Advanced Flame Retardant Solutions
HIFILL® FR is a comprehensive line of flame-retardant engineering resins developed by Techmer PM. These compounds offer exceptional fire resistance while maintaining critical mechanical properties. HIFILL® FR is engineered to meet stringent safety standards and provide reliable performance in diverse applications.
Techmer PM’s HIFILL® FR flame retardant engineering resin portfolio encompasses polyolefins (160°C), all the way to up to ultra-high-performance resins such as PEEK (400°C process temperature). We employ numerous flame-retardant technologies in our product lines that are all REACH / RoHS-2 globally compliant. This includes halogen and antimony oxide compositions, red phosphorus polyamide grades, phosphate ester, and other non-halogen flame retardant additives.
HIFILL® FR compounds offer a distinctive blend of properties that enable them to excel in demanding fire safety applications. These compounds effectively balance flame retardancy with essential performance attributes, resulting in materials that not only meet stringent safety standards but also deliver exceptional durability, processability, and aesthetic appeal. Key characteristics and properties include:
The automotive industry relies on HIFILL® FR to meet stringent safety regulations and protect occupants in case of fire. These compounds offer a balance of flame retardancy, impact resistance, and heat resistance for various automotive components. Common applications include:
HIFILL® FR is crucial for creating fire-resistant building materials that contribute to overall fire safety. These compounds provide the necessary flame retardancy while maintaining structural integrity and durability. It's ideal for:
HIFILL® FR enhances product safety in consumer goods by reducing fire risks. These compounds can be used in a variety of applications without compromising product aesthetics or performance. Common applications include:
HIFILL® FR is essential for electronics and electrical manufacturers to ensure the safety of their products and protect against fire hazards. These compounds provide the necessary flame retardancy while maintaining electrical performance and processability. Applications include: