Sandhya Enterprises

Gajularamaram, Hyderabad, Telangana

A mounting rubber pad is a type of rubber component used to isolate or dampen vibrations, shocks, and noise in various mechanical and industrial applications. These rubber pads are designed to be placed between two surfaces, such as machinery or equipment and their mounting bases, to provide cushioning and reduce the transmission of vibrations and noise. Here are some key features and applications of mounting rubber pads:

**Key Features:**

1. **Rubber Material:** Mounting rubber pads are typically made from high-quality rubber compounds, including natural rubber or synthetic rubber materials like neoprene, EPDM, or silicone. The choice of rubber material depends on the specific application and the environmental conditions.

2. **Design:** These pads may come in various shapes and designs, such as square, rectangular, or cylindrical. The design often includes multiple layers or patterns to enhance their vibration isolation properties.

3. **Vibration Isolation:** The primary purpose of mounting rubber pads is to isolate or reduce vibrations generated by machinery or equipment. By absorbing and dissipating vibrations, these pads help prevent structural damage, noise, and equipment wear.

4. **Noise Reduction:** In addition to vibration isolation, mounting rubber pads can also reduce the transmission of noise, making them suitable for applications where noise control is essential.

5. **Load-Bearing Capacity:** Mounting rubber pads are available in various load-bearing capacities to support different equipment weights and sizes. The selection of the appropriate pad should consider the specific load requirements.

**Applications:**

Mounting rubber pads find applications in a wide range of industries and settings, including:

1. **Industrial Machinery:** They are used under heavy machinery, generators, compressors, pumps, and other industrial equipment to minimize vibrations and noise in manufacturing facilities.

2. **HVAC Systems:** Mounting rubber pads can be used in heating, ventilation, and air conditioning (HVAC) systems to reduce vibrations and noise from air handlers, chillers, and rooftop units.

3. **Construction:** In the construction industry, these pads are often used under equipment like concrete mixers, jackhammers, and vibratory compactors to limit vibrations transmitted to nearby structures.

4. **Electrical and Electronic Equipment:** Mounting rubber pads are used to dampen vibrations in sensitive electronic equipment, such as servers, telecommunications equipment, and laboratory instruments.

5. **Marine and Automotive:** They are employed in marine engines, automotive engines, and suspension systems to reduce vibrations and improve ride comfort.

6. **Residential Applications:** In homes, rubber mounting pads can be used under washing machines, dishwashers, and other household appliances to reduce noise and vibrations.

Properly selected and installed mounting rubber pads are essential for maintaining equipment performance, reducing maintenance costs, and ensuring the comfort and safety of operators and nearby personnel. The choice of pad material, size, and load capacity should be based on the specific requirements of the application.

The Sandhyaflex Bitumen Mastic Pad is a high-performance, durable pad used in construction and infrastructure projects for vibration damping, load distribution, and providing a protective cushion between structural components. It\'s commonly used in bridge bearings, building foundations, and industrial applications.

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  Material Composition:

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  • Made from a combination of bitumen and mineral fillers, offering excellent load-bearing and cushioning properties.
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  • Reinforced with fabric or fibers for added strength and longevity.
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  Design:

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  • Available in various thicknesses and sizes to suit different applications.
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  • Offers uniform load distribution to prevent structural damage.
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  Weather and Chemical Resistance:

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  • Resistant to water, chemicals, and environmental elements, ensuring long-term performance.
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  • Maintains structural integrity even under extreme temperatures.
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• Bridge Bearings: Used as a cushioning layer to absorb vibrations and distribute loads in bridges.
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• Building Foundations: Provides vibration damping and load management between structural components.
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• Industrial Equipment: Installed under heavy machinery to minimize vibration and noise.
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• Rail Tracks and Pipelines: Acts as a shock-absorbing material in rail systems and pipelines.
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• Thickness: Typically available from 10 mm to 50 mm or customized based on application.
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• Size: Can be provided in standard or customized dimensions.
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• Load Capacity: Designed to handle high loads, ranging from 10 tons to 100 tons.
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• Temperature Range: Operates effectively between -20°C to +80°C.
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• Excellent vibration absorption and noise reduction.
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• Prevents structural wear and tear by evenly distributing loads.
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• Resistant to aging, weathering, and environmental damage.
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• Easy to install and maintain.
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• Provides long-term performance with minimal maintenance.
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If you\'d like further information on specific sizes, technical data sheets, or pricing, feel free to ask!

Anti-vibration mounting pads, also known as vibration isolation pads or vibration dampening pads, are mechanical devices designed to reduce or eliminate the transmission of vibrations and shocks between industrial equipment or machinery and their surrounding structures. These pads are commonly used to protect equipment, reduce noise, and prevent structural damage caused by vibrations.

Key features and information about anti-vibration mounting pads:

1. Materials: Anti-vibration pads are typically made from various materials that have good damping properties, such as rubber, neoprene, cork, or elastomeric compounds. The choice of material depends on the specific application and the amount of vibration to be mitigated.

2. Design: These pads come in different shapes and designs, including rectangular, circular, or custom shapes to suit the equipment and the installation requirements. Some have a layered or composite design for enhanced vibration absorption.

3. Function: Anti-vibration mounting pads work by isolating the equipment from the structure it\'s mounted on, creating a barrier that absorbs and dissipates vibrations and shocks. This helps prevent the transfer of these unwanted forces to the building or other nearby machinery.

4. Applications: Anti-vibration mounting pads are used in various industries and applications, including HVAC systems, generators, pumps, compressors, motors, industrial machinery, and more. They are especially crucial in environments where vibration control is essential for safety, equipment performance, and noise reduction.

5. Installation: These pads are typically installed between the equipment or machinery and the mounting surface (floor or foundation). Proper installation is important to ensure they effectively isolate vibrations.

6. Benefits: The use of anti-vibration mounting pads provides several benefits, including reduced noise, improved equipment performance and longevity, protection against structural damage, and enhanced operator comfort and safety.

7. Maintenance: Regular inspection and maintenance of anti-vibration mounting pads are necessary to ensure they continue to perform effectively. Over time, these pads may wear out or deteriorate and may need replacement.

8. Load Capacity: Anti-vibration mounting pads are available in various load capacities to match the weight and size of the equipment they support. It\'s important to choose the right pads that can handle the expected loads.

By using anti-vibration mounting pads, industries can minimize the impact of machinery vibrations on the surrounding environment, protect their equipment, and ensure a safer and quieter workspace. Proper selection and maintenance of these pads are essential for achieving these benefits.

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• It is a cross-linked, pre-moulded, high performance joint filler board. It is readily compressible and ensures low load transfer. Applications: Structural expansion joint in concrete brick and block work Isolation to infill panels Bridge decks, abutments, pier hinge joint etc. As a backup support for sealant.
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• The purpose of the expansion of expansion joint is to protect the structure from damage due to temperature changes, whereas the purpose of expansion joint filler board is to fill the gap created by expansion joint or isolation joints to avoid any foreign materials get into the gap.
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  • Impregnated with Bitumen in various percentages, it is a perfect base material for expansion joint fillers. The board’s compression and recovery characteristics confirm to the U.K., U.S.A. and Indian Standards much above the required averages.
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    • It is available in a wide range of sizes, both as boards & strips in thicknesses of 10 MM, 12 MM, 18 MM, 19 MM, 25 MM. Jolly Expansion Joint Filler displays excellent resistance to compression, with outstanding recovery characteristics.
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      • Joint fillers are relatively a compressed material so that it does not fail as the concrete grows around it and shrinks due to temperature change or movement. The joint fillers prevents untimely failure of the concrete structure. Following are the various types of joint filler materials as follows:
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The Sandhyaflex Bitumen Mastic Pad is a high-performance, durable pad used in construction and infrastructure projects for vibration damping, load distribution, and providing a protective cushion between structural components. It's commonly used in bridge bearings, building foundations, and industrial applications.

• Material Composition:

  • Made from a combination of bitumen and mineral fillers, offering excellent load-bearing and cushioning properties.
  • Reinforced with fabric or fibers for added strength and longevity.

• Design:

  • Available in various thicknesses and sizes to suit different applications.
  • Offers uniform load distribution to prevent structural damage.

• Weather and Chemical Resistance:

  • Resistant to water, chemicals, and environmental elements, ensuring long-term performance.
  • Maintains structural integrity even under extreme temperatures.

• Bridge Bearings: Used as a cushioning layer to absorb vibrations and distribute loads in bridges.
• Building Foundations: Provides vibration damping and load management between structural components.
• Industrial Equipment: Installed under heavy machinery to minimize vibration and noise.
• Rail Tracks and Pipelines: Acts as a shock-absorbing material in rail systems and pipelines.

• Thickness: Typically available from 10 mm to 50 mm or customized based on application.
• Size: Can be provided in standard or customized dimensions.
• Load Capacity: Designed to handle high loads, ranging from 10 tons to 100 tons.
• Temperature Range: Operates effectively between -20°C to +80°C.

• Excellent vibration absorption and noise reduction.
• Prevents structural wear and tear by evenly distributing loads.
• Resistant to aging, weathering, and environmental damage.
• Easy to install and maintain.
• Provides long-term performance with minimal maintenance.

If you'd like further information on specific sizes, technical data sheets, or pricing, feel free to ask!

Mastic pads are versatile materials used in various applications, primarily for sealing and insulation purposes. These pads are often made from bituminous or rubber-like materials. Here are some key features of mastic pads: 1. **Water Resistance:** - Mastic pads are known for their excellent water-resistant properties. They are commonly used in applications where protection against moisture and water ingress is crucial. 2. **Weather Resistance:** - These pads can withstand exposure to various weather conditions, including sunlight, rain, and temperature fluctuations. This makes them suitable for outdoor applications. 3. **Flexible and Malleable:** - Mastic pads are flexible and malleable, allowing them to conform to irregular surfaces. This flexibility makes them versatile and easy to work with during installation. 4. **Sealing Capabilities:** - Mastic pads are effective in sealing gaps, joints, and seams. They provide a secure barrier against the entry of water, dust, and other contaminants. 5. **Adhesive Properties:** - Many mastic pads have adhesive properties, allowing them to bond securely to various surfaces. This adhesive quality enhances their ability to create a tight seal. 6. **Thermal Insulation:** - Mastic pads often exhibit good thermal insulation properties. They can help prevent heat transfer and are used in applications where thermal insulation is required. 7. **Chemical Resistance:** - Some mastic pads are resistant to chemicals, making them suitable for use in environments where exposure to acids, alkalis, or other corrosive substances is a concern. 8. **Vibration Damping:** - Mastic pads can absorb vibrations, reducing the transmission of noise and vibrations in machinery or structures. This feature is beneficial in applications where damping properties are essential. 9. **Shock Absorption:** - Due to their resilient nature, mastic pads can absorb shocks and impacts. This makes them suitable for applications where cushioning or shock absorption is necessary. 10. **Durable and Long-Lasting:** - Mastic pads are designed to be durable and long-lasting. They can withstand wear and tear, providing reliable performance over an extended period. 11. **Easy to Install:** - The flexibility and adhesive properties of mastic pads contribute to their ease of installation. They can be applied easily to surfaces, conforming to contours and irregularities. 12. **Versatility in Applications:** - Mastic pads find applications in various industries, including construction, automotive, electrical, and manufacturing. Their versatility makes them suitable for a wide range of sealing and insulation tasks. 13. **Resistance to Aging:** - Some mastic pads are formulated to resist aging, maintaining their properties and performance over time. This is important for long-term reliability in applications. When using mastic pads, it's crucial to consider the specific requirements of the application, such as temperature range, chemical exposure, and load-bearing capacity, to ensure the pads meet the intended purpose effectively. Export Packing Dimension in CBM Expansion Joint Filler Board Size 2 Feet and 4Feet Color Block S No Dimension Weight/Nos Each PKD/Nos Packing in Total Box Weight Kg/Pkd Lenght Width Thickness CBM 1 8mm x2ftx4ft 2.016 15 15 30.240 0.60 1.20 0.120 0.0864 2 10mm x2ftx4ft 2.520 15 15 37.800 0.60 1.20 0.150 0.108 3 12mm x2ftx4ft 3.024 15 15 45.360 0.60 1.20 0.180 0.1296 4 14mm x2ftx4ft 3.520 15 15 52.800 0.60 1.20 0.210 0.1512 5 16mm x2ftx4ft 4.032 15 15 60.480 0.60 1.20 0.240 0.1728 6 18mm x2ftx4ft 4.536 10 10 45.360 0.60 1.20 0.180 0.1296 7 20mm x2ftx4ft 5.040 10 10 50.400 0.60 1.20 0.200 0.144 8 22mm x2ftx4ft 5.440 10 10 54.400 0.60 1.20 0.2

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• It is a cross-linked, pre-moulded, high performance joint filler board. It is readily compressible and ensures low load transfer. Applications: Structural expansion joint in concrete brick and block work Isolation to infill panels Bridge decks, abutments, pier hinge joint etc. As a backup support for sealant.
\n
• The purpose of the expansion of expansion joint is to protect the structure from damage due to temperature changes, whereas the purpose of expansion joint filler board is to fill the gap created by expansion joint or isolation joints to avoid any foreign materials get into the gap.
\n
• \n
  \n
  • Impregnated with Bitumen in various percentages, it is a perfect base material for expansion joint fillers. The board’s compression and recovery characteristics confirm to the U.K., U.S.A. and Indian Standards much above the required averages.
  \n
  • \n
    \n
    • It is available in a wide range of sizes, both as boards & strips in thicknesses of 10 MM, 12 MM, 18 MM, 19 MM, 25 MM. Jolly Expansion Joint Filler displays excellent resistance to compression, with outstanding recovery characteristics.
    \n
    • \n
      \n
      • Joint fillers are relatively a compressed material so that it does not fail as the concrete grows around it and shrinks due to temperature change or movement. The joint fillers prevents untimely failure of the concrete structure. Following are the various types of joint filler materials as follows:Expansion joint bitumen mastic pads are commonly used in construction—especially in roads, bridges, and concrete structures—to accommodate thermal expansion and contraction. These pads offer several benefits. Here are the key advantages:\n1. Flexibility and Movement Accommodation\n
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          Bitumen mastic pads can absorb expansion and contraction movements in structures caused by temperature changes, shrinkage, or vibration.

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          Prevents cracking and structural damage by allowing movement at the joints.

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        \n2. Excellent Waterproofing\n
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          Bitumen is naturally waterproof, and the mastic form ensures a tight seal that prevents water ingress.

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          Protects the joint and surrounding structure from moisture, which is critical for longevity—especially in bridges and pavements.

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        \n3. Durability\n
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          High resistance to weathering, UV radiation, and aging.

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          Maintains elasticity and performance over time even under harsh environmental conditions.

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        \n4. Load Bearing\n
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          Mastic pads can bear moderate loads, making them suitable for areas subjected to traffic or structural pressure.

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          Provides cushioning and load transfer across jointed sections.

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        \n5. Ease of Installation\n
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          Can be preformed or poured in place.

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          No complex equipment needed; installation is relatively straightforward, which reduces labor costs.

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        \n6. Low Maintenance\n
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          Once installed, they typically require little to no maintenance over their lifespan.

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          Resistant to erosion and chemical attack from road salts and oils.

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        \n7. Cost-Effective\n
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          Compared to other expansion joint systems (like mechanical ones), bitumen mastic pads are more affordable.

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          Cost savings on both material and labor.

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        If you’re looking at a specific use case (like bridges, pavements, or buildings), I can tailor the pros to that context. Want to dive deeper?

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