Honeywell Advanced Fibers and Composites

Hybrid Enhanced Combat Helmet enters final testing phase
The U.S. Army and Marine Corps are conducting final validation testing of the U.S. military’s next-generation — and radically new — thermoplastic composite Enhanced Combat Helmet (ECH).

CompositesWorld's 2009 High-Performance Fibers Conference Highlights
 CW’s 3rd annual HPF event sheds fiber light on armor, structural health monitoring and energy harvesting for the war fighter.

Antiballistics: Composites in the cross hairs
An increasing quantity and variety of fiber/polymer solutions are stopping bullets and blast debris in armored ground vehicles and stationary structures.

Friction products: Carbon fiber stopping power
Low weight, thermal shock resistance, and extreme strength drive growth of carbon-reinforced friction products and materials in brake applications.

In Situ Manufacturing: Pipe Relining in Demanding, Corrosive Environments
Onsite technology offers continuous manufacture and insertion of new high-performance pipe, without excavation and replacement.

The Art of Armor Development
Composites are playing a bigger role in antiballistic systems designed to defuse a host of weapons, including improvised explosive devices.

New dimensions in sailing
A one-piece airfoil with a flexible 3-D carbon composite structure captures the performance sailing market.

Composites on the frontlines
Armored vehicle applications on the ground and in the air fuel a growing, evolving market forhigh-performance materials.

New Options In Personal Ballistic Protection
Emerging materials and processing techniques expand choices for manufacturers of vests, helmets and shields.