Discover the ultimate solution for high-temperature applications with our PTFE hose, expertly crafted with a robust steel wire braid.
Introducing the Stainless Steel Braided R14 Hose: Engineered for durability and flexibility, this convoluted PTFE hose is your perfect partner for challenging environments.
Tube: Crafted from temperature and chemical-resistant PTFE material, ensuring long-lasting performance in demanding applications.
Cover: Expertly braided with premium stainless steel for enhanced durability and resistance to high pressures.
Temperature Range: Engineered to withstand extreme temperatures from -60°C to 260°C, making it ideal for versatile applications.
Presenting the superior Stainless Steel Braided R14 Hose: Convoluted PTFE hose designed for reliability in high-pressure environments.
| Hose ID |
Hose OD |
Wall thickness |
Working Pressure |
Burst Pressure |
Minimum Bend Radius |
| inch |
mm |
mm |
mm |
Mpa |
Bar |
Mpa |
Bar |
mm |
| 1/4 |
4.65~5.16 |
7.32~8.43 |
0.89 |
4330 |
299 |
13000 |
897 |
71 |
| 5/16 |
5.97~6.81 |
8.26~9.42 |
0.76 |
4000 |
276 |
12000 |
828 |
76 |
| 3/8 |
7.54~8.38 |
10.36~11.63 |
0.76 |
3330 |
230 |
10000 |
690 |
127 |
| 1/2 |
9.93~10.64 |
12.78~14.10 |
0.89 |
2660 |
183 |
8000 |
552 |
133 |
| 5/8 |
12.57~13.34 |
12.75~16.76 |
0.76 |
2330 |
161 |
7000 |
483 |
177 |
| 3/4 |
15.24~16.51 |
18.62~20.14 |
0.76 |
2000 |
138 |
6000 |
414 |
203 |
| 1 |
21.46~22.99 |
24.64~26.95 |
0.89 |
1500 |
103 |
4500 |
310 |
241 |
| 1-1/4 |
27.80~29.40 |
31.90~33.50 |
1 |
600 |
41 |
2500 |
172 |
406 |
Inside our workshop: A glimpse into the precision-engineered manufacturing process of our high-quality hoses.
Explore our diverse range: A visual showcase of our other innovative hose types designed to meet various industrial needs.
We offer a comprehensive range of other hose types: Tailored to meet the specific needs of different industries and applications.
1. Steel Wire Braided Hydraulic Hose: Designed for high-pressure applications, ensuring optimum performance and safety.
SAE 100 R1 AT / DIN EN853 1SN: High-quality hose ensuring reliable performance in hydraulic systems.
SAE 100 R2 AT / DIN EN853 2SN: Engineered for robust applications requiring high durability and efficiency.
DIN EN857 1SC: Precision-engineered hose providing enhanced flexibility and pressure resistance.
DIN EN857 2SC: Designed for superior performance under high-pressure conditions.
SAE 100 R16: Built for strength and resilience in demanding hydraulic applications.
SAE 100 R17: A robust solution for hydraulic systems requiring high-pressure resistance.
SAE 100 R5: A reliable hydraulic hose for medium-pressure applications.
2. Steel Wire Spiral Hydraulic Hose: Engineered to handle extremely high pressures with unmatched durability.
DIN EN856 4SP: Designed for high-pressure applications with outstanding structural integrity.
DIN EN856 4SH: Providing exceptional performance in extreme pressure environments.
SAE 100 R12: Built to withstand high pressures, ensuring reliable operations.
SAE 100 R13: High-performance hose designed for extreme conditions.
SAE 100R15: Engineered for ultimate durability in high-pressure hydraulic systems.
3. Textile Braided Hydraulic Hose: A flexible and reliable choice for medium-pressure hydraulic applications.
SAE 100 R3: Designed for ease of use and flexibility in hydraulic systems.
SAE 100 R6: A versatile choice for medium-pressure applications, ensuring reliable performance.
4. Rubber Resin Hose: Engineered for resilience and flexibility, suitable for various industrial uses.
SAE 100 R7 / DIN EN855 R7: Designed for superior flexibility and pressure handling.
SAE 100 R8 / DIN EN855 R8: Engineered for high performance in demanding environments.
5. Steam Hose: Designed to handle high temperatures and steam pressures with ease.
Wire Braided Steam Hose: Built for high-temperature applications, ensuring safe and reliable performance.
6. PTFE Hose: Offering superior chemical resistance and flexibility for challenging applications.
SAE 100 R14: Engineered with PTFE for exceptional performance in high-pressure environments.
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