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A hydraulic oil suction hose is a specialized type of hose designed for the suction or intake of hydraulic fluids, such as hydraulic oil, from reservoirs, tanks, or other storage units. These hoses play a crucial role in hydraulic systems, allowing the transfer of hydraulic fluids for various applications in construction, industrial machinery, and other hydraulic systems. Here are key features and considerations for hydraulic oil suction hoses:


1. **Material and Construction:**

   - Hydraulic oil suction hoses are typically constructed with an inner tube made of oil-resistant synthetic rubber or a blend of rubber and other materials.

   - Reinforcement layers, such as high-strength textile or steel wire braids, provide structural integrity and resist collapse under vacuum conditions during suction.

   - The outer cover is designed to resist abrasion, weathering, and exposure to environmental conditions.


2. **Suction Capability:**

   - These hoses are specifically designed for suction applications, allowing them to draw hydraulic fluids from reservoirs or other sources into the hydraulic system.

   - The hoses must have a vacuum rating suitable for the intended suction conditions.


3. **Compatibility:**

   - Hydraulic oil suction hoses are compatible with various hydraulic fluids, including petroleum-based oils, synthetic oils, and some water-based hydraulic fluids.


4. **Pressure Ratings:**

   - The hoses are designed to withstand both the pressure and vacuum conditions associated with hydraulic systems. The pressure ratings depend on the specific application and size of the hose.


5. **Size and Diameter:**

   - Hydraulic oil suction hoses come in various sizes and diameters to accommodate different flow rates and hydraulic system requirements.


6. **Temperature Range:**

   - The hoses are designed to operate within a specified temperature range to ensure the hydraulic fluid remains within the proper viscosity range.


7. **Flexibility:**

   - Hydraulic oil suction hoses are flexible to accommodate movement and bending during operation.



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  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
  • Expansion Joint Mastic Pad
Expansion Joint Mastic Pad
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Expansion Joint Mastic Pad

Approx. Price: Rs 190 / PieceGet Latest Price
Product Brochure
Product Details:
Rubber TypeEPDM
Thickness10 mm
Tensile Strength12 Mpa
An expansion joint mastic pad, sometimes simply referred to as a mastic pad or expansion joint sealant, is a construction material used in various industries to fill expansion joints and provide a flexible, waterproof, and durable seal between two adjacent structural elements that may experience movement due to temperature fluctuations, settling, or other factors. These pads are commonly used in building construction, road and bridge infrastructure, and industrial applications to prevent water infiltration, maintain structural integrity, and accommodate movement.
Here are the key characteristics and functions of expansion joint mastic pads:
1. **Material Composition**: Mastic pads are typically made from a variety of materials, including bitumen, synthetic rubber, polymers, or a combination thereof. The specific composition depends on the intended application and the manufacturer's design.
2. **Flexibility**: These pads are highly flexible to accommodate the expansion and contraction of connected structural elements without compromising the seal. They can move with the joints and adapt to changes in shape and size.
3. **Waterproofing**: A primary function of mastic pads is to create a waterproof barrier between adjacent structures, preventing the infiltration of water, moisture, and other environmental elements that can lead to corrosion, deterioration, and structural damage.
4. **Adhesion**: Expansion joint mastic pads adhere securely to the surfaces they are applied to, ensuring a continuous and reliable seal. Some pads have adhesive properties on one or both sides to aid in installation.
5. **Temperature Resistance**: Mastic pads are designed to withstand a wide range of temperatures, from extreme cold to high heat, without losing their sealing properties. This is especially important in outdoor applications.
6. **Chemical Resistance**: They are often resistant to various chemicals, including salts, deicing agents, and other substances commonly encountered in construction and industrial settings.
7. **Ease of Installation**: Mastic pads are typically easy to install. They come in various forms, such as pre-formed sheets, rolls, or cartridges, making it possible to adapt them to the specific dimensions and requirements of the expansion joint.
8. **Durability**: These pads have a long service life, which helps ensure the longevity of the sealed expansion joints and reduces the need for frequent maintenance.
9. **Cost-Effective**: Expansion joint mastic pads are a cost-effective solution for sealing expansion joints compared to other methods, such as liquid sealants or complex mechanical systems.
10. **Safety**: Properly sealed expansion joints contribute to safety by preventing water infiltration, minimizing the risk of tripping hazards, and preserving the structural integrity of the connected elements.
The selection of the right type of expansion joint mastic pad depends on the specific project requirements, including the type of structures involved, the anticipated movement, and the environmental conditions. Proper installation and maintenance are crucial to ensuring the effectiveness of these pads in preserving the integrity and longevity of construction and industrial projects.

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