BhorForce®
Aramid Fabrics
GSM: 160 to 480 | Weaves: Plain, Twill | Excellent Toughness
Impact Resistant | High Toughness | Lightweight
BhorForce® Aramid Fabrics are woven reinforcements engineered for applications requiring exceptional toughness, damage tolerance and impact resistance. Manufactured using high-performance structural aramid fibres, these fabrics are widely used in composite structures where durability, energy absorption and weight reduction are critical design considerations.
Available in a range of fabric constructions, areal weights, BhorForce® Aramid Fabrics provide excellent resistance to impact, fatigue and abrasion while maintaining low weight. They are suitable for Space, Aerospace, Automotive, Industrial and Sporting applications where improved toughness and durability are required alongside structural performance.
Areal weight
160–485 gsm
Width
1000 mm
Thickness
0.24–0.7 mm
Weaves
Plain · Twill
Orientation
BD
Measured from the 2 published parts
Available range
Sort by any figure. Download a datasheet, enquire, or add parts to your enquiry cart.
Part
Weave
Datasheet · Enquiry
BhorForce® AP160
160
1000
0.24
Plain
BhorForce® AP485
485
1000
0.70
Plain
Applications by market
Glass and aramid fabrics
Bidirectional glass fabrics 80 to 600 gsm for light weight, cost effective production
Bidirectional aramid fabrics 160 to 440 gsm for abrasion, impact mitigation and flexible joints such as leading edges, landing gear and flap joints
Technical detail
Excellent impact and damage resistance
Lightweight reinforcement for structural composites
Good fatigue and abrasion resistance
Available in multiple fabric styles and areal weights
Suitable for wet lay-up and resin infusion processes
BhorForce® Aramid Fabrics are designed for structural composite applications requiring enhanced durability, resilience and long-term performance under demanding service conditions.
Copy as published on bhor.com. Where it states a wider envelope than the figures above, the figures above are measured from the parts actually published.