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Basalt Fiber Knitted Rope

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Basalt Fiber Knitted Rope Specification

Glass Type
Continuous Basalt Filament

Shape
Round Rope

Thermal Conductivity
0.032-0.038 W/mK

GSM
300600 GSM

Usage & Applications
Industrial Gasket, High-temperature seals, Furnace, Chimney, Exhaust insulation

Density
2.65 Gram per cubic centimeter(g/cm3)

Temperature
Up to 800C

Thickness
3 mm, 5 mm, Custom

Material
Basalt Fiber

Application
Insulation, Fire protection, Heat resistant sealing

Technique
Knitted

Surface Treatment
Untreated

Dimension (L*W*H)
Custom sizes available

Flexibility
High

Water Absorption
< 0.1%

Tensile Strength
>1200 MPa

Chemical Resistance
Resistant to acids and alkalis

Melting Point
1450°C

Fire Resistance
Excellent, Non-combustible

Packaging Type
Coil, Reel

Color
Natural Brown/Gold

Standards
EN ISO 14021 / ASTM D578

Elongation at Break
2.8%

About Basalt Fiber Knitted Rope

Basalt Fiber Knitted Rope

Produced of bulk texturized basalt yarns, traps greater amounts of air and demonstrates better insulation properties and greater fullness
An alternative to asbestos based textiles
It will not burn, rot, mildew or deteriorate and resist most acids.
It has low coefficient of thermal expansion
Used at 1200 degree F/ 648 degree C continuous, maintains integrity at temperatures up to 1800 degree F/ 982 degree C

Common applications including

Specification1200 F / 648C: Basalt Knitted Rope

Part number	Diameter(mm)	Weight(g/m)	Roll length(m)
WBR503	3	9	200
WBR504	4	12	150
WBR505	5	19	100
WBR506	6	25	100
WBR508	8	45	100
WBR510	10	68	100
WBR512	12	90	50
WBR515	15	170	50
WBR518	18	215	50
WBR520	20	275	50
WBR525	25	395	50

Versatile Industrial Insulation Rope

The Basalt Fiber Knitted Rope stands out due to its high flexibility, exceptional fire resistance, and robust tensile strength. It is engineered for demanding environments requiring heat-resistant seals, such as furnaces, industrial gaskets, and chimneys. Its continuous basalt filament composition ensures excellent performance even under prolonged exposure to high temperatures and harsh chemicals.

Unmatched Durability and Chemical Resistance

This rope's resistance to acids and alkalis makes it ideal for challenging industrial settings where chemical exposure is frequent. With low water absorption and untreated surface, it maintains its integrity and structure, even in moist or corrosive atmospheres. Its natural color and custom sizing make it adaptable to varied applications and installation requirements.

FAQ's of Basalt Fiber Knitted Rope:

Q: How is Basalt Fiber Knitted Rope used in industrial applications?

A: Basalt Fiber Knitted Rope is commonly utilized for insulation, fire protection, and high-temperature sealing in industries. Its excellent fire resistance and high tensile strength make it suitable for furnace lining, chimney wraps, exhaust insulation, and industrial gaskets.

Q: What benefits does the rope's chemical resistance provide?

A: The rope's resistance to acids and alkalis ensures longevity and reliability in corrosive environments. This makes it a preferred choice for installations where exposure to chemicals could compromise other insulating materials.

Q: When should I choose Basalt Fiber Knitted Rope over other insulation ropes?

A: This rope is ideal when you require high tensile strength, flexibility, non-combustible properties, and resistance to temperatures up to 800C. It excels particularly in environments demanding both fire resistance and chemical durability.

Q: Where is this rope typically installed?

A: Basalt Fiber Knitted Rope is commonly installed in furnaces, chimneys, industrial exhaust systems, and as high-temperature seals or gasketing material in factories, power plants, and processing facilities.

Q: What process is used to manufacture the rope's durable structure?

A: The rope is created using a knitting technique with continuous basalt filaments, resulting in a highly flexible, robust, and consistent round rope suitable for demanding uses.

Q: How does its low water absorption enhance performance?

A: With water absorption of less than 0.1%, the rope resists degradation and maintains insulating properties even in humid or wet conditions, ensuring sustained effectiveness throughout its life cycle.

Q: What are the advantages of having custom sizes and thicknesses available?

A: Custom dimensions enable precise fitting and optimal insulation performance for diverse applications, reducing installation challenges and enhancing efficiency in both standard and unique industrial settings.

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