Syensqo
Syensqo is an international chemical group developing solutions for a variety of markets including Transportation, Electrics and Electronics, Consumer & Construction and Healthcare to name but a few. The Belgian company contributes to sustainability - with lightweight materials for cleaner and safer mobility and formulas that optimize resource consumption.
ALBIS has been working with Syensqo for 20 years as a distributor of Amodel® PPA. Over time we have expanded our relationship with the high performance polymer Xydar® LCP. In 2020 we have added IXEF® HC/GS (PARA) as well as the high performance polymers Kalix® and Omnix® HPPA.
® Registered Trademark of Syensqo

Products
XENCOR
The long-fibre XENCOR thermoplastics Compounds (LFT = long fiber technology) are innovative products for structural applications and metal replacement and are characterised by their durability, heat resistance, dimensional stability and mechanical strength. The LFT compounds are produced with specialty polymers such as polyphenylene sulfide (PPS); polyphthalamide (PPA); polyarylamide (PARA); high-performance polyamide (HPPA); and engineering polymers, such as polyamide 66 (PA66). Depending on the grade, they are available in black or natural colors. Standard pellet length is 9 mm.
Industries
Due to their high mechanical requirements, XENCOR products are used in the automotive industry, for example in engine components and seals. Because of their chemical resistance to aggressive substances, they are used in fuel systems, but above all in the chemical industry (reactor components, seals and pipelines). Their low density allows them to be used in vehicle construction, the aerospace industry and wherever weight savings are required. In addition, they are characterized by high heat resistance, making them ideal for the electrical industry, particularly for encapsulation or the protection of sensitive components.
Profile & Characteristics
- Durability
- Heat resistance
- Mechanical strength
- Chemical resistance
- Low density
- Good processability
- Dimensional stability