cloth is just one method of curing, and other curing methods may be employed based on the specific project requirements and conditions. Always follow the recommended curing practices outlined by concrete mix suppliers and construction guidelines.

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Hessian Cloth
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Hessian Cloth

Approx. Price: Rs 45 / MeterGet Latest Price
Product Brochure
Product Details:
Minimum Order Quantity100 Meter
Usage/ApplicationConstruction
ColorKhaki
Packaging TypeRoll
Hessian cloth, also known as burlap in some regions, is a coarse and woven fabric made from the fibers of the jute plant (Corchorus olitorius and Corchorus capsularis). Jute is a natural fiber that is primarily grown in India and Bangladesh, although it is also cultivated in other parts of the world. Hessian cloth is named after the German state of Hesse, where it was originally manufactured in the 18th century.
Here are some key characteristics and uses of Hessian cloth:
1. Coarse Texture: Hessian fabric is known for its rough and coarse texture. It has an open weave with irregular fibers, giving it a rustic appearance.
2. Biodegradable: Hessian is an eco-friendly material because it is biodegradable and compostable. It decomposes naturally over time, making it a sustainable choice for various applications.
3. Breathability: Hessian cloth is highly breathable and has good moisture-wicking properties, which makes it suitable for agricultural and horticultural uses.
4. Strength and Durability: While Hessian is not as strong as some other materials, it is still quite durable for its intended uses. It can withstand moderate wear and tear.
5. Uses:   - Agriculture: Hessian cloth is commonly used in agriculture and gardening as a protective cover for crops, including potatoes, carrots, and root vegetables. It helps control weed growth, retain moisture in the soil, and provide some protection from pests and harsh weather conditions.   - Erosion Control: It is used in erosion control applications to stabilize soil on construction sites and prevent soil erosion.   - Packaging: Hessian bags and sacks are used for packaging various goods, especially grains, coffee beans, and other agricultural products.   - Crafts and Decor: Hessian fabric is often used in DIY and craft projects for its rustic appearance. It can be used for making table runners, decorative items, and more.   - Upholstery: In some cases, Hessian fabric may be used as a backing material for upholstery projects, providing additional support and structure to furniture.
It's worth noting that while Hessian cloth has many practical uses, it may not be suitable for applications that require a high level of strength or a refined appearance, as it is known for its coarse texture and natural, rustic look.

Additional Information:
  • Item Code: 53101013
  • Delivery Time: 3 to 4 days
  • Packaging Details: Hessian cloth, also known as burlap, is a versatile material often used for packing and packaging various items. The details of Hessian cloth packing can vary depending on the specific application and the items being packed, but here are some general guidelines and considerations: 1. **Material and Size**: - Hessian cloth is typically made from natural jute fibers. It is available in various sizes and weights (measured in terms of ounces per square yard). The choice of size and weight depends on the items to be packed and the desired level of protection. 2. **Wrapping and Cushioning**: - Hessian cloth can be used to wrap and cushion items to prevent damage during transit. It provides some level of protection against dust, moisture, and minor impacts. 3. **Securing and Tying**: - When packing items with Hessian cloth, you may need to secure the cloth in place. This can be done using twine, rope, or other securing methods. Tying knots at the ends of the cloth can help keep it in place. 4. **Labeling**: - Ensure that the packed items are properly labeled. This is especially important if you're packing multiple items together. Labels can include information such as the contents, destination, and handling instructions. 5. **Protection from Moisture**: - Hessian cloth is not waterproof, so if you're packing items that are sensitive to moisture, consider using an additional moisture barrier such as plastic wrap or bags. This will help protect the contents from water damage. 6. **Ventilation**: - Hessian cloth allows for some airflow, which can be beneficial when packing certain items, such as produce or items that need to breathe. However, for items that need to be sealed tightly, you may need to use an inner moisture barrier. 7. **Customization**: - Depending on your specific packing needs, you may need to customize the size and shape of the Hessian cloth. It can be easily cut and stitched to fit the items you are packing. 8. **Durability and
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