HFFR compounds for e-vehicle cables

HFFR compounds for e-vehicle cables

Padanaplast launches PIN flame retardant compound for ultra-flexible, high-voltage e-vehicle battery and powertrain cables. The new performance XLPO-HFFR (halogen-free flame retardant, silane cross-linkable polyolefin) compound also offers thermal and mechanical...
Thermally conductive epoxy resins for LEDs

Thermally conductive epoxy resins for LEDs

Electrolube has developed thermally conductive PIN flame retardant epoxy resins for LEDs. ER2074 is a white resin which uses PIN flame retardants to achieve UL94-V0 with low smoke and fumes. It is thermally conductive (1.26 W/m.k), does not contain abrasive fillers so...
High-performance, ultra-insulating polymers

High-performance, ultra-insulating polymers

pinfa member BASF has developed new bromine, chlorine and antimony free FR polyamide and polyester solutions for IT, construction, e-mobility. The new compounds are an unreinforced polyester, and a reinforced polyamide. They offer fire performance (UL94-V0 @ 0.4 mm),...
3D-printing modifies fire performance

3D-printing modifies fire performance

Tests show that 3D-printed polycarbonate with and without PIN FRs show different fire performance results than granules. 3D-printable polycarbonate (Covestro) was tested with two different transparency-compatible PIN FR masterbatches (Gabriel-Chemie) then extruded to...
Lithium-ion battery fire safety

Lithium-ion battery fire safety

Flame retardants are a key protection technology to reduce the specific problem of lithium-ion battery fires. Fires in lithium ion batteries (LIB) are uncommon, but are of concern because such batteries are ubiquitous, with increasingly large units such as in...