Plastics inherently resist corrosion, eliminating concerns about rust and other forms of oxidation that can compromise metal components. In addition, long fibers form a “3D network” within a molded part; this network supports parts even when a polymer begins to soften (creep), meaning LFTs are an excellent replacement for metal components in portions of the vehicle subject to high stress from extreme temperatures or pressure.

These Terms and Conditions of Purchase for Goods and/or Services (“Terms of Purchase”) apply to and form an integral part of all requests for proposal, quotations and Purchase Orders.  Form 8937

Plastics inherently resist corrosion, eliminating concerns about rust and other forms of oxidation that can compromise metal components. In addition, long fibers form a “3D network” within a molded part; this network supports parts even when a polymer begins to soften (creep), meaning LFTs are an excellent replacement for metal components in portions of the vehicle subject to high stress from extreme temperatures or pressure.

Plastics inherently resist corrosion, eliminating concerns about rust and other forms of oxidation that can compromise metal components. In addition, long fibers form a “3D network” within a molded part; this network supports parts even when a polymer begins to soften (creep), meaning LFTs are an excellent replacement for metal components in portions of the vehicle subject to high stress from extreme temperatures or pressure.

Lactra™ SX Light Blocking Additive: In solid masterbatch form, this additive provides 99.99% UV and visible light blocking and protection for liquid dairy contents when added to monolayer PET bottles.

For soft orthotics, TPEs can form the entire orthotic part, be overmolded on top of a rigid sub-layer to give selective comfort and control or encase a viscous liquid material.

Secondary forming of CFRTPs and methods for manufacturing complex geometries  Forming Methods The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials.

Secondary forming of CFRTPs and methods for manufacturing complex geometries  Forming Methods The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials.

Secondary forming of CFRTPs and methods for manufacturing complex geometries  Forming Methods The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials.

Secondary forming of CFRTPs and methods for manufacturing complex geometries  Forming Methods The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials.