Basalt Fiber

Your Professional Basalt Fiber Supplier

 

Our goal is to become your true partner in the field of basalt fiber in China. Qinyuan County Fuda New Materials Import and Export Co., Ltd. is an integrated industry and trade enterprise specializing in the sales and export of zirconium sandblasting and grinding series materials. The company has formed partnerships with well-known domestic enterprises to promote the application, technical services, and product sales of basalt fiber filaments and series products. With competitive prices and guaranteed product quality, it is a good choice for your long-term cooperation.

 

Why choose us

 

Our certificates
Our factory has passed ISO9001:2015 standard quality management system certification and ISO14001:2015 environmental management system certification, AAA credit rating.


Product Application
We provide domestic and foreign customers with various zirconium series products required for sandblasting and grinding, as well as various basalt fiber filaments and their products required in the fields of construction, aerospace, etc.


Production Equipment
The factory's equipment includes: high-temperature arc furnace, special transformer, bag dust collector, air compressor, cyclone cooler, batching system, water circulation system, gravity separator, screening machine, feeder, elevator, dry cleaning machine, particle size selection machine, a full set of chemical and physical laboratory equipment.


Production Market
Our products are exported to more than 20 countries including the United States, Canada, Germany, Poland, Russia, South Korea, Vietnam, India, Singapore, etc.

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Advantages of Basalt Fiber
 
01/

Non-corrosive
Non-corrosive advantage for basalt fiber, make it impervious to attacks from alkali, chemicals, or water. This advantage makes it resistant to attack by acids, salts, and other corrosive substances.

02/

Sustainable
Sustainable advantage in that mean, that their life span can exceed 100 years in many cases, unlike steel fiber which does not exceed 35 years in some cases.

03/

Recyclable
Basalt fiber has an advantage that can be recycled 100%, which means it can help reduce your carbon footprint. Basalt fiber can be recycled easily through air or water filtration and reused in other products, such as construction, manufacturing, and electronics applications, which is a good in many fields.

04/

Low production cost
This an important advantage, basalt fibers are made from basalt stone, which is abundant on the earth and easy to be processed. Therefore, it has low production costs, which make it an advantage where many company looking for.

05/

High tensile strength
Another for basalt fiber, that it is offers a unique combination of strength, toughness and affordable solution for any construction needs; its tensile strength is 2.5 times that of steel.

06/

Moisture resistant
Basalt fiber concrete has moisture resistant and temperature extremes more effectively than steel, wood, or plastic reinforcements, so it can be used in many outdoor applications such as bridges, roads, boat decks and marine construction.

 

Application of Basalt Fiber

 

Machinery construction
Composite materials, structural and reinforcing materials, heat insulation of thermal equipment and mains.


Shipbuilding
Seawater-proof composite materials and products, structural materials; heat and sound isolation of equipment. At construction of small ships - construction of ship hulls and additional structures, as well as corrosion-proof reinforced paint and varnish coverings of ships.


Carriage building
Composite structural materials; electro-insulating materials; heat and sound isolation of carriages; reinforcement of engineering plastics, nonflammable composite materials.


Automotive industry
Interior composite materials (die cone, decorative plastics), bumper, car body fairings, heat and sound insulation material for production of automobile mufflers, heat insulating gaskets in engine, screens, plastics, reinforcing material for the manufacture of brake blocks and clutch discs, engineering plastics.


Chemical and petrochemical industry
The production of chemically resistant pipes, containers, protective coatings, non-flammable composites. Filters to purify the waste gases from dust and industrial effluents.


Power engineering
Thermal insulation of thermal equipment for boilers, turbines. Electro insulating materials (voltage up to 500 kV), composites, supporting core for high voltage power lines, insulation and supporting rods for PTL insulators, towers and structural elements of PTL towers.

Basalt Three-dimensional Fiber Tube

 

General Characteristics of Basalt Fibres

 

 

Mechanical and Physical Properties
Basalt fibre has better physical and mechanical properties than fibreglass or silica fibre.


Thermal Properties
Basalt fibre products withstand temperatures from -260 °C to 700 °C (Z-Rock® tapes by Newtex can withstand up to 1,095 °C) and have a thermal conductivity close to that of fibreglass 0.031 W.m-1.K-1) and silica (0.038 W.m-1.K-1). The vitrification temperature of the basalt is 1,050 °C for a melting temperature of 1,450 °C.


Environmental Resistance
Basalt fibres are highly resistant to UV rays, chemicals (acids and bases), weather constraints (especially moisture), are rot-proof and remain sterile.

 

Basalt Fiber Production Process
 
 
 

Melting Process

Melting is the first critical step in manufacturing basalt fiber. Basalt rock is heated to a temperature of approximately 1400°C in a furnace. The molten rock is then drawn through small nozzles to form continuous fibers.

 
 

Extrusion and Fiber Formation

After melting, the molten basalt is extruded through bushings (nozzles) to form continuous fibers. The diameters of these fibers can be controlled by adjusting the size of the nozzles and the drawing speed. The final filament diameter typically ranges between 9 to 13 micrometers.

 
 

Sizing and Coating

Immediately after extrusion, the fibers undergo a process called sizing. Sizing involves applying a chemical coating to the fibers to improve handling, increase strength, and enhance compatibility with other materials like resins.

 
 

Winding and Packaging

The final step in basalt fiber production is winding and packaging. The continuous fibers are wound onto spools or bobbins for easy transport and storage. This ensures that the fibers remain intact and ready for use in various industrial applications.

 

 

 
FAQ
 

Q: Is basalt fiber expensive compared to other materials?

A: Basalt fiber is relatively affordable compared to other high-performance materials such as carbon fiber and Kevlar, but more expensive than PP fiber, steel fiber and cellulose fiber.

Q: Is basalt fiber easy to work with?

A: Yes, basalt fiber is easy to process and fabricate using standard manufacturing methods such as molding, weaving, and pultrusion.

Q: Is basalt fiber eco-friendly?

A: Yes, basalt fiber is an eco-friendly material that is produced from natural volcanic rocks and does not emit any harmful by-products during production or use.

Q: What temperature does basalt fiber melt at?

A: The manufacture of basalt fiber requires the melting of the crushed and washed basalt rock at about 1,500 °C (2,730 °F).

Q: How do they make basalt fiber?

A: The method includes the steps of: grinding basalt rock as a material; washing a resultant ground rock; melting the ground rock that has been washed; transforming a molten product into fiber; and drawing the fiber in an aligned manner, and winding it.

Q: Is basalt fiber sustainable?

A: Basalt fibers have the added benefit of being sustainable, and their low cost and improved performance make them a feasible eco-friendly replacement binder for cementitious composites. This material is new, thus its use has been restricted to reinforcing only concrete mixtures.

We're professional basalt fiber manufacturers and suppliers in China. If you're going to wholesale high quality basalt fiber, welcome to get quotation and free sample from our factory. Also, customized service is available.

Basalt Fiber Casing,