Full portfolio of plastics and processing aids.

CYCOLAC™ is a family of ABS-based engineering plastics combining high impact, good stiffness and easy processing with high surface quality.

CYCOLOY™ is a family of PC+ABS blends combining polycarbonate impact strength with ABS stiffness and processability.

GELOY™ is a family of ASA-based engineering plastics with outstanding UV, weather and ageing resistance, colour retention and high surface quality.

LEXAN™ is a family of engineering plastics based on polycarbonate (PC) and PC–siloxane copolymers, with very high impact, good heat resistance and high dimensional stability.

NORYL™ is a family of engineering plastics based on modified polyphenylene oxide (PPO™), combining very good electrical performance, low moisture uptake and high dimensional stability.

NORYL GTX™ is a family of PPO™+PA blends combining PPO stiffness and dimensional stability with polyamide chemical resistance.

Star® is a family of Ascend polyamides (PA6, PA6.6 and copolymers) with high mechanical strength, good wear resistance and favourable tribological properties.

VALOX™ is a family of PBT-based engineering plastics with high stiffness, very good dimensional stability, low moisture absorption and good electrical properties.

XENOY™ is a family of PC+PBT blends combining high impact with good chemical resistance and improved weatherability.

XYLEX™ is a family of PC / polyester blends combining high impact and clarity with very good chemical resistance and weatherability.

ULTEM™ is a family of high-performance PEI-based engineering plastics with very high heat resistance (Tg ~217 °C), excellent dimensional stability and high mechanical strength.

POLIMID is a family of Poliblend polyamide compounds covering POLIMID A (PA6.6), POLIMID B (PA6) and POLIMID C (PA6/PA6.6 copolymer).

SECOMID is a family of Poliblend polyamide compounds based on PA6 (SECOMID B) and PA6.6 (SECOMID A) produced from second-choice raw materials.

LNP™ is a family of SABIC specialty compounds available in multiple product lines tailored to specific application needs: COLORCOMP™ (colour and visual effects), ELCRES™ (enhanced dielectric performance), ELCRIN™ (rec…

EXTEM™ is a family of high-performance thermoplastics based on thermoplastic polyimide (TPI) for applications requiring very high heat resistance, dimensional stability and good mechanical and electrical performance.

SILTEM™ is a family of high-performance thermoplastics based on PEI–siloxane copolymers, combining the heat resistance of PEI with greater flexibility and improved processability.

Star is a family of Ascend specialty compounds based on various polymers, available in multiple filler and additive configurations — tailored to specific requirements such as mechanical strength, heat resistance, slid…

TEFABLOC™ is a family of MCPP thermoplastic elastomers (TPE-S and TPE-O) covering the TE line (2K injection and over-moulding onto engineering plastics), TO line (injection and extrusion of profiles and seals), TP lin…

OLEFISTA™ is a halogen-free flame retardant (HFFR) olefin-based compound with low smoke zero halogen (LSZH) properties.

A complete family of Chem-Trend processing aids: release agents (Alro), mould and plasticising-unit cleaners (Clean), technical lubricants (Lub) and corrosion protectants (Protect).

Professional Chem-Trend purging compounds in granulate form — for injection, extrusion, hot-runner and blow-moulding machines.

Polyethylene (PE) is a versatile thermoplastic family with very good chemical resistance, low moisture absorption and good processing characteristics.

Polypropylene (PP) is a thermoplastic family with low density, good chemical resistance, high stiffness and very good processing characteristics.

Vinyl-based flexible (PVC-P) and rigid (PVC-U) formulations designed for a wide range of applications — from window and door profiles and gutters to wire insulation and cable trays.

High-performance flexible PVC-P compounds for demanding environments, combining strong physical, mechanical and heat-ageing performance with outstanding surface aesthetics.