Composite materials are driving innovation in the automotive industry, offering lightweight, high-strength solutions that enhance fuel efficiency, reduce emissions, and improve vehicle performance. Their unique properties — high specific strength, excellent fatigue resistance, corrosion resilience, and design flexibility — make them essential for meeting today’s stringent environmental and safety standards.
These materials are used in key automotive components such as structural elements, body panels, and crash safety systems, enabling aerodynamic optimization, energy efficiency, and improved crashworthiness through controlled energy absorption. As electric vehicles (EVs) gain prominence, composites play a crucial role in reducing vehicle mass, enhancing battery efficiency, and extending driving range.
BHOR provides advanced composite materials meticulously engineered to meet the automotive sector’s demanding performance criteria. With a focus on cutting-edge R&D, BHOR delivers solutions that optimize tensile strength, impact resistance, thermal stability, and dimensional integrity, helping manufacturers navigate evolving regulatory landscapes and drive product innovation. By advancing composite technology, BHOR is shaping the future of sustainable, high-performance automotive engineering.
3K Carbon Fiber Fabrics for light weight Structural and Non-structural components:
Weave stabilised fabrics for components requiring higher cosmetic finish such as bonnets, mirror caps, fenders, dashboard components, interior trims
12K Carbon Fiber Fabrics for Structural Members and Part thickness:
Glass Fiber Fabrics for Light weight and cost-effective production
Aramid Fabrics for applications involving higher abrasion, impact mitigation such as underbody shielding, protective panels, etc.
|
|
Epoxy Resin systems for suitable for various manufacturing processes
Read More |
|
Prepregs for higher consistency, high throughput rates, better mechanical performance, and light weight:
Read More |
|
Film Adhesive Systems for light weight Sandwich Structures
Read More |
|