Engineering plastics high-precision small-diameter tubing
Engineering plastics high-precision small-diameter tubing is manufactured from high-performance engineering resins, offering superior mechanical strength, heat resistance, chemical resistance, and dimensional stability. It is engineered for high-end applications such as automotive, aerospace, precision instruments, interventional medical devices, and high-temperature fluid handling.
Materials
Optional modifications with glass-fiber reinforcement, antistatic, flame-retardant, or radiation-resistant additives.
POM Flaring & flanging tube
PBT Plastic tube
PA6 Plastic tube
PA66 Flaring & flanging tube
Material Properties & Technical Specs
| Material | Core Advantages | Key Applications |
| POM | High rigidity, extremely low friction, excellent fatigue resistance, and outstanding dimensional stability | Gear transmission sleeves, pneumatic control tubes, precision instrument bearing sheaths |
| PBT | Low water absorption, excellent electrical insulation, and high chemical corrosion resistance | Electronic transformer insulation tubes, connector sheaths, fiber optic protective tubes |
| PA6 | High impact resistance, good comprehensive mechanical properties, and excellent wear resistance | Wear-resistant protective sleeves, mechanical wire-routing tubes, automotive interior tubes |
| PA66 | High strength, high rigidity, superior heat resistance compared to PA6, and higher hardness. | High-pressure oil pipe sheaths, mechanical structural support tubes, precision bearing cages |
| PA12 | Extremely low moisture absorption (dimensions unaffected by humidity), excellent low-temperature toughness, and outstanding fuel resistance | Automotive fuel delivery tubes, pneumatic brake lines, high-precision hydraulic conduits |
Core Technologies
Key Product Advantages
High Dimensional Stability
Compared to conventional soft plastics, engineering plastics exhibit lower moisture absorption (especially PBT and PA12), maintaining stable diameters in complex environments to ensure consistent fluid flow rates.
Temperature & Chemical Resistance
Excellent thermal stability, maintaining toughness under long-term operating temperatures (typically -40°C to +120°C, depending on material), while resisting various oils, solvents, and chemicals.
Lightweight & Eco-Friendly
With a density about 1/5 that of metals, they significantly reduce overall product weight and are recyclable.
Customizable Manufacturing
Supports custom sizing, wall thickness and colors, lengths are available upon request.