About Silica Sleeve
Silica Sleeve
Filament Yarn Silica Braided Sleeving is silica tubing intended for use in high temperature applications as protection against weld splatter, fire, extreme heat and molten metal. Silica Braided Sleeving can withstand molten metal temperatures and equipment at continuous temperatures up to 1,100 degree C.
Silica Sleeving has a flexible weave that assures a"tight fit"over pipe, cable, hose, cord and tubing. Silica Sleeving is used as thermal protection or insulation over: electrical cables, power cords, water hoses, tubing and pipe. Silica sleeving is used extensively by the Power Generation, Refinery, Construction, Shipbuilding, Welding and Metal Processing Industries.
Continuous working temp.:1100 degree C
Short time working temp.:1400 degree C
Instant working temp.:1650 degree C
Features
Resists Penetration of Weld "Slag"
Fireproof.Compressible
Excellent Insulating Properties
Benefits
Protects Equipment in Welding Applications
Reduces Risk of "Hot Work"Fires
Great Gasket Seal in High Temperature Applications
Lower Utility Costs
Notes:
1. All Silica ropes have silicon dioxide content of 96%.
2. Silica ropes are made of amorphous silica, and contain no asbestos or ceramic fibers
Superior Thermal and Electrical ProtectionWith continuous use capabilities up to 1000C and peaks at 1600C, the Silica Sleeve demonstrates outstanding resistance to heat and flame. Its high dielectric strength ensures excellent insulation, making it the preferred choice for protecting cables and hoses exposed to extreme temperatures and demanding electrical requirements.
Versatile Sizing and Customizable OptionsAvailable in inner diameters ranging from 3 mm to 100 mm and thicknesses between 1 mm and 6 mm, the Silica Sleeve can be supplied in standard lengths of 10 or 20 meters, or tailored to specific customer needs. This flexibility ensures compatibility with a wide range of industrial applications and installation requirements.
FAQ's of Silica Sleeve:
Q: How does the Silica Sleeve enhance protection in high-temperature environments?
A: The Silica Sleeve is engineered with amorphous silica fibers, offering continuous protection up to 1000C and peak resistance up to 1600C. Its braided construction and non-flammable properties minimize the risk of fire, safeguard cables, and maintain insulation in furnace, foundry, and other demanding environments.
Q: What are the benefits of choosing a white, uncoated Silica Sleeve for wiring and cable protection?
A: The white, uncoated design prevents chemical reactions and contamination, while its high dielectric strength and flexibility facilitate easy installation. The sleeve's non-flammable and low water absorption characteristics ensure reliable performance without deterioration over time.
Q: Where can the Silica Sleeve be used effectively?
A: This sleeve is ideal for wiring protection in industries facing extreme heat, such as glass manufacturing, automotive, aerospace, foundries, and furnaces. Its robust construction and customizable sizes make it suitable for a diverse range of applications requiring excellent thermal and electrical insulation.
Q: When should a Silica Sleeve be selected over other insulating materials?
A: Choose a Silica Sleeve when you require superior thermal resistance, high tensile strength, and robust electrical insulation, especially in applications exposed to flame or extreme temperatures. It is preferred over standard materials for critical protection in high-risk industrial environments.
Q: What is the manufacturing process of the Silica Sleeve, and how does it contribute to its properties?
A: The Silica Sleeve is crafted from amorphous silica fibers using a precise braiding technique. This process guarantees excellent flexibility, heightened mechanical strength, and a consistent, close-fitting structure, enhancing both protective capability and durability.
Q: How does the sleeve's RoHS compliance benefit users?
A: RoHS compliance means the sleeve does not contain hazardous substances, making it environmentally safe and suitable for global markets. This assures users of its compatibility with international health and safety standards.