Application of Cement Hose: Cement Feeding Rubber Hose is used for spraying cement grout at irrigation projects, buildings, dams, sites, dams, bridges and roads in the hilly terrains.
Construction:
Lining: It is a uniform, seamless and extra thick tube of natural, synthetic and blend rubber compound. It offers excellent abrasion resistance which is free from air blisters, porosity and other defects.
Reinforcement: Woven textiles or braided high strength natural/ synthetic yarns that are impregnated by piles of rubber
Cover: It is a suitable rubber compound having a cloth marked finish making it weather and abrasion resistant.
Electrical Bonding: To provide electrical continuity throughout the length of the hose, a stand of copper wire is embedded in the reinforcement plies.
As per IS: IS: 13071-1991 Specification
Construction
Core: Black colour, Synthetic and natural rubber blend resistant to abrasion
Reinforcement: High Tensile Synthetic Textile cord
Cover: Black colour, Synthetic rubber resistant to ozone, weather and abrasion
Application: ;For Cement/ Plaster/ Sand placement in construction industry
S.No | Description | Max Length |
---|---|---|
1 | 3” (75mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 15 Mtr |
2 | 4” (100mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 15 Mtr |
3 | 5” (125mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 15 Mtr |
4 | 6” (150mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 15 Mtr |
5 | 8” (200mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 06 Mtr |
6 | 10” (250mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 06 Mtr |
7 | 12” (300mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 06 Mtr |
8 | 14” (300mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 05 Mtr |
9 | 16” (300mm)ID x 5Mtr (LG) with Both End MS Flange as per ASA 150# | 05 Mtr |
Minimum Order Quantity | 3 Meter |
Size | 4 inch |
Size/Diameter | 3 inch |
Length | 5 m |
Color | Black |
Working Pressure | 10 Bar |
Country of Origin | Made in India |
Minimum Order Quantity | 5 Meter |
Length | 6m |
Color | Black |
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Minimum Order Quantity | 5 Meter |
Length | 6m |
Layers | 3 to 6 |
Packaging Type | packing in Coil and Strenght |
Pattern | Corrugated and Plain top |
Working Pressure | 10 Bar |
Country of Origin | Made in India |
Minimum Order Quantity | 500 Meter |
Country of Origin | Made in India |
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Minimum Order Quantity | 5 Meter |
Size/Diameter | 4 inch |
Length | 6m |
Layers | 4 |
Packaging Type | 4 |
Pattern | Corrugate and Plain Top |
Working Pressure | 10 Bar |
Shape | Round |
Country of Origin | Made in India |
Application of Cement Hose: Cement Feeding Rubber Hose is used for spraying cement grout at irrigation projects, buildings, dams, sites, dams, bridges and roads in the hilly terrains.
Construction:
Lining: It is a uniform, seamless and extra thick tube of natural, synthetic and blend rubber compound. It offers excellent abrasion resistance which is free from air blisters, porosity and other defects.
Reinforcement: Woven textiles or braided high strength natural/ synthetic yarns that are impregnated by piles of rubber
Cover: It is a suitable rubber compound having a cloth marked finish making it weather and abrasion resistant.
Electrical Bonding: To provide electrical continuity throughout the length of the hose, a stand of copper wire is embedded in the reinforcement plies.
As per IS: IS: 13071-1991 Specification
Construction
Core: Black colour, Synthetic and natural rubber blend resistant to abrasion
Reinforcement: High Tensile Synthetic Textile cord
DimensionMinimum Order Quantity | 5 Meter |
Layers | d to 6 |
Pattern | Plain top and Corrugatged |
Working Pressure | 10 Bar |
Country of Origin | Made in India |
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Minimum Order Quantity | 5 Meter |
Length | 6m |
Color | Black |
Layers | Fly ash rubber hoses are typically constructed with multiple layers to ensure durability, flexibilit |
Packaging Type | The packaging type of fly ash rubber hoses can vary depending on the manufacturer, the length of the |
Pattern | As of my last update in September 2021, fly ash rubber hoses typically have a smooth inner surface a |
Working Pressure | 10 Bar |
Country of Origin | Made in India |
Application of Cement Hose: Cement Feeding Rubber Hose is used for spraying cement grout at irrigation projects, buildings, dams, sites, dams, bridges and roads in the hilly terrains.
Construction:
Lining: It is a uniform, seamless and extra thick tube of natural, synthetic and blend rubber compound. It offers excellent abrasion resistance which is free from air blisters, porosity and other defects.
Reinforcement: Woven textiles or braided high strength natural/ synthetic yarns that are impregnated by piles of rubber
Cover: It is a suitable rubber compound having a cloth marked finish making it weather and abrasion resistant.
Electrical Bonding: To provide electrical continuity throughout the length of the hose, a stand of copper wire is embedded in the reinforcement plies.
As per IS: IS: 13071-1991 Specification
Construction
Core: Black colour, Synthetic and natural rubber blend resistant to abrasion
Reinforcement: High Tensile Synthetic Textile cord
Dimension*Your information is safe with us.
Abrasion-Resistant Construction: The Fly Ash Rubber Hose is constructed with abrasion-resistant rubber compounds or synthetic materials. This robust construction is specifically designed to withstand the abrasive nature of fly ash, preventing premature wear and ensuring a longer service life.
Reinforcement for Strength: The hose is reinforced with layers of high-strength materials, such as textile or steel wire braids, to enhance its structural integrity. This reinforcement provides added strength, flexibility, and resistance to pressure, allowing the hose to withstand the demanding conditions of fly ash transfer.
Smooth Interior Surface: The interior surface of the hose is engineered to be smooth, minimizing friction and reducing the likelihood of material buildup or blockages during the transfer of fly ash. This design ensures a continuous and efficient flow, contributing to the overall effectiveness of material handling processes.
Static Conductivity: In applications involving the transport of fly ash, which can be prone to static electricity buildup, our hose may include static-conductive features. This helps dissipate static charges, reducing the risk of sparks and enhancing safety during material transfer.
Temperature Resistance: Our Fly Ash Rubber Hose is designed to withstand a wide range of temperatures, accommodating the elevated temperatures often associated with fly ash handling processes. This resistance ensures consistent performance in diverse operating conditions.
Flexibility and Bend Radius: Despite its robust construction, the hose remains flexible, allowing for easy handling and maneuverability. The optimized bend radius ensures that the hose can navigate through tight spaces, providing flexibility in various industrial setups.
Compatibility with Couplings: The hose is designed to be compatible with a variety of couplings for easy and secure connections. This ensures a reliable and leak-free transfer of fly ash, contributing to the efficiency of material handling operations.
Application Versatility: Our Fly Ash Rubber Hose is suitable for a range of industrial applications beyond fly ash, including the transfer of other abrasive materials such as cement, sand, gravel, and more. This versatility makes it a valuable asset in diverse material handling operations.
High-Quality Rubber Construction: The hose is crafted from premium-grade rubber or synthetic elastomers, ensuring superior flexibility, resistance to abrasion, and durability. This robust construction is specifically designed to withstand the abrasive nature of cement and other materials commonly used in construction.
Reinforcement for Strength: To enhance its structural integrity, the hose is reinforced with layers of high-strength materials, such as textile or steel wire braids. This reinforcement provides additional strength, flexibility, and resistance to pressure, allowing the hose to withstand the demanding conditions of cement transfer.
Camlock Fittings for Quick Connections: Equipped with Camlock fittings, our rubber hose facilitates rapid and secure connections without the need for tools. The Camlock mechanism allows for swift engagement and disengagement, streamlining the setup and disassembly processes in cement transfer systems.
Abrasion-Resistant Design: The rubber hose is specifically designed to resist abrasion caused by the movement of abrasive materials like cement. This feature minimizes wear and tear, extending the service life of the hose and reducing the need for frequent replacements.
Smooth Interior Surface: The interior surface of the hose is engineered to be smooth, minimizing friction and allowing for efficient material flow. This design ensures a continuous and smooth transfer of cement, preventing clogging or blockages during the process.
Flexibility and Bend Radius: Despite its robust construction, the hose remains flexible, allowing for easy handling and maneuverability. The optimized bend radius ensures that the hose can navigate through tight spaces, providing flexibility in various industrial setups.
Pressure and Temperature Ratings: Our Cement Feeding Rubber Hose is designed to handle high-pressure requirements and varying temperatures commonly encountered in cement transfer applications. This ensures reliable performance in diverse operating conditions.
Resistance to Environmental Factors: The rubber material is engineered to resist degradation from exposure to environmental elements, UV radiation, and fluctuations in temperature. This resistance enhances the durability of the hose, ensuring consistent performance over time.
*Your information is safe with us.
High-Quality Rubber Construction: The hose is crafted from premium-grade rubber or synthetic elastomers, ensuring superior flexibility, resistance to abrasion, and durability. This robust construction is specifically designed to withstand the abrasive nature of cement and other materials commonly used in construction.
Reinforcement for Strength: To enhance its structural integrity, the hose is reinforced with layers of high-strength materials, such as textile or steel wire braids. This reinforcement provides additional strength, flexibility, and resistance to pressure, allowing the hose to withstand the demanding conditions of cement transfer.
Camlock Fittings for Quick Connections: Equipped with Camlock fittings, our rubber hose facilitates rapid and secure connections without the need for tools. The Camlock mechanism allows for swift engagement and disengagement, streamlining the setup and disassembly processes in cement transfer systems.
Abrasion-Resistant Design: The rubber hose is specifically designed to resist abrasion caused by the movement of abrasive materials like cement. This feature minimizes wear and tear, extending the service life of the hose and reducing the need for frequent replacements.
Smooth Interior Surface: The interior surface of the hose is engineered to be smooth, minimizing friction and allowing for efficient material flow. This design ensures a continuous and smooth transfer of cement, preventing clogging or blockages during the process.
Flexibility and Bend Radius: Despite its robust construction, the hose remains flexible, allowing for easy handling and maneuverability. The optimized bend radius ensures that the hose can navigate through tight spaces, providing flexibility in various industrial setups.
Pressure and Temperature Ratings: Our Cement Feeding Rubber Hose is designed to handle high-pressure requirements and varying temperatures commonly encountered in cement transfer applications. This ensures reliable performance in diverse operating conditions.
Resistance to Environmental Factors: The rubber material is engineered to resist degradation from exposure to environmental elements, UV radiation, and fluctuations in temperature. This resistance enhances the durability of the hose, ensuring consistent performance over time.
Color | Black |
High-Quality Rubber Construction: The hose is crafted from premium-grade rubber or synthetic elastomers, ensuring superior flexibility, resistance to abrasion, and durability. This robust construction is specifically designed to withstand the abrasive nature of cement and other materials commonly used in construction.
Reinforcement for Strength: To enhance its structural integrity, the hose is reinforced with layers of high-strength materials, such as textile or steel wire braids. This reinforcement provides additional strength, flexibility, and resistance to pressure, allowing the hose to withstand the demanding conditions of cement transfer.
Camlock Fittings for Quick Connections: Equipped with Camlock fittings, our rubber hose facilitates rapid and secure connections without the need for tools. The Camlock mechanism allows for swift engagement and disengagement, streamlining the setup and disassembly processes in cement transfer systems.
Abrasion-Resistant Design: The rubber hose is specifically designed to resist abrasion caused by the movement of abrasive materials like cement. This feature minimizes wear and tear, extending the service life of the hose and reducing the need for frequent replacements.
Smooth Interior Surface: The interior surface of the hose is engineered to be smooth, minimizing friction and allowing for efficient material flow. This design ensures a continuous and smooth transfer of cement, preventing clogging or blockages during the process.
Flexibility and Bend Radius: Despite its robust construction, the hose remains flexible, allowing for easy handling and maneuverability. The optimized bend radius ensures that the hose can navigate through tight spaces, providing flexibility in various industrial setups.
Pressure and Temperature Ratings: Our Cement Feeding Rubber Hose is designed to handle high-pressure requirements and varying temperatures commonly encountered in cement transfer applications. This ensures reliable performance in diverse operating conditions.
Resistance to Environmental Factors: The rubber material is engineered to resist degradation from exposure to environmental elements, UV radiation, and fluctuations in temperature. This resistance enhances the durability of the hose, ensuring consistent performance over time.
*Your information is safe with us.