Custom Wear-resistant basalt fiber rebar Manufacturer, Factory

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Custom Wear-resistant basalt fiber rebar Manufacturer, Factory

Basalt fiber rebar has a wide range of application prospects in the fields of construction, roads, bridges, etc. In the field of construction, basalt fiber reinforced plastic can be used to strengthen concrete structures and improve the carrying capacity and seismic performance of structures; in the field of roads, basalt fiber reinforced plastic can be used to strengthen pavement structures and improve pavement carrying capacity and durability; in the field of bridges, basalt fiber reinforced plastic can be used to enhance bridge structures and improve the carrying capacity and seismic performance of bridges.

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Product Description

Basalt fiber rebar is a new type of non-metallic composite material. It is made of basalt fiber as the reinforcing material and synthetic resin as the base material. It is made by pultrusion process and special surface treatment. This material has high tensile strength, light weight and good corrosion resistance, so it has been widely used in many fields.

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Product Specifications

Brand	Weight (g/m)	Diameter (mm)	Cross Sectional Area (mm²)	Tensile Strength (MPa)	Ultimate Tension (KN)	Elastic Modulus (GPa)	Limiting Strain (%)
BH-4	26	4	12.56	1350	16.96	55	2.30
BH-6	57	6	28.26	1250	35.33	55	2.27
BH-8	104	8	50.24	1200	60.29	55	2.18
BH-10	162	10	78.5	1200	94.2	52	2.31
BH-12	219	12	113.04	1100	124.34	50	2.20
BH-14	307	14	153.86	1000	153.86	48	2.08
BH-16	412	16	200.96	1000	200.96	48	2.08
BH-18	513	18	254.34	900	228.9	45	2.08
BH-20	635	20	314	900	286.2	45	2.08
BH-22	770	22	379.94	800	303.95	42	2.00
BH-25	992	25	490.625	800	392.5	42	2.00

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Product Features

High Tensile Strength

The tensile strength of basalt fiber ribs is very high, more than twice that of rebar of the same diameter. This characteristic makes it perform well in terms of tensile strength and is suitable for structures that require high carrying capacity.

Light Weight

The mass of basalt fiber ribs is very light, and its weight is only about 1/4 of that of rebar. This not only makes construction more convenient, but also can greatly improve construction efficiency and reduce the weight of the structure, thereby reducing the total cost of the structure.

Corrosion Resistance

In addition to the characteristics of high tensile strength and light weight, basalt fiber ribs also have excellent corrosion resistance and can resist corrosive substances such as acids, alkalis, and salts. This allows it to maintain stable performance for a long time in a highly corrosive environment, and extends the service life of the structure.

Product Application

Marine & Port Infrastructure

Perfect for seaports, docks, artificial islands, offshore farms, and other environments that come into contact with highly corrosive substances.

Roads & Bridges

Highly suitable for fatigue-resistant scenes such as roads, highways, and bridge decks requiring long-term structural integrity.

Water Conservancy

Used in water conservancy projects due to its strong corrosion resistance and waterproof properties.

Subway & Tunnels

Ideal for wave-permeable scenes such as subway tunnels where electromagnetic neutrality and durability are required.

Assembled Buildings

Used for assembled buildings, passive houses, pull-up parts, anchors, and precast concrete components.

Explosion-Proof & Anti-Static

Perfect for hazardous environments as it is completely anti-static, and sparks will not be generated when cutting.

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Frequently Asked Questions

What is Basalt Fiber Rebar made of?

Basalt fiber rebar is a new type of non-metallic composite material. It is manufactured using high-strength basalt fiber as the reinforcing material and synthetic resin as the base material, processed through pultrusion and special surface treatments.

How does the tensile strength of Basalt Fiber Rebar compare to steel?

Basalt fiber rebar has exceptionally high tensile strength, which is more than twice that of traditional steel rebar of the same diameter, making it ideal for high load-bearing structures.

Is Basalt Fiber Rebar easy to handle during construction?

Yes, it is extremely lightweight. Its weight is only about 1/4 of that of traditional steel rebar. This lightweight property makes transportation and installation much more convenient, improving overall construction efficiency while reducing structural dead weight.

Does Basalt Fiber Rebar rust or corrode?

No, basalt fiber rebar features outstanding corrosion resistance. It can easily resist corrosive substances such as acids, alkalis, and salts, allowing it to maintain stable performance in highly corrosive environments and significantly extend the service life of structures.

In which applications is Basalt Fiber Rebar most commonly used?

It is highly suitable for seaports, docks, artificial islands, offshore farms, roads, bridges, water conservancy projects, subway tunnels, assembled buildings, passive houses, and environments requiring explosion-proof or anti-static properties.

Is Basalt Fiber Rebar safe to cut on-site?

Yes, it is highly safe. Basalt fiber rebar is explosion-proof and anti-static, meaning that no sparks will be generated when cutting the material, making it excellent for hazardous or sensitive construction environments.