Basalt Fiber Roving
Basalt Fiber Roving

Basalt Fiber Roving

Price 1290.0 USD ($)/ Set

MOQ : 15 Sets

Basalt Fiber Roving Specification

  • Staple Length
  • Continuous
  • Color
  • brown
  • Elasticity
  • High
  • Elongation
  • 2.5-3.5%
  • Material
  • Basalt Fiber
  • Fiber Length
  • Continuous
  • Fineness (%)
  • 99%
  • Pattern
  • Roving
  • Use
  • Composite reinforcement, weaving, pultrusion, filament winding
  • Feature
  • High strength, corrosion resistance, heat resistance, non-conductive, eco-friendly
  • Filament Diameter
  • 13-19 m
  • Color
  • Natural Basalt (brown/grey)
  • Moisture Content
  • <0.1%
  • Tensile Strength
  • 3200 MPa
  • Linear Density
  • 600-4800 Tex
  • Melting Point
  • 1450C
  • Package Weight
  • 15-20 kg per roll
  • Operational Temperature
  • -200C to +800C
  • Electrical Conductivity
  • Non-conductive
  • Standard
  • GB/T 20264-2006 or customized
  • Compatibility
  • Epoxy, polyester, vinyl ester resins
 
 

About Basalt Fiber Roving

I. Basic Product Information /

Product Name: Basalt Fiber Yarn
Chinese Name:
Raw Material Source: Natural basalt ore, melted at high temperature and drawn into continuous fiber yarn
Main Classification: Basalt twisted yarn / Basalt untwisted roving / Basalt chopped yarn
Single Filament Diameter: 5.5m25m (customizable)
Linear Density Range: 11tex2400tex (various specifications available)
Execution Standard: National industry standard, compliant with industrial composite material quality specifications, stable batch consistency
HS Code: 68159990
Declaration Keywords: Inorganic basalt fiber yarn, high-strength reinforced fiber, non-toxic, environmental-friendly, non-flammable, industrial composite raw material

II. Physical and Chemical Properties /

Basalt fiber yarn is a high-performance inorganic environmentally friendly fiber made from pure natural basalt stone through high-temperature melting, wire drawing, stranding and twisting. It presents uniform dark bronze color, smooth yarn formation, stable texture and no impurity particles. It integrates high strength, high temperature resistance, corrosion resistance and insulation performance, with superior comprehensive properties than glass fiber and ordinary chemical fiber.
  • Tensile Strength: 35004800MPa, higher than steel fiber and aramid fiber, excellent reinforcement effect
  • Elastic Modulus: Up to 90GPa, good rigidity and anti-creep performance
  • Service Temperature Range: -200700 long-term stable use; instantaneous temperature resistance up to 1300
  • Chemical Stability: Excellent resistance to acid, alkali, salt spray and seawater erosion; low strength attenuation in harsh marine and saline-alkali environments
  • Insulation Performance: Stable dielectric property, good electrical insulation and anti-electromagnetic interference capability
  • Odor & Safety: Odorless, non-toxic, asbestos-free, non-combustible, fully eco-friendly inorganic material
  • Aging Resistance: Strong UV resistance and weather resistance, theoretical service life up to 250 years

III. Product Classification & Specifications /

According to processing technology and application scenarios, basalt fiber yarn is mainly divided into three categories, covering weaving, winding, pultrusion, reinforcement and other processes:
  • Twisted Textile Yarn / : Finely twisted with tight and stable yarn structure, wear-resistant and not easy to loose. Single filament 11m, good spinnability, suitable for weaving fireproof cloth, heat insulation fabric, protective textiles and high-precision composite materials.
  • Untwisted Roving / : Loose fiber bundle structure, good resin penetration, high bonding strength with matrix. Widely used for winding, pultrusion, hand lay-up process, suitable for pipeline anticorrosion, structural reinforcement and composite profiles.
  • Chopped Yarn / : Cut into fixed lengths (6mm100mm) with surface coupling agent treatment. Uniform dispersion, used for cement, concrete, asphalt modification and plastic reinforcement to improve toughness and fatigue resistance.

IV. Core Product Advantages /

  • Ultra-high Mechanical Properties: Higher specific strength and specific modulus than traditional glass fiber, effectively reducing structural weight while improving overall strength and impact resistance.
  • Extreme Temperature Resistance: No softening, no deformation, no strength loss under long-term high-temperature environment; still maintains stable toughness in ultra-low temperature environment, suitable for extreme working conditions.
  • Super Corrosion Resistance: Far superior to glass fiber in alkali and salt resistance. It can resist long-term erosion of seawater, saline-alkali soil and industrial corrosive liquid, solving the aging and damage problems of traditional reinforcing materials in harsh environments.
  • Flame Retardant & Heat Insulation: Naturally non-combustible, excellent heat insulation and smoke suppression performance, ideal material for fire prevention, heat insulation and thermal protection fields.
  • Insulation & Noise Reduction: Stable dielectric insulation performance, excellent sound absorption and vibration reduction effect, suitable for electrical insulation and building noise reduction scenarios.
  • Green & Eco-friendly: Made of natural mineral raw materials, no harmful substances, no asbestos, low-carbon production process, recyclable and compliant with global environmental protection standards.
  • Good Compatibility: After professional surface treatment, it has excellent bonding compatibility with epoxy resin, polyester resin, cement, asphalt and other matrices, with stable composite performance and no peeling or layering.

V. Main Application Fields /

Basalt fiber yarn is a new generation of high-performance reinforcing material, widely used in military industry, aerospace, new energy, construction, marine engineering, fire protection and insulation industries:
  1. Construction & Infrastructure Engineering: Reinforcement and anti-cracking modification of concrete, cement and asphalt pavement; bridge, tunnel and road anti-fatigue and anti-aging reinforcement.
  2. Marine & Chemical Industry: Anticorrosive reinforcement of marine pipelines, offshore platforms, ship hull structures, chemical storage tanks and corrosive equipment, adapting to high salt spray and high humidity environments.
  3. Fireproof & Thermal Insulation Industry: Weaving fireproof cloth, high-temperature protective clothing, thermal insulation felt, fire curtain and furnace insulation materials, used for industrial high-temperature protection and building fire protection.
  4. New Energy & Electrical Insulation: Wind turbine blade reinforcement, electrical equipment insulation parts, high-temperature resistant insulating materials, battery structural reinforcement components.
  5. Aerospace & Military Industry: Lightweight structural reinforcement, high-temperature and impact-resistant composite parts, special protective equipment materials.
  6. Transportation Industry: High-speed rail, automobile and vehicle lightweight composite parts, brake friction materials, vibration reduction and noise reduction components.

VI. Production Technology & Quality Control /

The product is made of high-purity natural basalt ore, through high-temperature melting at 1500+, precise wire drawing, stranding, twisting, surface coupling agent treatment, constant-temperature drying and precise sorting. The whole process adopts automated production to ensure uniform yarn count, stable tension and consistent filament dispersion. All products are inspected for tensile strength, temperature resistance, corrosion resistance and surface adhesion to ensure full compliance with industrial high-standard application requirements, with low batch difference and high stability.
1500

VII. Packaging, Storage & Transportation /

  • Packaging Specification: Standard bobbin yarn or cone yarn packaging, with internal moisture-proof film and external carton packaging. Customized packaging and weight specifications are available according to customer requirements.
  • Storage Conditions: Store in a dry, cool and ventilated warehouse, avoid long-term humid environment and heavy extrusion, keep sealed and moisture-proof, and the shelf life is long under standard storage conditions.
  • Transportation Requirements: Ordinary industrial goods, non-dangerous goods, non-flammable and non-explosive. Avoid severe extrusion, friction and rain soaking during transportation, and handle gently to protect yarn structure.

VIII. Product Advantages Summary /

Basalt fiber yarn integrates high strength, high temperature resistance, corrosion resistance, flame retardancy, insulation and environmental protection. It overcomes the defects of easy aging, poor corrosion resistance and low temperature resistance of traditional glass fiber and organic fiber. With long service life and excellent comprehensive cost performance, it has become the preferred upgraded reinforcing material for composite materials, infrastructure anticorrosion, fire insulation and new energy lightweight fields, and is widely recognized and applied in global high-end industrial markets.


Exceptional Performance for Composite Reinforcement

Basalt Fiber Roving stands out due to its remarkable strength and extensive temperature tolerance. Its continuous fiber structure ensures reliable reinforcement in numerous industrial applications, providing durability alongside impressive elongation and elasticity. With a high degree of fineness and corrosion resistance, this eco-friendly material is suitable for demanding environments.


Versatile Compatibility and Uses

These rovings integrate effortlessly with various resin systems, including epoxy, polyester, and vinyl ester. They are engineered for use in reinforcement, weaving, pultrusion, and filament winding processes, making them ideal for manufacturing advanced composite materials, reinforcing structures, and specialized technical textiles.

FAQ's of Basalt Fiber Roving:


Q: How is basalt fiber roving used in composite reinforcement applications?

A: Basalt fiber roving is typically incorporated into composite materials by processes such as weaving, pultrusion, or filament winding. Its continuous fiber length and high strength enhance the mechanical properties of the finished products, making it ideal for structural reinforcement in automotive, construction, and aerospace industries.

Q: What are the main benefits of using basalt fiber roving over other reinforcement materials?

A: Basalt fiber roving offers outstanding tensile strength, high elasticity, and extraordinary resistance to heat and corrosion. It is non-conductive and more eco-friendly compared to some alternatives, providing durable and long-lasting reinforcement in extreme conditions.

Q: When should I choose basalt fiber roving for my project?

A: Basalt fiber roving is the right choice when projects demand high strength, resistance to heat and chemicals, and non-conductivity. It is especially suitable for applications such as high-performance composites, fire-resistant panels, and infrastructure reinforcements where durability and environmental safety are essential.

Q: Where can basalt fiber roving be sourced or supplied?

A: Basalt fiber roving can be sourced directly from manufacturers, exporters, or specialized suppliers that adhere to quality standards like GB/T 20264-2006. It is available globally and can often be customized for specific requirements.

Q: What processes are suitable for working with basalt fiber roving?

A: Basalt roving is suitable for a range of composite fabrication processes. Common methods include weaving into fabrics, pultrusion for profiles and rods, and filament winding for tubes and pressure vessels, ensuring flexibility in its industrial usage.

Q: How compatible is basalt fiber roving with different resin systems?

A: Basalt fiber roving is highly compatible with epoxy, polyester, and vinyl ester resins. This versatility allows it to integrate seamlessly into various composite matrix systems, enhancing product strength and longevity.

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