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Basalt Fiber Mesh For Tunnel Reinforcement

Basalt fiber mesh is a kind of reinforcement product, which uses the anti-acid & alkali basalt continuous filament (BCF) to produce gridding base material with advanced knitting process, sized with silane and coated with PVC.
The stable physical properties make it both high and low temperature resistant and highly resistant to deformation. Both warp and weft directions are high tensile strength and low elongation.

  • Feature Low Creep Deformation
  • MESH SIZE 2mm-50mm
  • Raw Material Basalt Fiber Roving
  • Packing Roll

Product Description

Basalt fiber mesh is a kind of reinforcement product, which uses the anti-acid & alkali basalt continuous filament (BCF) to produce gridding base material with advanced knitting process, sized with silane and coated with PVC.
The stable physical properties make it both high and low temperature resistant and highly resistant to deformation. Both warp and weft directions are high tensile strength and low elongation

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Product Features

(1) High Tensile Strength: Provides excellent reinforcement, enhancing the structural integrity of concrete and masonry.
(2) Corrosion Resistance: Unlike steel, basalt fiber mesh is immune to rust and corrosion, making it ideal for use in humid or chemically aggressive environments.
(3) Lightweight: Easy to handle, transport, and install, reducing labor and construction time.
(4) Thermal and Electrical Insulation: Non-conductive and resistant to high temperatures, making it suitable for specialized applications.
(5) Eco-Friendly: Made from natural basalt rock, it is sustainable, non-toxic, and recyclable.

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Product Specification

Mesh Size

Fabric Weave

Areal Weight(g/m2)

Maximum Width(cm)

Tensile Breaking Strength N/5cm

2.5*2.5

Twist weave

100±5

220

≥800

5*5

160±8

≥1500

10*10

250±12

≥2000

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Applications

1. Reinforcement of concrete structures, such as walls, slabs, and foundations.
2. Strengthening masonry structures, including brickwork and blockwork.
3. Reinforcement of soft soil sub-grades of various roads such as highways, railways and municipal roads can effectively improve the strength of sub-grades and delay road reflection cracks. 
4. Reinforcement and isolation of dams and river channels in water conservancy projects strengthens the soft soil foundation, enhances its protective capacity, and improves the bearing capacity and stability of the foundation. 
5. Used for reinforcement of embankment slopes and retaining walls to enhance overall strength.

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