BASALT FIBER REBAR
+
  • BASALT FIBER REBAR

BASALT FIBER REBAR

INTRODUCTION
BASALT FIBER REBAR (BFRP) is made of high-strength basalt fiber combined with synthetic resin, filler, curing agent, etc., extruded and shaped, and cured at a gradient high temperature above 260°C.

 

PROPERTY
BASALT FIBER REBAR have high axial tensile strength, fatigue resistance and elastic deformation ability, are non-magnetic, light weight, corrosion-resistant and easy to cut.

 

ENGINEERING ADVANTAGES
It can reduce the weight of the structure itself, greatly extend the service life of the structure, reduce maintenance costs, and save resources, especially in highly corrosive environments.

 

PRODUCT STANDARDS

The company participates in the compilation of group standards of the China Highway Society:
According to the group standard "Technical Guidelines for Highway Basalt Fiber and Its Composite Rebar Cement Concrete Pavement", the product standards, design standards, construction standards and acceptance standards of basalt fiber composite reinforcement in cement concrete pavement are clarified.

 

PRODUCT CATEGORIES

 

BASALT FIBER REBAR
Diameter:φ2-φ36
BASALT FORMWORK TIE ROD
Diameter:φ8-φ20
BASALT SOIL NAILS (ANCHORS)
Diameter:φ16-φ32
FRP HOLLOW GROUTING ANCHOR
Diameter:φ22-φ36
FRP SELF-DRILLING ANCHOR
Diameter:φ25-φ36
FRP ANCHOR CABLE
Diameter:φ4-φ10

 

CONSTRUCTION AND PERFORMANCE COMPARISON
Comparison of performance parameters between
basalt fiber composite rebars, steel rebars and copper rebars

NAME BASALT REBAR STEEL REBAR COPPER REBAR
Tensile Strength
(MPa)
≥1200 ≥400 ≥430
Yield Strength
(MPa)
≥600 ≥300 ≥340
Shear Strength
(MPa)
≥160 ≥300 ≥210
Modulus of Elasticity
(GPa)
≥55 ≥200 ≥110
Susceptibility
(CGSM)
<5*10-7 —— <8.6*10-5

Tag list: BASALT FIBER REBAR


Description

INTRODUCTION
BASALT FIBER REBAR (BFRP) is made of high-strength basalt fiber combined with synthetic resin, filler, curing agent, etc., extruded and shaped, and cured at a gradient high temperature above 260°C.

 

PROPERTY
BASALT FIBER REBAR have high axial tensile strength, fatigue resistance and elastic deformation ability, are non-magnetic, light weight, corrosion-resistant and easy to cut.

 

ENGINEERING ADVANTAGES
It can reduce the weight of the structure itself, greatly extend the service life of the structure, reduce maintenance costs, and save resources, especially in highly corrosive environments.

 

PRODUCT STANDARDS

The company participates in the compilation of group standards of the China Highway Society:
According to the group standard "Technical Guidelines for Highway Basalt Fiber and Its Composite Rebar Cement Concrete Pavement", the product standards, design standards, construction standards and acceptance standards of basalt fiber composite reinforcement in cement concrete pavement are clarified.

 

PRODUCT CATEGORIES

 

BASALT FIBER REBAR
Diameter:φ2-φ36
BASALT FORMWORK TIE ROD
Diameter:φ8-φ20
BASALT SOIL NAILS (ANCHORS)
Diameter:φ16-φ32
FRP HOLLOW GROUTING ANCHOR
Diameter:φ22-φ36
FRP SELF-DRILLING ANCHOR
Diameter:φ25-φ36
FRP ANCHOR CABLE
Diameter:φ4-φ10

 

CONSTRUCTION AND PERFORMANCE COMPARISON
Comparison of performance parameters between
basalt fiber composite rebars, steel rebars and copper rebars

NAME BASALT REBAR STEEL REBAR COPPER REBAR
Tensile Strength
(MPa)
≥1200 ≥400 ≥430
Yield Strength
(MPa)
≥600 ≥300 ≥340
Shear Strength
(MPa)
≥160 ≥300 ≥210
Modulus of Elasticity
(GPa)
≥55 ≥200 ≥110
Susceptibility
(CGSM)
<5*10-7 —— <8.6*10-5

Previous

Next

Previous:

Next:

Quick Quote

Please leave your contact information and we will reply to you as soon as possible

Share to

Related Application

Aramid Fiber Fabric

Aramid fiber fabric 210g/m² is a high-performance woven fabric made from aramid fibers , designed for applications requiring exceptional heat resistance, flame retardancy, and mechanical strength. The fabric is produced using advanced weaving technology to ensure uniform structure and consistent performance.

Unidirectional Carbon Fiber Fabrics

Concrete beam bending and shear reinforcement, plate bending reinforcement, columns and other seismic reinforcement. Industrial and civil buildings reinforcement, road and bridge, water conservancy, nuclear power and energy and other infrastructure reinforcement.

Bidirectional Carbon Fiber Fabrics

1.Aerospace: Fuselage, Rudder. 2.Sports Equipment: Automobile Parts, Fish Pole, Baseball Bat, Sled, Speedboat, Badminton Racket, etc. 3.Industry: Engine component, reinforced material of concert structure, air-blower vane, driving shaft, etc. 4.Fire Protection: Apply for fireproof clothing production of army, fire forces, steel plants,etc.

Carbon Fiber Plate For Reinforcement

Carbon fiber plate is carbon fiber impregnated resin curing and continuous pultrusion in the mold. It made of high-quality carbon fiber and good epoxy resin.  Yarn tension uniformity, maintaining the strength of carbon fiber and product stability. Tensile strength up to 2400Mpa,elastic modulus up to 160Gpa.