This portfolio of conductive thermoplastic materials shields sensitive electronics from both electromagnetic interference (EMI) and radio frequency interference (RFI). With its integrated EMI/RFI shielding capabilities, Surround material adds depth to PolyOne’s existing electrically conductive and shielding material lineup.

Overheating – Oftentimes, designers choose aluminum for its excellent thermal conductivity properties. The very high conductivity of metals simply may be more than is needed to prevent damage from heat build-up.

According to the 2015 Special Report on Paddlesports conducted by The Outdoor Foundation, 21.7 million people reported participating in canoeing, kayaking, rafting or stand up paddling—an increase of more than 3 million enthusiasts since 2010. Plus, composites won’t conduct cold or heat as aluminum does.

A technical support team at Avient GLS Thermoplastic Elastomers conducted extensive compatibility testing to confirm proper bonding and overmolding onto the rigid substrate. Avient and the manufacturer conducted a series of molding trials to establish proper part performance, and the teams also coordinated sales, engineering and technical support in tandem.

A technical support team at Avient GLS Thermoplastic Elastomers conducted extensive compatibility testing to confirm proper bonding and overmolding onto the rigid substrate. Avient and the manufacturer conducted a series of molding trials to establish proper part performance, and the teams also coordinated sales, engineering and technical support in tandem.

Stat-Tech™ Electrically Conductive Formulations Engineered with short fiber reinforcements to provide precise levels of electrical conductivity

Conductive Formulations Controlled conductivity

Therma-Tech™ Thermally Conductive Materials: Engineered materials that are lighter than metal and are easier to form, but do not compromise conductivity

A technical support team at Avient GLS Thermoplastic Elastomers conducted extensive compatibility testing to confirm proper bonding and overmolding onto the rigid substrate. Avient and the manufacturer conducted a series of molding trials to establish proper part performance, and the teams also coordinated sales, engineering and technical support in tandem.

The company’s product engineers developed specifications that included thermal conductivity in plane from 4 to 21 W/m.K (in compliance with ASTM E1461); glow wire resistance of 850°C/0.8mm (IEC 606095-2-12); and enough dimensional stability to allow it to be overmolded directly on LED components. The material added immediate benefits including: complex designs at lower costs than metal; lighter weight; inherent corrosion resistance; adaptability for ingress protection up to IP67; high heat resistance; compliance with UL94 V-0 flammability standards; and options for either electrically conductive or insulating properties.