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High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh

High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh

metoda płatności: T/T
Szczegółowe informacje
Miejsce pochodzenia
Chiny
Nazwa handlowa
WGSX
Orzecznictwo
ISO9001
Odporność na korozję:
Wysoki
Typ splotu:
Zwykły splot
Absorpcja wilgoci:
Niski
wydłużenie przy zerwaniu:
3,2%
Waga:
200 g/m²
Nazwa produktu:
tkanina z włókien bazaltowych
Opis produktu
High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh

In modern civil engineering and infrastructure projects, ground stability is the foundation of safety and longevity. Our Basalt Fiber Geogrid represents the next generation of geosynthetic reinforcement, offering superior performance over traditional fiberglass or polyester grids. Manufactured from extruded basalt rock fibers, this geogrid provides exceptional tensile strength, unmatched thermal stability, and outstanding resistance to chemical and biological degradation. Ideal for asphalt pavement reinforcement, soil stabilization, and retaining wall structures, our basalt geogrid ensures your construction projects withstand heavy loads and environmental stress for decades.

Technical Data Sheet (TDS)

Precision and compliance are critical for engineering approvals. Below are typical specifications for our BFRP (Basalt Fiber Reinforced Polymer) Geogrid.

Specification ItemDetails
Product NameBasalt Fiber Geogrid (Coated)
Raw MaterialExtruded Basalt Rock Fibers
Grid StructureBiaxial (BX) / Uniaxial (UX)
Mesh Size (Aperture)25x25mm, 40x40mm (Customizable)
Tensile Strength50 kN/m - 200 kN/m (MD & XMD)
Elongation at Break≤ 3%
Coating TypeModified Polymer Bitumen / PVC
Width1m - 6m
Length per Roll50m, 100m, or Customized
Temperature Range-260°C to +700°C (Material dependent)
Alkali ResistanceMass Loss ≤ 1.0% (after 1000h test)
Core Product Advantages

Our Basalt Fiber Geogrid offers distinct advantages for heavy-duty applications:

  • Superior Tensile Strength: Higher modulus and lower elongation compared to fiberglass, effectively distributing loads and reducing rutting.

  • Exceptional Thermal Stability: Withstands extreme temperature fluctuations without losing structural integrity—perfect for asphalt overlays.

  • Outstanding Corrosion Resistance: Naturally resistant to rust, acids, alkalis, and soil microorganisms; no electrochemical corrosion like steel.

  • Excellent Bonding: The bitumen coating ensures perfect adhesion with asphalt layers, preventing slippage between pavement layers.

  • Eco-Friendly: Made from natural volcanic rock, it is non-toxic, non-combustible, and fully recyclable.

Primary Application Scenarios

This versatile reinforcement mesh is engineered for critical infrastructure:

  • Road Construction: Reinforcing asphalt pavements (highways, airport runways), preventing reflective cracking and fatigue cracking.

  • Railway Subgrades: Stabilizing track beds and ballast, improving load distribution under high-speed trains.

  • Retaining Walls: Providing structural support for steep slopes and earth retention systems.

  • Foundation Stabilization: Reinforcing soft soils for embankments, parking lots, and industrial yards.

  • Mining & Landfills: Used as reinforcement in lining systems and capping structures.

Frequently Asked Questions (FAQ)
Q1: Why choose Basalt Fiber Geogrid over Fiberglass Geogrid?
A: While both are excellent reinforcements, Basalt Fiber offers higher tensile strength, better alkali resistance, and superior thermal stability (up to 700°C vs. ~380°C for fiberglass). It is also more environmentally friendly, derived from natural stone rather than synthetic materials.
Q2: How does the geogrid prevent pavement cracking?
A: When placed between asphalt layers, the geogrid acts as a stress-relief layer. Its high tensile strength absorbs tensile forces caused by traffic loads and thermal expansion/contraction, distributing them across a wider area and preventing cracks from reflecting upward.
Q3: Is the installation process difficult?
A: No. Installation is similar to standard geogrids. Simply unroll the mesh flat onto the prepared subgrade, ensuring minimal wrinkles. Overlap adjacent rolls according to engineering specifications (usually 15-30cm) and secure with U-shaped nails. Asphalt can be laid immediately after.
Q4: Can it be used in coastal areas with high salt content?
A: Absolutely. Basalt fibers possess inherent resistance to chloride attack and saline environments. Unlike steel reinforcement which corrodes quickly in marine settings, our basalt geogrid maintains its integrity, making it ideal for ports and coastal roads.
High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh 0
produkty
szczegółowe informacje o produktach
High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh
metoda płatności: T/T
Szczegółowe informacje
Miejsce pochodzenia
Chiny
Nazwa handlowa
WGSX
Orzecznictwo
ISO9001
Odporność na korozję:
Wysoki
Typ splotu:
Zwykły splot
Absorpcja wilgoci:
Niski
wydłużenie przy zerwaniu:
3,2%
Waga:
200 g/m²
Nazwa produktu:
tkanina z włókien bazaltowych
Zasady płatności:
T/T
Opis produktu
High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh

In modern civil engineering and infrastructure projects, ground stability is the foundation of safety and longevity. Our Basalt Fiber Geogrid represents the next generation of geosynthetic reinforcement, offering superior performance over traditional fiberglass or polyester grids. Manufactured from extruded basalt rock fibers, this geogrid provides exceptional tensile strength, unmatched thermal stability, and outstanding resistance to chemical and biological degradation. Ideal for asphalt pavement reinforcement, soil stabilization, and retaining wall structures, our basalt geogrid ensures your construction projects withstand heavy loads and environmental stress for decades.

Technical Data Sheet (TDS)

Precision and compliance are critical for engineering approvals. Below are typical specifications for our BFRP (Basalt Fiber Reinforced Polymer) Geogrid.

Specification ItemDetails
Product NameBasalt Fiber Geogrid (Coated)
Raw MaterialExtruded Basalt Rock Fibers
Grid StructureBiaxial (BX) / Uniaxial (UX)
Mesh Size (Aperture)25x25mm, 40x40mm (Customizable)
Tensile Strength50 kN/m - 200 kN/m (MD & XMD)
Elongation at Break≤ 3%
Coating TypeModified Polymer Bitumen / PVC
Width1m - 6m
Length per Roll50m, 100m, or Customized
Temperature Range-260°C to +700°C (Material dependent)
Alkali ResistanceMass Loss ≤ 1.0% (after 1000h test)
Core Product Advantages

Our Basalt Fiber Geogrid offers distinct advantages for heavy-duty applications:

  • Superior Tensile Strength: Higher modulus and lower elongation compared to fiberglass, effectively distributing loads and reducing rutting.

  • Exceptional Thermal Stability: Withstands extreme temperature fluctuations without losing structural integrity—perfect for asphalt overlays.

  • Outstanding Corrosion Resistance: Naturally resistant to rust, acids, alkalis, and soil microorganisms; no electrochemical corrosion like steel.

  • Excellent Bonding: The bitumen coating ensures perfect adhesion with asphalt layers, preventing slippage between pavement layers.

  • Eco-Friendly: Made from natural volcanic rock, it is non-toxic, non-combustible, and fully recyclable.

Primary Application Scenarios

This versatile reinforcement mesh is engineered for critical infrastructure:

  • Road Construction: Reinforcing asphalt pavements (highways, airport runways), preventing reflective cracking and fatigue cracking.

  • Railway Subgrades: Stabilizing track beds and ballast, improving load distribution under high-speed trains.

  • Retaining Walls: Providing structural support for steep slopes and earth retention systems.

  • Foundation Stabilization: Reinforcing soft soils for embankments, parking lots, and industrial yards.

  • Mining & Landfills: Used as reinforcement in lining systems and capping structures.

Frequently Asked Questions (FAQ)
Q1: Why choose Basalt Fiber Geogrid over Fiberglass Geogrid?
A: While both are excellent reinforcements, Basalt Fiber offers higher tensile strength, better alkali resistance, and superior thermal stability (up to 700°C vs. ~380°C for fiberglass). It is also more environmentally friendly, derived from natural stone rather than synthetic materials.
Q2: How does the geogrid prevent pavement cracking?
A: When placed between asphalt layers, the geogrid acts as a stress-relief layer. Its high tensile strength absorbs tensile forces caused by traffic loads and thermal expansion/contraction, distributing them across a wider area and preventing cracks from reflecting upward.
Q3: Is the installation process difficult?
A: No. Installation is similar to standard geogrids. Simply unroll the mesh flat onto the prepared subgrade, ensuring minimal wrinkles. Overlap adjacent rolls according to engineering specifications (usually 15-30cm) and secure with U-shaped nails. Asphalt can be laid immediately after.
Q4: Can it be used in coastal areas with high salt content?
A: Absolutely. Basalt fibers possess inherent resistance to chloride attack and saline environments. Unlike steel reinforcement which corrodes quickly in marine settings, our basalt geogrid maintains its integrity, making it ideal for ports and coastal roads.
High-Strength Basalt Fiber Geogrid | Asphalt & Soil Reinforcement Mesh 0