Sandhya Enterprises
Hyderabad, Telangana
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Neoprene Bridge Bearing Pad
Sandhya Enterprises manufacturer and Supplier of Neoprene Bridge Bearing Pad as per IRC 83 (Part II}2018 specification
Offering the finest Elastomeric Bridge Bearing, Sandhya Flex takes pleasure as a leading manufacturer of the products. We have segregated our infrastructure into several units with one of them as packaging unit. Here we meticulously pack our Elastomeric Bridge Bearing to ensure safe and secure deliverables. For the safe storage of the manufactured products, we have installed our facility equipped with all the modern amenities for absolute quality satisfaction.
The features of the elastomeric bridge bearing involve a strong design, simple installation and high quality. Also, it allows movement in all the directions you desire. Moreover, it finds it application in bridges, auditoriums, buildings and stadiums among others. They have exceptional tensile strength along with good elongation strength.
They are easy to install for various applications. Above all, they require less maintenance as well. They are precisely manufactured by specialists and experts as per the national and international norms and standards. Also, we use premium quality raw material to manufacture these elastomeric bridge bearing which are sourced from reliable vendors. Further, we assure the best quality, superior performing, durable and energy-efficient elastomeric bridge bearing which you can get from Sandhya Flex at competitive prices in the market.
Elastomeric Bridge Bearing Features :- Strong design
- Simple installation
- High quality
Use : Allows movement in any direction
Elastomeric Bridge Bearing Applications :- Bridges
- Buildings
- Auditoriums
- Stadiums etc.
Elastomeric Bridge Bearing Technical Details :
| Sr No. | Test | Unit | Specification and Testing Method | Specimens |
|---|---|---|---|---|
| 1 | Hardness | IRHD | IS: 3400 (Part II) Cl.5.1.2.2 | 4.0mm (min ) thickness of Test specimen |
| 2 | Tensile Strength | MPa | IS:3400 ( Part I) | Thick- 2.0 +.0.20mm |
| 3 | Elongation at Break | % | Table 1 Type -1 | Width 6.0 + 0.40mm Bench Mark-25..0mm (max) |
| 4 | Adhesion Strength (Metal to Rubber | KN/M | IS:3400 ( Part XIV) Cl.3.3 | Length -125mm Width-25mm Width-25mm 1 g (min) |
| 5 | Ash Content | % | IS:3400 (Part XXII) | 1 g (min) |
| 6 | Polymer Identification | Chemically | Cl. A-8.3.1 IS | |
| 7 | Percentage of Polymers | % | IS | 0.5 g (min) |
| 8 | Compression Set | % | IS: 3400 (Part X) Cl. 5.1 | Thick -12.5 + 0.50mm |
| 9 | Elastic Modulus | MPa | IRC 83 (Part II) | Dia-29 + 0.50mm 2 Nos from Finish |
| 10 | Shear Modulus | MPa | 1987, UIC 772 -2R | Product |
| 11 | Ultimate Compression Strength | MPa | and MORTH | One Specimen size of 100x200mm (Cutting Piece from Finish product.) |
| 12 | Stripping Strength (Adhesion Strength) | MPa | Two Specimen size of 100x 100mm (Cutting from Finish Product) | |
| 13 | 5MPa and 15 MPa Deflection Test | MPa | IRC 83 (Part II) 1987, and MORTH |
SANDHYAFLEX Elastomeric Bridge Bearing
Product Brochure
| Material | Neoprene |
| Usage/Application | Elastomeric bridge bearings serve essential functions in bridge construction, providing flexibility |
| Breath | The term "breath" in the context of elastomeric bridge bearings typically refers to the ability of t |
| Capacity | The capacity of an elastomeric bridge bearing refers to its ability to carry and distribute loads, b |
| Compression Set Temperature | The compression set temperature of an elastomeric bridge bearing refers to the temperature at which |
| Compression Strength | 60 MPa |
| Elongation At Break | 400% |
| Hardness | 55 to 65 Shore A |
**Features:**
1. **Elastomeric Material:** - Elastomeric bridge bearings are made from rubber-like materials known as elastomers, such as neoprene or natural rubber. These materials offer flexibility and the ability to return to their original shape after deformation.
2. **Vertical Load Transmission:** - Elastomeric bearings are designed to support and transmit vertical loads from the superstructure to the substructure of the bridge.
3. **Horizontal Movement:** - These bearings accommodate horizontal movements, rotations, and displacements in the bridge structure, allowing for thermal expansion and contraction, as well as seismic movements.
4. **Low Friction:** - The design often includes low-friction surfaces, allowing for smooth and controlled movement of the bridge components.
5. **Energy Dissipation:** - Elastomeric bearings can provide a degree of energy dissipation during seismic events, helping to reduce the impact of lateral forces on the bridge.
6. **Durability and Weather Resistance:** - Elastomeric materials are chosen for their durability and resistance to environmental factors, ensuring a long service life for the bridge bearings.
**Applications:**
1. **Bridge Construction:** - Elastomeric bridge bearings are commonly used in the construction of various types of bridges, including highway bridges, pedestrian bridges, and railway bridges.
2. **Expansion Joints:** - They are often integrated into expansion joint systems to allow for controlled movements, expansion, and contraction of the bridge components.
3. **Seismic Isolation:** - In seismic-prone areas, elastomeric bearings may be part of a seismic isolation system to minimize the transmission of seismic forces to the bridge structure.
4. **Multi-Span Bridges:** - Elastomeric bearings are suitable for use in multi-span bridges where flexibility and movement accommodation are crucial for maintaining structural integrity.
5. **Renovation and Retrofitting:** - They can be employed in the renovation or retrofitting of existing bridges to enhance their performance under changing conditions or to meet updated safety standards.
6. **High Load Capacity:** - Elastomeric bearings can be designed to handle a wide range of load capacities, making them versatile for different bridge applications.
Elastomeric bridge bearings are an integral part of modern bridge engineering, providing crucial support, flexibility, and durability to ensure the safety and longevity of bridge structures. Their use contributes to the overall functionality and resilience of bridges under varying environmental and loading conditions.
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Neoprene Elastomeric Bearings 500x320x84mm
Minimum Order Quantity: 50 Piece
Product Brochure
| Bore Size | 80 mm |
| Material | Neoprene |
| Color | Black |
| Density | 1.35 |
| Hardness | 60 Shore A |
| Feature | Weather land Ozon Resistance |
| Load Capacity | 10Mpa |
| Thickness | 500x320x84mm |
| Surface Finishing | Smooth |
| Country of Origin | Made in India |
### Key Features and Specifications of Neoprene Elastomeric Bearings 500x320x84mm
1. **Dimensions**: - Length: 500mm - Width: 320mm - Thickness: 84mm
2. **Material**: - **Neoprene**: A synthetic rubber known for its excellent resilience, elasticity, and resistance to oils, chemicals, and weathering. - **Reinforcement**: Typically reinforced with layers of steel plates or fabric embedded within the neoprene to enhance load-bearing capacity and structural integrity.
3. **Function**: - **Movement Accommodation**: Allows controlled horizontal movements (expansion and contraction) and rotational movements of the structure without compromising stability. - **Load Distribution**: Distributes the weight of the structure and live loads evenly to the supporting elements, such as abutments or piers. - **Vibration Isolation**: Absorbs and dampens vibrations caused by traffic, wind, and seismic activities, protecting the structure from damage.
4. **Benefits**: - **Durability**: Resistant to aging, weathering, ozone, and ultraviolet (UV) exposure, ensuring long-term performance in outdoor and harsh environments. - **Flexibility**: Maintains elasticity over a wide range of temperatures, allowing it to accommodate structural movements effectively. - **Low Maintenance**: Requires minimal maintenance over its service life, reducing lifecycle costs for construction projects. - **Safety**: Enhances structural stability and safety by mitigating the impact of dynamic loads and movements.
5. **Applications**: - **Bridge Construction**: Installed between the bridge superstructure (deck) and substructure (abutments, piers) to support the deck and accommodate movements. - **Building Construction**: Used in buildings to support structural elements and absorb vibrations from machinery or seismic activities. - **Infrastructure Projects**: Applied in various civil engineering projects requiring flexible support and movement accommodation.
### Installation and Usage Tips
- **Preparation**: Ensure the bearing and contact surfaces are clean, dry, and free from contaminants before installation.- **Alignment**: Properly align the bearing with the structure and ensure it is positioned according to design specifications.- **Fixing**: Securely anchor the bearing to the structure using appropriate fasteners or adhesive methods as recommended by the manufacturer.- **Inspection**: Regularly inspect the bearings during routine maintenance to check for signs of wear, deterioration, or damage. Replace bearings if significant degradation is observed.- **Maintenance**: Follow the manufacturer's guidelines for maintenance and periodic inspection to ensure the bearings continue to perform effectively throughout their service life.
### Summary
Neoprene elastomeric bearings with dimensions 500x320x84mm play a crucial role in supporting and protecting structures by accommodating movements, distributing loads, and dampening vibrations. Their durable construction and resilience make them suitable for various civil engineering applications, ensuring the longevity, stability, and safety of bridges, buildings, and other infrastructure projects. Proper installation, regular inspection, and maintenance are essential to maximize their performance and extend their service life.
Additional Information:
- Production Capacity: 5000000
- Delivery Time: 7 to 15 days
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Elastomeric Bridge Bearing 540x400x96mm
Minimum Order Quantity: 50 Piece
Product Brochure
| Material | Neoprene |
| Usage/Application | Bridge and HIghway |
| Capacity | 10MPa |
| Compression Set Temperature | 20% max |
| Compression Strength | 60MPa min |
| Elongation At Break | 400% |
| Hardness | 60 Shore A |
| Length | 540x400x96mm |
### Key Features and Specifications of an Elastomeric Bridge Bearing 540x400x96mm
1. **Dimensions**: - Length: 540mm - Width: 400mm - Thickness: 96mm
2. **Material**: - **Elastomer**: Typically made from natural rubber or synthetic rubber compounds with high resilience and durability. - **Reinforcement**: Reinforced with steel plates or layers of fabric to enhance load-bearing capacity and stability while maintaining flexibility.
3. **Function**: - **Movement Accommodation**: Allows for controlled horizontal movements (expansion and contraction) and rotational movements of the bridge deck. - **Load Distribution**: Distributes the weight of the bridge and live loads (traffic loads) evenly to the supporting structure. - **Vibration Damping**: Absorbs and dissipates vibrations caused by traffic, wind, and seismic activities, protecting the bridge structure from damage.
4. **Benefits**: - **Flexibility**: Can accommodate significant deformations and movements without compromising structural integrity. - **Durability**: Resistant to weathering, UV radiation, and chemical exposure, ensuring long-term performance in harsh environmental conditions. - **Low Maintenance**: Requires minimal maintenance over its service life, reducing lifecycle costs for bridge owners and operators. - **Safety**: Improves bridge stability and safety by mitigating the impact of dynamic loads and movements.
5. **Applications**: - **Bridge Construction**: Installed between the bridge superstructure (deck) and substructure (abutments, piers) to support the deck and accommodate movements. - **Highway Bridges**: Used in highway and freeway bridges to withstand heavy traffic loads and dynamic forces. - **Railway Bridges**: Applied in railway bridges to support railway traffic and ensure smooth operation. - **Seismic Retrofitting**: Used in retrofit projects to enhance the seismic resilience of existing bridges.
### Installation and Usage Tips
- **Preparation**: Ensure the bearing and contact surfaces are clean, smooth, and free from debris before installation.- **Alignment**: Properly align the bearing with the bridge structure and ensure it is placed according to the manufacturer's specifications.- **Fixing**: Securely anchor the bearing to the bridge superstructure and substructure using appropriate bolts, plates, or other fasteners.- **Inspection**: Regularly inspect the bearings during routine bridge inspections to check for signs of wear, deformation, or damage. Replace bearings if significant deterioration is observed.- **Maintenance**: Follow the manufacturer's guidelines for maintenance and periodic inspection to ensure the bearings continue to perform effectively throughout their service life.
### Summary
An elastomeric bridge bearing with dimensions 540x400x96mm plays a critical role in the functionality and safety of bridges by accommodating movements and loads, dissipating vibrations, and enhancing structural resilience. Proper installation, regular inspection, and maintenance are essential to maximize the performance and longevity of these bearings, ensuring the durability and safety of bridge structures over time.
Additional Information:
- Production Capacity: 50000000
- Delivery Time: 7 to 15 days
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SANDHHAFLEX Elastomeric Bridge Bearing
Minimum Order Quantity: 500000 Piece
Product Brochure
| Bore Size | 80 mm |
| Material | Neoprene |
| Usage/Application | Elastomeric bridge bearings are crucial components in bridge engineering, providing support, flexibi |
| Feature | Elastomeric bridge bearings are critical components in bridge construction, providing support, flexi |
| Breath | It seems there might be a small error or misunderstanding in your question. The term "breath" in the |
| Load Capacity | The load capacity of an elastomeric bridge bearing refers to its ability to support and distribute l |
| Capacity | The capacity of an elastomeric bridge bearing refers to its ability to support and distribute loads |
| Surface Finishing | Surface finishings of elastomeric bridge bearings are essential for ensuring proper functioning, lon |
| Compression Set Temperature | The compression set temperature of an elastomeric bridge bearing refers to the temperature at which |
| Compression Strength | The compression strength of an elastomeric bridge bearing refers to its ability to withstand compres |
| Elongation At Break | The elongation at break of an elastomeric bridge bearing is a measure of its ability to stretch or d |
| Hardness | 55 to 65 IRHD |
| Length | 1500mm Max |
| Tensile Strength | 17MPa |
| Thickness | 22mm to 144mm Max The thickness of an elastomeric bridge bearing refers to the vertical dimension or |
| Tolerance | The tolerance of an elastomeric bridge bearing refers to the allowable variations or deviations from |
| Country of Origin | Made in India |
1. **Material Composition:** - **Rubber-Like Materials:** Elastomeric bridge bearings are typically made from rubber compounds, such as natural rubber or neoprene. These materials provide excellent elasticity and flexibility. - **Reinforcements:** Some elastomeric bearings may include internal reinforcements, such as steel plates or fabric layers, to enhance their load-bearing capacity.
2. **Flexibility and Movement:** - **Accommodating Movements:** Elastomeric bridge bearings allow the bridge structure to move and deform in response to external forces, including thermal expansion, contraction, and dynamic loads. - **Rotation and Translation:** They accommodate rotations and translations, helping prevent damage to the bridge structure.
3. **Load Transmission:** - **Load Distribution:** Elastomeric bearings distribute loads from the bridge structure to the supporting piers or abutments. - **Vertical Load Capacity:** They are designed to support vertical loads while allowing horizontal movements.
4. **Seismic Isolation:** - **Dissipation of Seismic Forces:** Elastomeric bridge bearings are often used as seismic isolation devices to absorb and dissipate energy during seismic events, protecting the bridge structure from severe damage.
5. **Durability and Resistance:** - **Weather Resistance:** Elastomeric materials used in bridge bearings are often resistant to weathering and environmental conditions. - **Chemical Resistance:** They may exhibit resistance to certain chemicals, providing durability in various environments.
6. **Easy Installation and Maintenance:** - **Simplified Installation:** Elastomeric bridge bearings are designed for easy installation, allowing for efficient construction and retrofitting of bridges. - **Low Maintenance:** They typically require minimal maintenance over their lifespan.
7. **Temperature Tolerance:** - **Operating Temperature Range:** Elastomeric materials used in bridge bearings are chosen for their ability to withstand a range of temperatures without significant loss of properties.
8. **Cost-Effectiveness:** - **Affordable Solution:** Elastomeric bridge bearings are often a cost-effective solution compared to other types of bridge bearings. - **Long Lifespan:** When properly designed and maintained, elastomeric bearings can have a long service life.
9. **Compliance with Standards:** - **Design Codes:** Elastomeric bridge bearings are designed and manufactured in accordance with relevant industry standards and codes to ensure safety and performance.
10. **Variety of Configurations:** - **Different Designs:** Elastomeric bridge bearings are available in various configurations, including sliding bearings and pot bearings, to suit different bridge designs and requirements.
Elastomeric bridge bearings are critical components in the construction and maintenance of bridges, providing essential support while allowing the necessary flexibility and movement to ensure structural integrity and safety. They play a key role in protecting bridges from damage due to environmental forces and seismic activity.
Additional Information:
- Production Capacity: 10000000
- Delivery Time: 15 days
- Packaging Details: Packing
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Elastomeric Bridge Bearing
Minimum Order Quantity: 50 Piece
Product Brochure
| Bore Size | 10 mm |
| Material | Cast Iron |
You can get the best bridge drainage spout from Sandhya Flex which is of high quality and offers finest performance. The bridge drainage spout is a pipe that carries rainwater down from a platform. Moreover, the materials used to make it are mild steel and galvanized. It protects it and prevents corrosion or rusting resulting due to the water flowing through the pipes. Also, at Sandhya Flex, Bridge Drainage Spout are manufactured and supplied as per the specifications of MORTH. Also, we provide a range of drainage spout as well as according to customer specifications.
Being a prominent drainage spout manufacturers for bridges, we offer top-class products to the customers. Also, they are precisely designed to ensure the best performance and long lasting. The bridge drainage spouts we offer are high corrosion-resistance and rust-resistance. The drainage spouts are easy to install alongside having superb finish, precise dimensions and finest manufacturing.
Also, every drainage spout is rigorously tested by our quality controllers. The bridge drainage spouts are made of top-notch raw material along with advanced technology with the best practices. Therefore, for the best drainage spouts at exceptional prices, Sandhya Flex can be the best choice.
Size: 210mmx210mm, Dia of Collection Pipe 100mm, length of Collection Pipe 300mm
Size: 210mmx210mm, Dia of Collection Pipe 150mm, length of Collection Pipe 600mm.
Size: 180mmx305mm, Dia of Collection Pipe 150mm, length of Collection Pipe 100mm.
Size: 200mmx150mm, Dia of Collection Pipe 50mm, length of Collection Pipe 300.
Size: 200mmx150mm, Dia of Collection Pipe 50mm, length of Collection Pipe 400.
Size: 300mmx300mm, Dia of Collection Pipe 100mm, length of Collection Pipe 400
Additional Information:
- Production Capacity: 2000
- Delivery Time: 7 to 25 days
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Elastomeric Bridge Bearing with Anchoring Bolt
Minimum Order Quantity: 50 Piece
Product Brochure
| Usage/Application | Elastomeric bridge bearings with anchoring bolts serve a crucial role in the construction and mainte |
| Feature | Elastomeric bridge bearings with anchoring bolts are engineered components designed to provide flexi |
| Capacity | 20 MT |
| Load Capacity | The load capacity of elastomeric bridge bearings depends on various factors, and the design must be |
| Surface Finishing | Surface finishing of elastomeric bridge bearings is an important aspect of their design and manufact |
| Compression Strength | 60MPa |
| Elongation At Break | 400% |
| Hardness | 55 to 65 IRHD |
| Length | 1500mm max |
| Tensile Strength | 17MPa min |
| Thickness | 22 to 144mm max |
| Tolerance | +5% in thicknes |
| Country of Origin | Made in India |
1. **Material Selection:** - Use high-strength materials for the anchoring bolts, typically corrosion-resistant steel. - Consider environmental conditions, such as exposure to moisture, chemicals, and temperature variations.
2. **Bolt Specifications:** - Specify the size, length, and grade of the bolts based on engineering calculations and design requirements. - Ensure that the bolts comply with relevant industry standards and codes.
3. **Installation Torque:** - Specify the torque requirements for tightening the anchoring bolts during installation. - Follow the manufacturer's recommendations or engineering specifications to achieve the proper clamping force.
4. **Washers and Nuts:** - Include appropriate washers and nuts in the anchoring bolt assembly. - Consider the use of hardened washers to distribute the load and prevent bolt deformation.
5. **Bolt Spacing and Layout:** - Determine the optimal spacing and layout of anchoring bolts to evenly distribute loads and ensure stability. - Follow the engineering design and specifications for bolt placement.
6. **Alignment and Tolerance:** - Ensure proper alignment of the anchoring bolts with the bearing and the bridge structure. - Consider tolerance levels to accommodate any misalignments that may occur during installation or due to structural movement.
7. **Corrosion Protection:** - Implement corrosion protection measures for the anchoring bolts to enhance their durability. - This may include galvanizing, coating, or using corrosion-resistant materials.
8. **Accessibility for Inspection and Maintenance:** - Design the anchoring bolt assembly to allow easy access for inspection and maintenance. - Consider the potential need for periodic tightening or replacement.
9. **Testing and Quality Assurance:** - Perform testing to ensure that the anchoring bolts meet specified load and performance requirements. - Implement quality assurance procedures to verify the integrity of the anchoring bolt installations.
10. **Documentation:** - Maintain detailed documentation of the anchoring bolt specifications, installation procedures, and testing results. - Provide as-built drawings and documentation for future reference.
Always consult with a qualified structural engineer and adhere to relevant codes and standards when designing and installing elastomeric bridge bearings and their anchoring bolt systems. The specific details may vary based on the bridge design, environmental conditions, and regulatory requirements.
Additional Information:
- Production Capacity: 50 Nos/Day
- Delivery Time: 10 to 25 days
- Packaging Details: Packing as per Dimension
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Elastomeric Bearing 500x360x96mm
Minimum Order Quantity: 50 Piece
Product Brochure
| Material | Neoprene |
| Color | Black |
| Density | 1.35 |
| Hardness | 60 Shore a |
| Load Capacity | 10Mpa |
| Thickness | 500x260x96mm |
| Surface Finishing | Smooth |
| Country of Origin | Made in India |
### Key Features and Specifications of an Elastomeric Bearing 500x360x96mm
1. **Dimensions**: - Length: 500mm - Width: 360mm - Thickness: 96mm
2. **Material**: - **Elastomer**: Typically made from natural or synthetic rubber, known for its flexibility, durability, and ability to return to its original shape after deformation. - **Reinforcement**: Often reinforced with steel plates or fabrics to enhance strength and load-bearing capacity while allowing flexibility.
3. **Function**: - Designed to accommodate horizontal movements (expansion and contraction) and rotational movements of the structure. - Absorbs and dampens vibrations and impacts, protecting the structural integrity of bridges and buildings. - Distributes loads evenly to prevent localized stress concentrations.
4. **Benefits**: - **Flexibility**: Capable of handling large deformations without losing shape or functionality. - **Durability**: Resistant to environmental factors such as temperature changes, UV radiation, and weathering. - **Maintenance-Free**: Requires little to no maintenance over its service life. - **Cost-Effective**: Provides a long-term solution to structural movement and vibration issues, reducing the need for repairs and maintenance.
5. **Applications**: - **Bridges**: Used to accommodate movements caused by temperature changes, traffic loads, and other dynamic forces. - **Buildings**: Installed in high-rise buildings to absorb seismic movements and wind-induced vibrations. - **Industrial Structures**: Utilized in heavy machinery foundations and other structures requiring vibration isolation and load distribution.
### Installation and Usage Tips
- **Preparation**: Ensure the bearing and installation surfaces are clean and free from debris. Check the bearing for any damage or defects before installation.- **Alignment**: Properly align the bearing with the structure to ensure effective load distribution and movement accommodation.- **Securing**: Use appropriate anchoring methods to secure the bearing in place. This may include bolts, plates, or other fixtures as specified by the manufacturer.- **Inspection**: Regularly inspect the bearings as part of the maintenance routine of the structure to ensure they remain in good condition and function properly.
### Summary
An elastomeric bearing with dimensions 500x360x96mm is essential for ensuring the stability and longevity of structures that experience dynamic loads and movements. Its design and material composition allow it to absorb vibrations, accommodate structural movements, and distribute loads evenly. Proper installation and regular inspection are crucial to maximizing the performance and service life of these bearings.
Additional Information:
- Item Code: EBBSF
- Production Capacity: 500000
- Delivery Time: 7 to 25 days
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Elastomeric Bridge Bearing pad
Product Brochure
| Bore Size | 35 mm |
An Elastomeric Bridge Bearing Pad is a type of bearing used in bridge construction to support the bridge deck and allow for the movement and rotation caused by traffic loads, temperature changes, and other forces. These bearings help to distribute the loads evenly and minimize the effects of displacement.
In your case, the term "Bore Size: 35 mm" likely refers to the diameter of the hole in the center of the bearing pad, which can be used for attachment to the structure or the connection of a specific type of bolt, pin, or other connection system.
Key features of elastomeric bridge bearings include:
-
Elastomeric Material: These bearings are typically made of rubber or elastomeric compounds that provide flexibility and can withstand dynamic loads, compression, and shear forces.
-
Bore Size: The 35 mm bore size would typically relate to the central opening that may be used for the connection point of the bearing. It ensures compatibility with the anchor bolts or other connecting hardware.
-
Size and Shape: These pads can come in various sizes depending on the load they need to support. They are often designed as square, circular, or rectangular pads.
-
Function: They help reduce the transfer of vibrations, allow for movement due to thermal expansion or contraction, and support the weight of the bridge deck.
If you're looking to design, purchase, or install these bearings, the bore size (35 mm) is an important specification to ensure that the correct hardware is used for attachment. If you need additional details like material properties, installation guidelines, or specific applications, let me know!
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Sandhyaflex Laminated Bridge Bearing Pad
Minimum Order Quantity: 1250000 Piece
Product Brochure
| Hardness | 55 to 65 Shore A |
| Temperature Range | -10 to 100 Deg C |
| Part Number | Properties of Elastomer Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 |
| Material | Rubber and MS Plate |
| Size | Properties of Elastomer Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 |
| Compressive Strength | As per customers requirement |
| Type of Bearing | ELASTOMERIC DESIGN3D Engineering Simulation in Bridge Design Finite element analysis of a bridge ela |
| Bearing Number | ELASTOMERIC DESIGN3D Engineering Simulation in Bridge Design Finite element analysis of a bridge ela |
| Breath | Properties of Elastomer Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 |
| Shape | Squire |
| Weight | ELASTOMERIC DESIGN3D Engineering Simulation in Bridge Design Finite element analysis of a bridge ela |
| Capacity | Properties of Elastomer Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 |
| Load Capacity | 10MPA |
| Dimension | As per customers requirement |
| Size/Dimension | 500 x 360 x 96 mm |
| Usage/Application | Bridge Construction |
| Compression Set Temperature | 100 Deg C for 24 Hrs |
| Surface Finishing | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Compression Strength | 25% max |
| Elongation At Break | 400% min |
| Tensile Strength | 17.0 MPa |
| Length | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Working Temperature | 27 to 50 Deg C |
| Tolerance | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Bearing Series | Properties of Elastomer Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 |
| Thickness | As per customers requirement |
| Surface Finished | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Color | Black |
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Why are US
* Best Comunication
* Good Responce
*.Good Price
* Good Quality
* Timely Delivery
*.Good Transport Facility
So why are delay pl contact to SANDHYA ENTERPRISES and start today your Business with us. Elastomeric Bridge Bearing the company has segregated its infrastructure into several units and one of them is packaging unit wherein we meticulously pack our Elastomeric Bridge Bearing for ensuring safe and secure deliveries. For the safe storage of the entire lot, we have installed our own facility that is laced with all the modern amenities for complete quality satisfaction.
- Strong design
- Simple installation
- High quality
Use : Allows movement in any direction
Elastomeric Bridge Bearing Applications :
- Bridges
- Buildings
- Auditoriums
- Stadiums etc.
- ELASTOMERIC DESIGN3D Engineering Simulation in Bridge Design
Finite element analysis of a bridge elastomeric bearing pad carried out with SimScale
Because bridge elastomeric bearing pads are crucial for a safe and cost-effective bridge design, they are extensively prototyped and tested before they are used in production.
Using a simulation software like SimScale as part of the process, it is possible to virtually test an elastomeric bearing pad under different design and load assumptions. For example, the bearing pad can be assumed to be composed of an elastomeric material reinforced by steel plates, and three basic load cases can be simulated and observed: 1) compression, 2) compression with shearing,
Additional Information:
- Item Code: SANDHYAFLEX-EBB
- Production Capacity: 1000 Nos/day
- Delivery Time: 7 to 30 days max.
- Packaging Details: Packing with HDPE Cover
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Sandhyaflex Bearing With Restraint Against Translation To Simulate Support Condition
Minimum Order Quantity: 150000 Piece
Product Brochure
| Type of Bearing | Elastomeric Bridge Bearing |
| Usage/Application | Bridge Construction |
| Hardness | Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 (Part II) 2 Minimum Ten |
| Temperature Range | 100 Degree C |
| Color | Black |
| Material | Rubber |
| Brand | Sandhyaflex |
| Compressive Strength | 60 MPa min |
| Packaging Type | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Shape | Physical Properties Unit Specified Test Method 1 Hardness IRHD 60 +5 IS:3400 (Part II) 2 Minimum Ten |
| Breath | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Size/Dimension | Thickness 22 to 144mm,Width 200 to 1000mm,Length-200 to 1500mm |
| Diameter | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Standards | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Length | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Capacity | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Compression Set Temperature | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Compression Strength | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
| Dimension | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Elongation At Break | 400% min |
| Surface Finished | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Tensile Strength | 17.0MPa min |
| Thickness | ypical Size of Laminated Bearings Sr. No. Dimension EBB Dimension SL No of |
| Tolerance | Manufacturing Tolerances Sr.No. Items Tolerances 1 Overall Linear Plan Dimensions -0mm,+6mm 2 Total |
Physical Properties | Unit | Specified | Test Method | |
1 | Hardness | IRHD | 60 +5 | IS:3400 (Part II) |
2 | Minimum Tensile Strength (Moulded Test Piece, Test Piece from Bearing | MPa | 17.0 14.0 | IS:3400 (Part I) |
3 | Minimum Elongation at Break (Moulded Test Piece, Test Piece from Bearing | % | 400 350 | IS:3400 (Part I) |
4 | Maximum Compression Set (24h,100 +1oC) | % | 35 | IS:3400 (Part X) |
Accelerated aging (72h,100 +1oC) Maximum Change from un-aged Value | ||||
5 | Maximum Change in Hardness | IRHD | +5 | IS:3400 (Part IV) |
6 | Maximum Change in Tensile Strength | % | -15 | IS:3400 (Part IV) |
7 | Maximum Change in Elongation | % | -30 | IS:3400 (Part IV) |
Additional Information:
- Item Code: NBBP
- Production Capacity: 250000 Cubic Centimeter /days
- Delivery Time: 7 to 45 days
- Packaging Details: Packing with HDPE Cover
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Elastomeic Bearing Pad 500x320x8mm
Minimum Order Quantity: 50 Piece
Product Brochure
| Material | Neoprene |
| Position | Interior |
| Brand | SANDHYAFELX |
| Color | Black |
| Dimension | 500x320x8mm |
| Shape | Squire |
| Thickness | 80mm |
| Usage/Application | Bridge and Highway Construction |
| Country of Origin | Made in India |
### Key Features and Specifications of an Elastomeric Bearing Pad 500x320x8mm
1. **Dimensions**: - Length: 500mm - Width: 320mm - Thickness: 8mm
2. **Material**: - **Elastomer**: Made from high-quality rubber compounds known for their resilience, elasticity, and ability to return to their original shape after deformation. - **Reinforcement**: May include layers of fabric or steel plates embedded within the elastomer to enhance structural strength and load-bearing capacity.
3. **Function**: - **Movement Accommodation**: Allows for controlled horizontal movements (expansion and contraction) and rotational movements of the structure. - **Load Distribution**: Distributes the weight of the structure and live loads evenly to the supporting elements, such as abutments or piers. - **Vibration Isolation**: Absorbs and dissipates vibrations caused by traffic, wind, and seismic activities, reducing their impact on the structure.
4. **Benefits**: - **Flexibility**: Capable of accommodating moderate movements and deformations without compromising structural integrity. - **Durability**: Resistant to weathering, aging, and chemical exposure, ensuring long-term performance in diverse environmental conditions. - **Low Maintenance**: Requires minimal maintenance over its service life, contributing to lower lifecycle costs for construction projects. - **Safety**: Enhances the stability and safety of structures by mitigating the effects of dynamic loads and movements.
5. **Applications**: - **Bridge Construction**: Installed between the bridge superstructure (deck) and substructure (abutments, piers) to support the deck and accommodate movements. - **Building Construction**: Used in buildings to support structural elements and absorb vibrations from machinery or seismic activities. - **Infrastructure Projects**: Applied in various civil engineering projects requiring flexible support and movement accommodation.
### Installation and Usage Tips
- **Preparation**: Ensure the bearing pad and contact surfaces are clean, smooth, and free from debris before installation.- **Alignment**: Properly align the bearing pad with the structure and ensure it is positioned according to design specifications.- **Fixing**: Securely anchor the bearing pad to the structure using appropriate fasteners or adhesive methods as recommended by the manufacturer.- **Inspection**: Regularly inspect the bearing pads during routine maintenance to check for signs of wear, deterioration, or damage. Replace pads if significant degradation is observed.- **Maintenance**: Follow the manufacturer's guidelines for maintenance and periodic inspection to ensure the bearing pads continue to perform effectively throughout their service life.
### Summary
An elastomeric bearing pad with dimensions 500x320x8mm is a critical component in construction and civil engineering projects, providing flexibility, load-bearing capacity, and vibration isolation to structures. Proper installation, regular inspection, and maintenance are essential to maximize the performance and longevity of these pads, ensuring the safety, stability, and durability of the supported structures over time.
Additional Information:
- Production Capacity: 5000000
- Delivery Time: 7 to 15 days
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Elastomeric Neoprene Bearing Pad 630x220x61mm
Minimum Order Quantity: 50 Piece
Product Brochure
| Material | Neoprene and MS Steel |
| Position | Interior |
| Brand | SANDHYAFLX |
| Color | Black |
| Dimension | 630x220x61mm |
| Shape | Squire |
| Thickness | 61mm |
| Usage/Application | Bridge and Highway |
| Country of Origin | Made in India |
### Key Features and Specifications
1. **Dimensions**: - Length: 500mm - Width: 320mm - Thickness: 84mm
2. **Material**: - **Neoprene**: Synthetic rubber known for resilience, elasticity, and resistance to oils, chemicals, weathering, and UV exposure. - **Reinforcement**: Typically includes embedded layers of steel plates or fabric to enhance load-bearing capacity and structural integrity.
3. **Function**: - **Movement Accommodation**: Allows controlled horizontal (expansion/contraction) and rotational movements without compromising structural stability. - **Load Distribution**: Evenly distributes the weight of structures and live loads to supporting elements like abutments or piers. - **Vibration Isolation**: Absorbs and dampens vibrations from traffic, wind, and seismic activities to protect structures from damage.
4. **Benefits**: - **Durability**: Resistant to aging, weathering, ozone, and UV exposure, ensuring long-term performance in diverse environmental conditions. - **Flexibility**: Maintains elasticity across a wide range of temperatures, effectively accommodating structural movements. - **Low Maintenance**: Requires minimal upkeep over its service life, reducing lifecycle costs associated with maintenance. - **Safety**: Enhances structural stability and safety by mitigating the impact of dynamic loads and movements.
5. **Applications**: - **Bridge Construction**: Installed between bridge superstructures (decks) and substructures (abutments, piers) to support decks and manage movements. - **Building Construction**: Used in buildings to support structural elements and absorb vibrations from machinery or seismic events. - **Infrastructure Projects**: Applied in various civil engineering projects requiring flexible support and movement accommodation.
### Installation and Usage Tips
- **Preparation**: Ensure surfaces are clean, dry, and free of contaminants before installation to ensure optimal adhesion and performance.- **Alignment**: Properly align bearings with structures according to design specifications to facilitate effective load distribution and movement accommodation.- **Fixing**: Securely anchor bearings using appropriate fasteners or adhesive methods recommended by manufacturers to ensure stability and longevity.- **Inspection**: Regularly inspect bearings during routine maintenance to identify signs of wear, deterioration, or damage. Replace worn components promptly to maintain performance.- **Maintenance**: Follow manufacturer guidelines for scheduled inspections and maintenance to optimize bearing performance throughout their service life.
### Summary
Neoprene elastomeric bearings with dimensions 500x320x84mm are integral components in civil engineering and construction projects, providing crucial support, load distribution, and movement accommodation. Their robust construction, coupled with resilience to environmental factors, ensures durability and safety for bridges, buildings, and infrastructure. Proper installation, regular inspection, and maintenance are essential to maximize their functionality and longevity, contributing to the overall performance and reliability of structures over time.
Additional Information:
- Production Capacity: 100000000
- Delivery Time: 7 to 15 days
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500x320x80mm Rubber Bridge Bearing Pad
Minimum Order Quantity: 1000000 Piece
Product Brochure
| Usage/Application | Bridge Construction |
| Hardness | 55 to 65 Shore A |
| Temperature Range | 100 Deg C max |
| Color | Black |
| Material | Rubber |
| Brand | Sandhyaflex |
| Compressive Strength | 60MPa min |
| Packaging Type | Packing with HDPE cover |
| Shape | Squire |
| Breath | Bridge Consturction |
| Size/Dimension | Thickness-22mm to 144mm, Width-100 to 1000mm andLength 160 to 1500mm |
| Diameter | as per IRC 83 (Part II)2018 |
| Standards | IRC 83 (Part II)2018 |
| Length | 1500mm max |
| Tensile Strength | 17.0mm min |
| Size | 500 x 320 x 80 mm |
| Compression Set Temperature | @100 Deg C for 24hrs |
| Elongation At Break | 400% min |
| Feature | Good Weather and Ozone Resistance |
| Load Capacity | 10 MPa to 20 MPa |
| Surface Finishing | Smooth |
| Thickness | 22 to 144mm |
| Working Temperature | at 27 to 100Deg C max |
| PTFE POT Bearing | Rs.45000 |
Sandhya Enterprises is a Manufacturer and Supplier of 500x320x80mm Rubber Bridge Bearing Pad.
BUSINESS POLICY
SANDHYA ENTERPRISES AN ISO:9001:2015 Certified Company
Inquiry
Quotation
Purchase Order
1. Billing Address. 2. Delivery Address 3. GST No 4. Contact No
Performa Invoice
Advance Payment
Take in Production as per Purchase Order
After Completed Consignment Inform to Client for Balance Payment
Dispatch the Material
Provide LR Copy
Bank Details | |
COMPANY NAME | SANDHYA ENTERPRISES |
Bank | HDFC Bank Ltd |
Branch | 5-80,HMT Road,Chintal, Jeedimetla,Qutubulapur Mandal Dist. R R ,Hyderabad-500054 Telangana |
Account No | 50200016352482 |
IFSC | HDFC0001041 |
PAN No | GNLPS1299P |
GST N0 | 36GNLPS1299P1ZS |
IEC | 0916915042 |
AD Code | 05114228381149 |
MSME | TS20B0028147 |
|
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* Best Comunication
* Good Responce
*.Good Price
* Good Quality
* Timely Delivery
*.Good Transport Facility
So why are delay pl contact to SANDHYA ENTERPRISES and start today your Business with us.
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Additional Information:
- Item Code: RBBP-SANDHYAFLEX
- Production Capacity: 250000 Cubic Centimeter per day
- Delivery Time: 7 to 15 days max
- Packaging Details: Packing with HDPE cover
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Neoprene Bridge Bearings Pads
Minimum Order Quantity: 1200000 Piece
Product Brochure
| Type of Bearing | as per Customer Drg |
| Bearing Number | as per Customer Drg |
| Weight | depend of dimension |
| Usage/Application | Bridge Construction |
| Shape | Squire |
| Part Number | as per customer Drg |
| Hardness | 55 to 65 Shore A |
| Temperature Range | 55 to 65 Shore A |
| Model Name/Number | EBB |
| Inner Diameter | in mm |
| Material | Neoprene Rubber |
| Brand | Sandhyaflex |
| Dimension | Thickness 22mm to 144mm,Width-160mm to 1000mm and Length-200 to 1500mm |
| Bearing Series | Bridge Cunstruction |
| Breath | in mm |
| Diameter | in mm |
| Length | in mm |
| Product Type | Elastomeric Bridge Bearing |
| Outer Diameter | LXWXT |
| Shielding | with PTFE EBB |
| Surface Finishing | smooth |
| I Deal In | New Only |
| Size | 22mm to 144mm thickness,with 160mm to 1000mm andLength 200mm to 1500mm |
| Color | Black |
| Density | 1.35 |
| Capacity | 10MPa to 20 MPa |
| Feature | Ozone Resistance |
| Compression Set Temperature | @100Deg C for 24 hr |
| Compression Strength | 60 MPa min |
| Load Capacity | 20Mpa max |
| Country of Origin | Made in India |
| Tensile Strength | 50 MPa |
| Thickness | 25mm to 144mm |
The clients can rest assured for their payment, as our payment procedures are safe, easy to use and make hassle free transactions. It is due to our guarantee of providing damage-free products to the clients; we are highly in demand amongst the buyers. Our packaging experts keep a stringent check on the entire packing procedure ensuring the same.
Features:
- Unmatched quality
- Superb strength
- Simple installation
Applications:
- Bridges
- Railway tracks etc
- Road Bridge
- Railway Bridge
- NH Highway
- Merto Railaway Bridge LASTOMERIC DESIGN3D Engineering Simulation in Bridge Design
Finite element analysis of a bridge elastomeric bearing pad carried out with SimScale
Because bridge elastomeric bearing pads are crucial for a safe and cost-effective bridge design, they are extensively prototyped and tested before they are used in production.
Using a simulation software like SimScale as part of the process, it is possible to virtually test an elastomeric bearing pad under different design and load assumptions. For example, the bearing pad can be assumed to be composed of an elastomeric material reinforced by steel plates, and three basic load cases can be simulated and observed: 1) compression, 2) compression with shearing, and 3) compression with rotation.
The results can be analyzed by observing Cauchy stresses in a contour plot. One can even observe that with the introduction of steel plates, the load-carrying capacity of the bearing is enhanced.
Bank Details
COMPANY NAME
SANDHYA ENTERPRISES
Bank
HDFC Bank Ltd
Branch
5-80,HMT Road,Chintal, Jeedimetla,Qutubulapur Mandal Dist. R R ,Hyderabad-500054 Telangana
Account No
50200016352482
IFSC
HDFC0001041
PAN No
GNLPS1299P
GST N0
36GNLPS1299P1ZS
IEC
0916915042
AD Code
05114228381149
MSME
TS20B0028147
Additional Information:
- Item Code: RBBP
- Production Capacity: 2500000 Cubic centimeter ;Day
- Delivery Time: 7 to 45 days max
- Packaging Details: Packing with HDPE cover
View Complete details
Bridge Bearing Rubber Pad
Minimum Order Quantity: 180000 Piece
Product Brochure
| Hardness | 55 to 65 Shore A |
| Temperature Range | 100 Degree C |
| Material | Rubber |
| Compressive Strength | 60 MPa min |
| Size/Dimension | 22mm to 144mm |
| Usage/Application | Bridge Construction |
| Length | 160mm to 1500mm |
| Tensile Strength | 17.0MPa |
We provide high quality Bridge Bearing Rubber Pad, also called neoprene bridge bearings, Bridge Bearing and elastomeric bearings. These bearings are manufactured using high grade materials (CR, Black Carbon Reinforcement, and Other Chemical with the aid of contemporary techniques at our advanced production unit. The bearings provide adequate support to bridges for absorbing vibrations and preventing their deformation. In addition, we offer these Elastomeric Bridge Bearings at reasonable prices.
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Pot PTFE Road Bridge Bearing
Minimum Order Quantity: 10 Piece
Product Brochure
| Type of Bearing | Neoprene Bridge Bearing |
| Dimension | 300 to 130 MT |
| Usage/Application | Road,Bridges,Auditoriums,Skywalks |
| Material | PTFE |
| Brand | Sandhyaflex |
| Shape | Rectangular |
Elastomeric Bridge Bearing Features :
- Strong design
- Simple installation
- High quality
Use : Allows movement in any direction
Pot PTFE Road Bridge Bearing Applications :
- Bridges
- Buildings
- Auditoriums
- Stadiums etc.
Additional Information:
- Item Code: NEB
- Delivery Time: 7 to 10 days or 22 to 30 days
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Rubber Bridge Bearing
Minimum Order Quantity: 2500000 Piece
Product Brochure
| Usage/Application | Bridge Construction |
| Hardness | 55 to 65 IRHd |
| Material | Rubber and Steel Laminate |
| Compressive Strength | 17.0MPa min |
| Shape | Shape factor for elastic modulus 6 to 12 |
| Color | Black |
| Thickness | 22mm to 144mm |
We are offering a wide range of Rubber Bridge Bearing.
Elastomeric Bridge Bearing the company has segregated its infrastructure into several units and one of them is packaging unit wherein we meticulously pack our Elastomeric Bridge Bearing for ensuring safe and secure deliveries. For the safe storage of the entire lot, we have installed our own facility that is laced with all the modern amenities for complete quality satisfaction.
Elastomeric Bridge Bearing Features :
- Strong design
- Simple installation
- High quality
Use : Allows movement in any direction
Elastomeric Bridge Bearing Applications :
- Bridges
- Buildings
- Auditoriums
- Stadiums etc.
Bank Details
COMPANY NAME
SANDHYA ENTERPRISES
Bank
HDFC Bank Ltd
Branch
5-80,HMT Road,Chintal, Jeedimetla,Qutubulapur Mandal Dist. R R ,Hyderabad-500054 Telangana
Account No
50200016352482
IFSC
HDFC0001041
PAN No
GNLPS1299P
GST N0
36GNLPS1299P1ZS
IEC
0916915042
AD Code
05114228381149
MSME
TS20B0028147
Additional Information:
- Item Code: SANDHYAFLEX-NBB
- Production Capacity: 2500000 cubic centimeter per day
- Delivery Time: 7 to 10 days or 22 to 30 days
- Packaging Details: packing with HDPE cover
View Complete details
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