Industrial & Energy

Industrial composites are engineered for cost per unit of performance, and often for a service life that nobody is watching. Pressure, chemical exposure, wear and long outdoor service are the real design constraints in this segment.

What This Industry Demands

• Chemical and solvent resistance for process environments
• Wear and abrasion resistance for moving or flowing parts
• Temperature stability under long-term service
• Dimensional stability and low moisture uptake
• Cost efficiency for long production runs

Recommended Products

• Glass Fiber Fabrics — E-glass and S-glass for industrial pipes and vessels
• Carbon Fiber Fabrics — where stiffness at temperature is the constraint
• Chopped Carbon Fiber — for compression and injection molded parts
• Carbon Fiber Tows — for filament winding and pipe production

Typical Applications

Filament-wound pipes and pressure vessels · wind turbine components · chemical handling equipment · robotics arms and end effectors · conveyor and handling systems · battery and energy storage components · infrastructure reinforcement · agricultural and construction equipment parts · test and measurement fixtures.

How to Start a Specification

Send us the service conditions and the process you plan to use, and we will tell you which material fits — including when the honest answer is that a cheaper grade will do.

• Target properties or the constraint you are solving for
• Process: hand lay-up, vacuum bag, autoclave, press molding or automated placement
• Annual volume and acceptable lead time
• Target market documentation requirements

For cross-sector technical background, our technical articles cover material selection in depth, and the FAQ answers the questions buyers ask most often.