| Model NO. | 9 mm - 50 mm |
| Suitable for Car Brands | Li Auto |
| Car Model | Li Auto |
| Engine Type | a 1.2-Liter Turbocharged Three-Cylinder Engine |
| Component | Radiator |
| Body Material | Nylon |
| Cold Style | Air-cooled |
| Certification | ISO9001, TS16949, CE, RoHS |
| Structure | Screw Type |
| Cooling Fluid Type | Air |
| Radiator Type | Cross-flow |
| Radiator Core Type | Pipe |
| Cooling Fluid Brand | Mobil |
| Quality | According to Ts16949 CE/ISO |
| Packaging | Neutral Packaging or Customer's Requirement |
| Application | Ventilation and Cooling |
| Color | Black & Orange |
| Materials | Nylon |
| Transport Package | Cartoon |
| Specification | 8mm-29mm |
| Trademark | JNFLEX |
| Origin | Changzhou; Jiangsu; China |
| HS Code | 8307900 |
Unleash the power of adaptability with our Corrugated Pipe Flexible Plastic Conduit, meticulously crafted from the finest PA6, PA12, and PA612 Nylon materials. Designed for flawless integration into auto parts and cooling systems, this conduit pledges unrivaled durability and flexibility to tackle even the toughest automotive challenges.
Product Description
Product Description
Transforming the automotive landscape, our superior nylon tubing is engineered to uphold engine oil integrity, drastically minimizing the risk of leaks from crankshaft oil seals and crankcase gaskets. It serves as a robust barrier against oil vapor pollution, promising a cleaner environment, while also excelling in coolant transport. Tailored precisely for advanced automotive crankcase ventilation and cooling systems, it stands as a cornerstone of innovation and reliability.
| Product name | Corrugated Pipe Flexible Plastic Conduit in PA6 PA12 PA612 Nylon for Auto Parts and Cooling System |
| Material | PA6 / PA12 / PA612 |
| Shape | Capable of all shapes as per drawing |
| Color | Black / Orange |
| OEM/OEM | Yes |
| Quality certification | ISO 9001; IATF 16949 |
| MOQ | Negotiable or as per customer 's requirement |
| Packing | Carton Box / Plywood Case / Special Packaging Upon Customer Requirements |
| Supply cycle | Samples are 25-35 days; the order can be adjusted according to the situation for 40-60 days of normal manufacturing period. |
| Payment Terms | 100% TT / 30%TT in advance, balance 70% before delivery |
| Shipping port | Shanghai, China |
| Application | Automotive Crankcase Ventilation Systems; Automotive Battery Pack Cooling Lines; Energy Storage Cooling Lines |
Product Data & Specification
| Outer Diameter (OD) | Wall Thickness | Material |
| φ8 | 1 | PA6/PA12/PA612 |
| φ10 | 1 | PA6/PA12/PA612 |
| φ12.5 | 1/1.25 | PA6/PA12/PA612 |
| φ14 | 1/1.25 | PA12 |
| φ16 | 1/1.25 | PA6/PA12/PA612 |
| φ19 | 1.25/1.5 | PA12 |
| φ22 | 1/1.25/1.5 | PA6/PA12/PA612 |
| φ29 | 2 | PA12 |
Detailed Photos
| Performance Data | Long-term resistance to high temperatures up to 120°C, and up to 150°C for short durations; Low temperature resistance down to -40°C; Burst Pressure: ≥1MPa; Pressure Resistance: 10KPa-5KPa; Tensile Strength: ≥450N; Combustion Rate: ≤100mm/min; Hydrolysis Resistance; Fuel Resistance |
| Experimental Testing | Flame Retardant Performance; ELV; Density; Melting Temperature; Heat Deflection Temperature; Tensile Modulus; Thermal Aging; Permeation Resistance; Burst Pressure; Flexural Performance; Low Temperature Impact; Yield Stress; Elongation at Break; Cleanliness |
Product Application
Product Drawing&Features
| Extremely High Flexibility | Nylon pipe is lightweight and flexible, facilitating easy installation and maintenance. |
| High strength | Nylon tubing exhibits outstanding strength and tensile properties, capable of withstanding certain levels of pressure and tension. |
| Exceptional Wear Resistance | Nylon pipe surfaces are smooth, minimizing frictional wear and extending service life. |
| Exceptional Hydrolysis Resistance | Nylon pipe demonstrates good resistance to various chemicals, suitable for use in a variety of industrial environments. |
| Excellent Heat Resistance Performance | Nylon pipe exhibits outstanding strength and tensile properties, capable of withstanding certain levels of pressure and tension. |
