E9 ultra-high-modulus glass fiber targets high-end applications
Compared to E-glass, Jushi’s E9 glass fiber boasts improved mechanical properties, including a 36% higher modulus and 60% higher strength.
ATL Composites epoxy laminating system maintains new surfboard appearance
KINETIX R111 is a solvent-free, liquid epoxy resin optimized with a translucent blue tint that produces a clear, bright finish for surfboard products.
Dynamic Modifiers introduces low-smoke, flame-retardant thermoplastic compound
Made for a wide range of markets, PAL...VersaCHAR addresses concerns surrounding traditional flame-retardant materials without sacrificing performance.
Manna Laminates organosheet laminate aims for automotive crash applications
Formtex organosheets are ideal for the manufacturing of structural and semi-structural automotive parts with high energy absorption, high impact resistance and additional multi-axial reinforcement.
Lanxess thermoplastic material targets high flame-retardant properties
Tepex continuous-fiber-reinforced thermoplastic composites variants with a PA6 matrix are certified as UL 94 V-0 and retain a high degree of strength, rigidity and energy absorption.
Veelo Technologies increases metallized nonwoven conductivity
Lowered resistivity from 5-10 mOHM to 3 mOHM with a 10% weight penalty improves conductivity of metallized nonwoven VeeloVEIL.
Borealis highlights polypropylene technology for flexible automotive design
Fibremod, the customized carbon and glass fiber-reinforced polypropylene material ensures reduced weight, cost savings and design flexibility.
Xenia carbon-filled compounds retain high tensile strength, easy processability
XECARB SL composites are the latest addition in the Xenia Materials family, retaining excellent dimensional stability and overall resistance.
Kraibon elastomer improves adhesion and composite material properties
Gummiwerk KRAIBURG’s elastomer product protects against impact, directly adheres to materials, improves damping properties and more.
#adhesives
CompoTech launches standard range for carbon finer epoxy beams
Produced via AFP and precision press molded results in a high-strength carbon epoxy composite beam with 10-15% higher stiffness in the axial direction.
#precursor #continuousfiberAM #autoclave