For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles. To ensure these systems run correctly, EMI must be managed via shielding of an emitting source or of a sensitive component.

For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles. To ensure these systems run correctly, EMI must be managed via shielding of an emitting source or of a sensitive component.

For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles. To ensure these systems run correctly, EMI must be managed via shielding of an emitting source or of a sensitive component.

For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles. To ensure these systems run correctly, EMI must be managed via shielding of an emitting source or of a sensitive component.

Mecall, part of the GMM Group, is a leading manufacturer of X-ray equipment for the healthcare industry including radiographic systems, digital angiography equipment, remote-controlled tilting systems and more.

Its customer, a luxury European automaker, was buying radiator shrouds that the molder made from a black talc-filled polypropylene on a single-cavity injection system. Since making the change with its radiator hoods, the specialty auto parts molder has expanded its use of OnCap CTR to several additional parts, further boosting its production and competitive edge without system increasing costs.

And we also harnessed the design flexibility and exceptional durability inherent in the base material to deliver a complete solution to LED lighting system designers.” Because it offers deep draw thermoforming capabilities, UltraTuf LED sheet can be used to create visually stunning designs that allow OEMs to differentiate their lighting systems.

Stoppers and septums for medical infusion therapy systems must reseal after multiple penetrations. The adhesive is also an additional component of the container system that must be evaluated for compatibility before use.

Ideal for applications requiring dimensional stiffness at high operating temperatures, our Bergamid™ line combines the application flexibility of nylon with the eco-conscious performance of a non-halogenated fire retardant system. The Bergamid family of products are available in a PA 6, PA 66, and PA 6/66 base resin in unfilled or reinforced systems. 

A wide range of opaque and translucent colors are available, as well as the option to work with us for any custom color requirements.We offer a customized dosing and handling system that can be integrated with existing processing equipment.  Specific carrier systems designed for high compatibility with LSR and pre-evaluated pigments help reduce the risk of extractables