Silica Round Braided Rope

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Silica Round Braided Rope Specification

Coating Type
Uncoated

Thermal Conductivity
Low thermal conductivity

Shape
Round braided rope

Temperature
Up to 1000C

Thickness
Varied thickness based on specifications

Density
Gram per cubic centimeter(g/cm3)

Usage & Applications
Used in furnace doors kilns high-temperature gaskets and other industrial applications requiring thermal resistance.

Material
Silica

Application
High-temperature insulation and sealing

Technique
Braided

Surface Treatment
None

Dimension (L*W*H)
Custom Length Width not applicable Height standard

About Silica Round Braided Rope

Silica Round Braided Rope

Silica Round Braided Ropes are used primarily as packing for high temperature sealing applications. Silica Ropes withstand extreme temperatures up to 1,100 degree C and are used as tadpole tape cores, furnace door gaskets, high temperature caulking, and coke oven door seals. Silica ropes are used extensively by the Power Generation, Furnace, Oven, Refinery, Construction, Shipbuilding, Welding and Metal Processing Industries

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 Resistance

The Silica Round Braided Rope is designed to withstand extreme heat, tolerating temperatures up to 1000C. Its low thermal conductivity helps contain and manage heat effectively in demanding environments, ensuring operational efficiency and protecting sensitive equipment.

Customizable for Diverse Needs

Available in varied thicknesses and custom lengths, this rope accommodates a wide range of industrial requirements. The flexibility of dimensions means it can be tailored to fit specific insulation and sealing challenges in furnaces, kilns, and high-temperature gaskets.

Industrial-Grade Construction

Constructed using advanced braiding techniques with pure silica fibers, the rope offers durability and strong resistance to chemical and thermal degradation. It is supplied uncoated for maximum material integrity-making it a trusted choice for industrial users across China and internationally.

FAQ's of Silica Round Braided Rope:

Q: How is Silica Round Braided Rope typically used in industrial settings?

A: Silica Round Braided Rope is commonly utilized for thermal insulation and sealing in high-temperature applications such as furnace doors, kilns, and industrial gaskets. Its shape and material properties make it ideal for creating tight thermal barriers.

Q: What benefits does low thermal conductivity provide for this rope?

A: Low thermal conductivity ensures minimal heat transfer, meaning it effectively contains heat within the application, protects adjacent components, and enhances energy efficiency in industrial operations.

Q: When should you consider using Silica Round Braided Rope over other materials?

A: This silica rope should be selected when your application involves continuous exposure to temperatures up to 1000C and demands robust thermal insulation and sealing performance, especially where other materials may degrade.

Q: Where can you source Silica Round Braided Rope in China?

A: It is widely available from distributors, suppliers, manufacturers, exporters, and traders throughout China, offering flexibility for bulk orders and custom specifications.

Q: What is the manufacturing process for this silica rope?

A: The rope is produced by braiding high-purity silica fibers into a round, robust profile. The braiding technique enhances both strength and flexibility, ensuring it can handle demanding installation environments.

Q: How does uncoated construction impact the rope's performance?

A: An uncoated surface preserves the purity and integrity of the silica fibers, ensuring reliable thermal resistance and chemical stability, which are crucial for many industrial and high-temperature applications.

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