Product Description
Our competent team of professionals and years of experience enable us in offering an exclusive array of Thermoplast High Pressure Flexible Hoses. Manufactured using optimum grade of materials, these hoses are renowned for features like resistance to corrosion, easy fittings, durability and high tensile strength. Our Thermoplast High Pressure Flexible Hoses find application in several areas like steel processing, hydraulic systems, plastic molding machines and food processing industries for transferring high pressure liquid substances. To satisfy the diverse needs of industries we offer flexible hoses in different specifications to choose from.
Applications:
- High Pressure Hydraulic
- Rescue Tools
- Measuring and Control Techniques
- Surface Treatments
- Lubrication Techniques
Technical Specifications:
| SAE 100 R-1 |
| INCH | W.P BAR | MIN. B.P BAR | MIN. BEND MM |
| 3/16 | | | |
| 1/4 | 234 | 938 | 100 |
| 5/16 | 216 | 862 | 114 |
| 3/8 | 193 | 772 | 127 |
| 1/2 | 172 | 690 | 178 |
| 5/8 | 129 | 517 | 203 |
| 3/4 | 108 | 430 | 240 |
| 1 | 86 | 345 | 305 |
| SAE 100 R-2 |
| W.P BAR | MIN. B.P BAR | MIN. BEND MM |
| 379 | 1517 | 100 |
| 322 | 1290 | 110 |
| 303 | 1214 | 127 |
| 266 | 1062 | 178 |
| 209 | 834 | 203 |
| 171 | 683 | 241 |
| 152 | 607 | 305 |
| SAE 100 R-7 |
| W.P BAR | MIN. B.P BAR | MIN. BEND MM |
| 208 | 832 | 75 |
| 190 | 759 | 102 |
| 172 | 690 | 114 |
| 155 | 621 | 127 |
| 138 | 552 | 178 |
| 103 | 414 | 203 |
| 86 | 345 | 254 |
| 69 | 276 | 305 |
| SAE 100 R-8 |
| W.P BAR | MIN. B.P BAR | MIN. BEND MM |
| 345 | 1379 | 102 |
| 293 | 1172 | 114 |
| 276 | 1103 | 127 |
| 241 | 966 | 178 |
| 190 | 756 | 203 |
| 155 | 621 | 240 |
| 138 | 552 | 305 |
Exceptional Durability and PerformanceBuilt with thermoplastic materials, these high pressure hoses provide robust resistance to abrasion, ozone, and adverse weather. The oil-resistant synthetic inner tube delivers reliable hydraulic performance under high pressure, making these hoses particularly beneficial where longevity and low maintenance are required.
Versatile Applications in Multiple SectorsThese hoses are engineered for high pressure and hydraulic fluid transfer, suiting a spectrum of industries such as construction, mining, agricultural, and industrial settings. Thanks to their flexibility, long available lengths, and high pressure capacity, they address demanding operational requirements with ease.
FAQs of Thermoplast High Pressure Flexible Hoses:
Q: How are Thermoplast High Pressure Flexible Hoses typically installed?
A: These hoses can be installed using swaged or crimped end fittings to securely connect them to your hydraulic or fluid transfer systems. Professional installation ensures safety and optimal performance, particularly in high pressure applications.
Q: What makes these hoses suitable for harsh environments?
A: Manufactured with abrasion, ozone, and weather resistant thermoplastic covers, along with oil resistant synthetic inner tubes, these hoses maintain integrity and function even under challenging conditions, reducing downtime and maintenance costs.
Q: When should I consider using thermoplastic hoses instead of rubber?
A: Thermoplastic hoses are a superior choice when high pressure resistance (up to 700 bar), flexibility, lightweight construction, and enhanced resistance to environmental factors like ozone and sunlight are required.
Q: Where can these high pressure hoses be effectively used?
A: Suitable for industrial, construction, mining, and agricultural applications, the hoses cater to a range of hydraulic and high pressure fluid transfer needs in both indoor and outdoor settings.
Q: What benefits do swaged or crimped fittings offer in these hoses?
A: Swaged or crimped connections provide a secure, leak-proof joint, ensuring these hoses withstand high pressures safely and enhance the longevity of your fluid transfer systems.
Q: How does the smooth finish and Shore A hardness contribute to the hose performance?
A: The smooth finish reduces friction during handling and installation, while the Shore A hardness of 85 3 offers an optimal balance between flexibility and resistance to kinking, thereby improving operational reliability.