Polypropylene compound obtained by recycling of industrial scrap, 10% filled with calcium carbonate. Flowability for injection molding. Available in white version and coloured as per sample.

Polypropylene homopolymer obtained by recycling selected industrial scraps, 30% filled with calcium carbonate. Flowability for injection molding. Available in natural version and colored as per sample.

Polyproplene compound flame retardanted; classifiable, according to the norms of UL94, V0 at 3.0 mm. Totally halogen and heavy metals free, few emission of smoke at low density and opacity. High flowability for injection molding in applications for the electric and electronic field. Available in natural version and colored as per sample.

Carbon Fiber - Electrically Conductive

Carbon Fiber - Electrically Conductive - Preliminary Datasheet

Carbon Fiber - High Flow - Electrically Conductive

Carbon Fiber - Electrically Conductive - EMI/RFI/ESD Protection

Carbon Fiber - Electrically Conductive - EMI/RFI/ESD Protection

Flame Retardant - ESD Protection - Static Dissipative

ESD Protection - Static Dissipative

ESD Protection - Static Dissipative - Medium MFR

ESD Protection - Static Dissipative - Standard MFR

Electrically Conductive - Flame Retardant

Flame Retardant - ESD Protection - Electrically Conductive

ESD Protection - Electrically Conductive

Electrically Conductive - ESD Protection - Impact Modified

ESD Protection - Electrically Conductive - Medium MFR

Glass Fiber - ESD Protection - Electrically Conductive - Flame Retardant - Halogen Free - Preliminary Datasheet

Glass Fiber - ESD Protection - Electrically Conductive

ESD Protection - Electrically Conductive - Standard (Low) MFR

ESD Protection - Electrically Conductive - Glass Fiber - Flame Retardant - Preliminary Datasheet

Glass Fiber - ESD Protection - Electrically Conductive - Flame Retardant

Glass Fiber - ESD Protection - Electrically Conductive

Glass Fiber - ESD Protection - Electrically Conductive

Glass Fiber - ESD Protection - Electrically Conductive

Glass Fiber - ESD Protection - Electrically Conductive

Carbon Fiber - ESD Protection - Electrically Conductive

PP flame retardant class V0, 20% chemically coupled glass fibre reinforced, excellent mechanical characteristics, excellent heat resistance. Electrical field, light system parts.

PP flame retardant class V0, good mechanical characteristics. Electrical field, electronic parts.

Polypropylene flame retardant class UL V0, class M2 according to NF P 92-507, 20% glass fibers reinforced, excellent mechanical properties, easy processing. This product has been specially formulated for the chairs production (home, office, public places, stadium), but it may used in normal applications forflame retardant polypropylene.

Polypropylene flame retardant class UL V0, class M2 according to NF P 92-507, 20% mineral filled, good mechanical properties, easy processing. This product has been specially formulated for the chairs production (home, office, public places, stadium), but it may used in normal applications for flame retardant polypropylene.

This is a conductive compound, polypropylene-based containing mineral filler, with electrical surface resistivity <3000 Ohm, an excellent thermal stability (Aging resistant at 150°C for >350 hours) and that shows high thermal properties with Vicat (according ISO306 B50) higher than 112°C. It has several approvals from car manufacturers for the production of the coverage of electric batteries in cars

Polypropylene - 25% Mineral filled, White Electrical & Electronics: Power distribution components

Explore CT PP is a rotomoulding composite technology based on a dual layer system designed to provide ultimate performance. The technology is based on a polypropylene (PP) outer layer (XP9041) and a polyolefin modified (XP9042) inner layer. The system combines the beneficial properties of the PP with improved impact resistance.

EXTRON 200 GFS HSE is a glass fibre reinforced polypropylene compound. It is a low flow injection moulding grade developed for components requiring high rigidity and high heat deflection temperatures with improved creep resistance. It has been stabilized to meet heat aging requirements of 1000 hours at 150°C.

Extron 300 GFS UV3 is a 30% glass fibre reinforced coupled polypropylene compound. It is a low flow injection moulding grade developed for rigid components requiring high heat deflection temperatures and low mould shrinkages. It is UV stabilized for continuous outdoor exposure.

EXTRON 3007 FC is a 30% glass fibre reinforced polypropylene compound. It is a medium flow injection moulding grade developed for components requiring a combination of high rigidity, low shrinkage and improved creep resistance. It has been manufactured in accordance with Australian Standard AS 2070-1999 "Plastic Material for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21, parts 170-199.

Extron 3011 HS is a 45% glass fibre reinforced coupled polypropylene compound. It is a medium to high flow injection moulding grade developed for components requiring excellent creep resistance with high heat deflection temperatures, very high rigidity and good impact strength. It has been stabilized to meet automotive heat aging requirements of 21days at 150°C.

Extron 3012 UV3 is a 10% glass fibre reinforced coupled polypropylene compound. It is a medium flow injection moulding grade developed for components requiring high rigidity, good impact strength, high heat deflection temperatures and improved creep resistance. It is UV stabilised to withstand outdoor weathering.

Extron 3013 HS UV3 is a 20% glass fibre reinforced coupled polypropylene compound. It is a medium flow injection moulding grade developed for components requiring high rigidity, good impact strength, high heat deflection temperatures and improved creep resistance. It is UV stabilised to withstand long term outdoor weathering.