Technyl® solutions for fluid parts in systems
Today’s fluid barrier applications require product materials that hold up under severe conditions. Exposure to harsh liquids, high pressure, and broad temperature ranges represents a tough, yet mission-critical challenge for both human safety and product performance.
Technyl® polyamide solutions from Domo Engineering Plastics offer the chemical, vapor, and temperature resistance properties that manufacturers need for automotive and industrial applications. Particularly well-adapted for parts and systems involving fuel handling, pneumatics/hydraulics, cooling, and other containment requirements, Technyl® offers a flexible and cost-effective alternative to standard and long-chain polyamides.
Main Technyl® fluid barrier benefits
- Excellent chemical, temperature and UV resistance for a strong fluid barrier
- Bio-sourced materials for injection and extrusion applications
- High metal bonding capacity as a coating material
Keeping fluids where they belong
With extrusion and injection grades, Technyl® fluid barrier solutions cover your needs from pipes and tubes to salt-resistant automotive parts. Technyl® offers excellent metal bonding capacity, such as for coating aluminum to replace expensive copper tubing in cooling appliances and systems.
- Higher performance alternative to PA12
- Low humidity absorption
- Chemical resistance to road salts and water vapor
- Corrosion protection
- Reduced environmental footprint
- Several grades available, including glass-reinforcement, impact modified, and heat stabilized
High chemical resistance
Technyl offers the chemical resistance needed to seal batteries, increasing working life while preventing any electrolyte leakage or fire outbreak.
Unique mechanical properties at various temperatures and low permeability make Technyl® grades the materials of choice for applications where long service life is a vital factor.
Holding up under pressure
In addition to strong mechanical performance and class-leading chemical resistance, Technyl® is ideal for applications where high pressure resistance is a key functional requirement.