Skip to Content

Plastics & Polymers

The company’s line of engineering plastics now includes a variety of high-performance thin-gauge materials.

A comprehensive line of engineered bioplastic compounds use resins derived from renewable resources.

EcoPaXX is a green, bio-based, high-performance engineering plastic with excellent mechanical properties. It is based on polyamide 410, a long-chain polyamide with properties such as low moisture absorption, high melting point, and high crystallization rate.

In-mold printing technology

Tom Furey from Industramark explains the advantages of using in-mold printing of plastic parts to Jessica Shapiro of MACHINE DESIGN. 6:54

A complete family of cable ties, mounts and installation tools include standard black and white cable ties that are oil, grease, solvent, and petroleum resistant and come in 4 to 32-in. lengths.

Aluminum tools for plastic molding can be less expensive, have less leadtime, and permit faster production cycles.

EP30BN two-part, boron-nitride epoxy adhesive helps with thermal management.

The brochure details new and existing PTFE grades for high-wear and high-temperature applications as well as FDA compliance.

The films are compatable with digital printing processes.

Tough TPOs can replace fiberglass.

NPE 2009, June 22 through 26 in Chicago, is looking strong thanks to co-located partner shows, bioplastics, and an emphasis on energy efficiency.

Laser staking lets electronics manufacturers package printed-circuit boards in a more-controlled, less-damaging manner.

A polymeric coating that conforms to complex contours in rotary compressors narrows the air gap between rotors for better efficiency.

Plastic parts for medical devices

Lee Teschler of Machine Design magazine talks with Jeff Thompson of Phillips Plastic Corp. about the use of plastic in medical devices. 6:44

Expanded PTFE’s wide temperature range, low coefficient of friction, low dielectric constant and inertness can help it extend a cable’s flex life and improve data integrity.