Basalt Biaxial Braided Sleeving is a tubular composite reinforcement sleeve manufactured from continuous basalt fiber yarns arranged in a biaxial braided structure, typically oriented at ±45°. It is designed to provide balanced torsional strength, shear resistance, and high-temperature stability in structural composite applications.
Made from natural volcanic basalt fibers, this sleeving offers excellent thermal resistance, corrosion resistance, and mechanical durability. It is widely used in automotive, industrial, marine, and high-performance composite structures requiring lightweight and heat-resistant reinforcement.
Payment:
EXW, CIF, FOB, DDP, etcProduct Origin:
ChinaColor:
NatureShipping Port:
Shanghai, NingboLead Time：
3-10 daysBasalt Biaxial Braided Sleeving
Basalt Biaxial Braided Sleeving is a tubular composite reinforcement sleeve manufactured from continuous basalt fiber yarns arranged in a biaxial braided structure. The fibers are oriented in opposing directions, typically at ±45°, providing balanced mechanical performance, torsional strength, and improved shear resistance in composite structures.
This basalt braided sleeving is designed for structural reinforcement applications where high temperature resistance, dimensional stability, and corrosion resistance are required.
The sleeve is produced using a controlled braiding process that interlaces basalt fiber yarns in two opposing directions.
Biaxial ±45° fiber orientation
Uniform load distribution around tubular structures
Expandable structure to fit various mandrel diameters
Good resin permeability for composite infusion
Compared with unidirectional fabrics, biaxial braided sleeves provide better torsional and circumferential reinforcement in tubular composite components.
Basalt fiber is derived from natural volcanic rock and offers stable mechanical and thermal characteristics.
High tensile strength
Excellent temperature resistance
Low thermal expansion
Good chemical and corrosion resistance
Non-combustible and environmentally stable
Superior performance compared to E-glass in elevated temperatures
Basalt fiber combines the durability of glass fiber with improved thermal stability.
Basalt Biaxial Braided Sleeving is suitable for applications involving elevated temperatures.
Continuous service temperature up to approx. 700°C
Excellent resistance to thermal cycling
Maintains mechanical integrity under heat exposure
It is suitable for applications where fiberglass may soften or degrade under prolonged heat.
This basalt biaxial braided sleeve provides:
Balanced torsional strength
Improved shear resistance
Enhanced fatigue performance
Lightweight structural reinforcement
Dimensional stability after curing
The biaxial braided structure reduces stress concentration and improves laminate uniformity.
Basalt Biaxial Braided Sleeving is compatible with:
Resin infusion
Vacuum bagging
Hand lay-up
Filament winding (secondary reinforcement)
Pultrusion processes
The braided sleeve easily expands over mandrels, cores, or tubes before resin impregnation.
Basalt Biaxial Braided Sleeving is commonly used in:
Automotive and motorsport components
Drive shafts, structural tubes, reinforcement sleeves
Aerospace and UAV structures
Lightweight tubular frames and arms
Marine structures
Corrosion-resistant composite reinforcement
Industrial piping and pressure vessels
Structural reinforcement under mechanical load
High-temperature composite applications
Components exposed to elevated heat environments
Multiple nominal diameters available
Expandable to accommodate different mandrel sizes
Custom braid angles and fiber weights available
Continuous lengths supplied
Basalt Biaxial Braided Sleeving is selected when applications require:
Higher temperature resistance than standard fiberglass
Improved torsional strength
Corrosion resistance
Lightweight structural reinforcement
It provides a practical balance between cost, performance, and thermal stability.
What is basalt biaxial braided sleeving used for?
It is used as tubular composite reinforcement for structural components requiring torsional strength and heat resistance.
How does basalt fiber compare to fiberglass?
Basalt offers better high-temperature performance and improved chemical resistance.
Is the sleeve suitable for resin infusion?
Yes. The braided structure allows effective resin penetration.
What braid angle is used?
Typically ±45°, but custom angles are available.
Can custom diameters be produced?
Yes. Custom sizes and configurations are available.
If you require high-temperature, corrosion-resistant composite reinforcement, Basalt Biaxial Braided Sleeving provides a durable and structurally efficient solution.
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