Porwal Industries

At continuous operating temperatures of 2300°F (1260°C) with peak temperatures to 3000°F (1650°C), extremely flexible Silica sleeve will resist molten metal splashing, welding splatter, direct flame impact and are resistant to thermal shock

Additional Information:

• Delivery Time: AS PER ORDER

Glass Fiber Sleeve is knitted from texturized e-glass fiber yarn on specialized braiders. Sleeve is suitable for temperatures upto 550 Deg C, for covering pipelines carrying high temperature gases or liquids. It serves as a heat loss minimizing agent and also helps in providing protection to a person if he or she comes in contact with the hot surface unintentionally.

Non itchy Aluminized Fiberglass Sleeve are braided by texturized E-glass fiber yarn is designed as a replacement for Asbestos / Ceramic Sleeve has no known hazard towards environments. Designed to expand and contract, these extremely flexible Tetraglass sleeves (E-type) can withstand continuous exposure of 1200°F / 650°C, has low thermal conductivity coefficient and are completely non-combustible. They are widely used as Heat Insulation Pads on Pipe wrap and can also be used for industrial ovens, furnaces, boilers and wood burning stoves, crucible packing and pollution control equipment; high temperature tying and lacing cords; and tadpole tape / gasket core ropes.The basic fiber is manufactured in accordance with specifications outlined in ASTM D-578, ASTM committee D13, and subcommittee D13 1B.

Additional Information:

• Production Capacity: 1000 MTR / MTH

Manufacturering Extremely Flexible Cable Protection Sleeve can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

Manufacturering Extremely Flexible Pipe Insuation Seeve can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

Flexible Fire Sleeve Hose can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation

Additional Information:

• Item Code: Porwal
• Production Capacity: 10000/per month
• Delivery Time: 7 working
• Packaging Details: Round packaging or rectangle. as per client demand

We are known in the industry for consistently providing a premium quality range of Silicon Cable Hose Protection Sleeves.

Fabric Expansion Joints can be supplied in single or multi-layered form as required for the application and is assembled from a wide range of technically advanced and high-performance fabrics. We also custom design Expansion Joints to meet the client's size and heating requirements. The technical parameters of the fabric expansion joint depend upon the fabric materials used for its assembly. Applications: It finds wide application in industries such as in Heating & Ventilation systems, vibrating conveyor systems, air & flue gas systems as found in power plants, gas turbine, large ducting system, bend in elbows etc.We are also Exporting to Middle East Countries, African Countries & European Countries 

Manufacturering Extremely Flexible Protective Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

These Sleeves are roughly textured and are made from Sleeves Woven incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation. These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs. When exposed to flame, the silicone rubber transforms into a crust, creating a protective SiO2 refractory layer thus providing effective protection against burns from hot hoses and flexible steamlines, while reducing heat energy losses

Insulation Sleeve a Hook and Loop Closure can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). Its unique Hook and Loop Closure allows application in-situ without the need to dismantle and reconnect fittings and terminations. Repair of existing installations is performed with a minimum of labor and downtime. These Sleeves are roughly textured and are made from Sleeves Woven incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation

Flexible Protective Sleeve can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation

At continuous operating temperatures of 2300°F (1260°C) with peak temperatures to 3000°F (1650°C), extremely flexible Silica sleeving will resist molten metal splashing, welding splatter, direct flame impact and are resistant to thermal shock

Silica Sleeves are primarily used as the thermal protection of circular items, these sleeves can be applied in aerospace (gas turbine and rocket engines), metallurgical, nuclear power, electricity generation, petrochemical industries, etc. for example, tube seals, high temperature gaskets, heaters, reformers, turbine exhaust, boilers, thermocouple wire, etc. Supporting continuous operating temperatures of 2300°F (1260°C) with peak temperatures to 3000°F (1650°C), extremely flexible silica sleeves will resist molten metal splashing, welding splatter, direct flame impact and are resistant to thermal shock. Besides these excellent qualities, Silica Sleeves are highly resistant to corrosion and deterioration caused by chemicals, have good electrical insulation capabilities and remain flexible and drapable at high temperatures.

Porwal industries manufacure silica sleeve used for protection of high temperature which can withstand upto 1260 Deg C.                            These sleeves are used for the protection of hoses, cable insulators & controller.

Additional Information:

• Delivery Time: 4 working days

Manufacturering Extremely Flexible Cable Protection Sleeve can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

Extremely Flexible Heat Reflective Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

Extremely Flexible Reusable Heat Protection Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

Non itchy Aluminized Heat Protection  Sleeve are braided by texturized E-glass fiber yarn is designed as a replacement for Asbestos / Ceramic Sleeve has no known hazard towards environments. Designed to expand and contract, these extremely flexible Tetraglass sleeves (E-type) can withstand continuous exposure of 1200°F / 650°C, has low thermal conductivity coefficient and are completely non-combustible. They are widely used as Heat Insulation Pads on Pipe wrap and can also be used for industrial ovens, furnaces, boilers and wood burning stoves, crucible packing and pollution control equipment; high temperature tying and lacing cords; and tadpole tape / gasket core ropes.The basic fiber is manufactured in accordance with specifications outlined in ASTM D-578, ASTM committee D13, and subcommittee D13 1B.

Aluminized Silica Sleeve will reflect up to 95% of heat, with no organic flame contribution and provides a tough, impermeable, heat reflective coating that allows the silica fabric to be used in a variety of demanding applications Aluminized Silica Sleeve is specifically designed for protective apparel and shields used in environments that pose serious fire risk or safety hazards associated with hot works or radiant heat sources. The base silica fabric will supporting continuous operating temperatures of 2300°F (1260°C) with peak temperatures to 3000°F (1650°C). Although the aluminum layer is considered to be sacrificial at temperatures above 600°C the aluminum will withstand continuous operating temperatures in the 315°C range with no significant degradation. However, long term exposure at temperatures above 315°c will ultimately degrade the adhesive used to laminate the aluminum to the cloth substrate.

Flexible Heat Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation

Flexible Heat Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation

Flexible Heat Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation

Insulation Openable and reusable protection Sleeve a Hook and Loop Closure can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). Its unique Hook and Loop Closure allows application in-situ without the need to dismantle and reconnect fittings and terminations. Repair of existing installations is performed with a minimum of labor and downtime. These Sleeves are roughly textured and are made from Sleeves Woven incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation. These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs. When exposed to flame, the silicone rubber transforms into a crust, creating a protective SiO2 refractory layer thus providing effective protection against burns from hot hoses and flexible steamlines, while reducing heat energy losses

Our Cable Covers are available to protect the heating cable from slag and molten metal created during welding.

Specifications :-

• The preheat covers are easy to install and can withstand temperatures up 1650°C.

PORWAL INDUSTRIES manufacturers Extremely Flexible Heat Sleeves can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation. When exposed to flame, the silicone rubber transforms into a crust, creating a protective SiO2 refractory layer thus providing effective protection against burns from hot hoses and flexible steamlines, while reducing heat energy losses

Flexible Braided Sleeves with silicon coating can withstand repeated exposures to molten steel, molten aluminum and molten glass up to 3000°F (1650°C). These specially designed compound sheds molten metal splash immediately, so very little heat transfer occurs.These Sleeves are roughly textured and are made from Sleeves Woven from incombustible Knitted E-type Fiber glass yarns with diagonally chequered air gaps of 5 mm at distance every 3mm providing self-cooling in a flexible substrate and are covered in a thick layer of red silicone rubber which provides a high level of heat and fire insulation.

Porwal industries manufacture high temperature pipe insulation sleeve ranging from 50 deg C to 1650 deg C, We customized these sleeve as per clients need & requirements. 

Additional Information:

• Delivery Time: 7 working days