About Syensqo

Syensqo, established in 2023, is an innovative player in the plastics industry, headquartered in Brussels, Belgium. By prioritizing environmentally responsible production methods and materials, Syensqo aims to reduce their carbon footprint and promote sustainable growth within the industry. Syensqo's product portfolio includes high-performance polymers and plastic additives designed to enhance product durability, efficiency, and recyclability. Through reliable and versatile plastic materials, Syensqo supports various applications, from automotive components to consumer goods and industrial applications.

Omnix® 1030 ECHO RPRF

Omnix® 1030 ECHO RPRF by Syensqo is 98% recycled content-based HPPA for lightweight toddler bikes. It can reduce the carbon footprint by up to 72% compared to conventional materials. <br> <ul style="padding-left: 40px;"><li> It maintains strength, durability, and quality for everyday use. </li> <li>It supports the replacement of traditional metals and engineering plastics with circular, high-performance alternatives for bicycle and e-bike manufacturing. </li> <li>It is used in structural bicycle components, including the front fork, back fork, and handlebar, for bicycle and e-bike applications in the leisure goods industry. </li></ul>

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Amodel® PPA HFFR-4130 BK324

Amodel® PPA HFFR-4130 BK324 by Syensqo is a speciality PPA polymer grade. It provides resistance to thermal shock, automatic transmission fluid (ATF) corrosion resistance, and UL94 V-0 flame retardancy performance. Amodel® PPA HFFR-4130 BK324 is used in electric vehicle e-propulsion systems and advanced thermal management applications, specifically for electric powertrain busbar components.

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Omnix® DW-4650

Omnix® DW-4650 by Syensqo is a high-performance polyamide compound resin designed for thermostatic valve bodies in sanitary fittings. It offers superior freeze resistance, mechanical strength, and long-term durability. <br> <ul style="padding-left: 40px;"><li> It shows ability to withstand 5–6 freeze-thaw cycles at −5°C under internal water pressure. </li> <li>It maintains toughness after 1,500 hours of hydrolytic aging at 60°C, meets key mechanical requirements such as burst pressure, assembly torque, and metal insert retention. </li> <li>It enables manufacturers to replace metal parts for more reliable and cost-effective products. </li> <li>It is used in sanitary fittings, particularly thermostatic valve bodies for showers and faucets. </li> <li>It is NSF 61 certified for drinking water contact applications. </li></ul>