Glass % Glass/Epoxy Glass/Epoxy

Gordon Composites™ continuous glass and carbon fiber bar stock, laminates, and composite springs, including springs for high-temperature industrial applications Gordon Glass™ archery bow limbs Fiber-Line™ engineered high-performance fibers, including coated, twisted, and custom-wound aramid, glass, carbon, HMPE, and LCP fibers 

Cesa™ Laser Additives Laser welding solutions Laser plastic welding, also often referred to as transmission welding, is a process of bonding plastic parts using focused laser radiation. This creates a joint melting pool of both parts and a weld seam that strongly bonds the two plastic parts together. Laser welding is a good alternative to chemical adhesives or mechanical assembly as it provides high-quality seams with minimal mechanical stress, no surface damage, and minimal flash and particle development.

Gives low shrinkage and low adhesion, high abrasion resistance, high stiffness and high processing speed. Gives low shrinkage and low adhesion, high flame performance, high abrasion resistance, high stiffness and high processing speed. Bonded formulations can improve cut-through and abrasion resistance plus mechanical toughness

Geon(TM) V9503 Adhesive Plastisol DNU V9710 NEUTRAL SELF BOND DNU V9716-80 SELF BOND

OnForce™ LFT long fiber materials Long fiber composite materials User Interfaces

FIBER + RESIN = COMPOSITE Carbon fiber is formed by bonding carbon atoms together to form a long chain. STRONG, LIGHTWEIGHT ALTERNATIVE TO METAL CARBON FIBER COMPOSITES Thomas Edison used carbon fiber as light bulb filament in the late 1800s. The first petroleum-based carbon fibers were invented in 1958 near Cleveland, Ohio by Roger Bacon.

Trilliant™ HC Healthcare Thermoplastics - Glass-filled Polyketone Formulations Overview of performance and sustainability benefits of these glass-filled, polyketone (PK) materials for healthcare   User Interfaces

Edgetek™ PKE Glass-Filled Formulations The Edgetek PKE Glass-Filled (GF) series consists of specialty engineered, glass-reinforced polyketone (PK) thermoplastics. Available with 10–40% short glass fiber fillers, these formulations provide superior chemical resistance, low moisture uptake, excellent dimensional stability, and high impact and wear resistance. KEY CHARACTERISTICS • Excellent chemical resistance • Low moisture uptake • Comparable dimensional stability to nylon • Reinforced with 10–40% short glass fiber • High impact and wear resistance • Cost competitive • Eco-conscious alternative to PA66 and PA6 • Non-halogen, flame retardant performance MARKETS & APPLICATIONS These glass-reinforced materials meet the challenges found in chemical, fuel contact, and high moisture environments

Offering the beneficial inherent properties of thermoplastic composites, Hammerhead FR panels can resist rot and degradation from moisture, chemicals, ultraviolet (UV) light, and corrosion, and they can bond easily to other materials with strong adhesive properties and paintable surfaces. Our expanding portfolio of offerings includes colorants, advanced composites, functional additives, engineered materials, and Dyneema®, the world’s strongest fiber™.