- Product Description
-
Product Introduction
The ultra-high-pressure test pipeline is a specialized line designed for high- and ultra-high-pressure testing equipment. The product incorporates nanomaterials in certain components, offering exceptional pressure resistance and impact durability. Its robust and stable tube structure ensures no deformation under high pressure, resulting in an extended service life.
Structure:
The core of the tube is primarily made from a nano-synthetic rubber material.The tube features a steel wire-wound reinforcement layer and a nano-synthetic rubber bonding layer in its middle section.
The outer layer of the tube is a protective coating primarily made from nanoscale synthetic rubber and carbon fiber.
The tube can withstand a maximum pressure of up to 150 MPa and has a length of 50 meters.
Product Specifications
Nominal inner diameter Work stress Experimental pressure Reference outer diameter Weight Minimum bending radius Connecting thread 6 70 105 120 150 105 153 180 225 14. 6–21. 4 0.6 to 1.6 200–210 M20 × 1.5 8 70 105 120 150 105 153 180 225 16. 6–23. 4 0.7 to 1.7 200–220 M22×1.5 10 70 105 120 140 105 153 180 210 18. 6–25. 4 0.9–2.0 230–250 M27×2 13 70 105 120 140 105 153 180 210 21. 6–28. 4 1. 0 to 2.4 260–300 M30×2
Ultra-high-pressure pressure test pipeline
- Product Description
-
Product Introduction
The ultra-high-pressure test pipeline is a specialized line designed for high- and ultra-high-pressure testing equipment. The product incorporates nanomaterials in certain components, offering exceptional pressure resistance and impact durability. Its robust and stable tube structure ensures no deformation under high pressure, resulting in an extended service life.
Structure:
The core of the tube is primarily made from a nano-synthetic rubber material.The tube features a steel wire-wound reinforcement layer and a nano-synthetic rubber bonding layer in its middle section.
The outer layer of the tube is a protective coating primarily made from nanoscale synthetic rubber and carbon fiber.
The tube can withstand a maximum pressure of up to 150 MPa and has a length of 50 meters.
Product Specifications
Nominal inner diameter Work stress Experimental pressure Reference outer diameter Weight Minimum bending radius Connecting thread 6 70 105 120 150 105 153 180 225 14. 6–21. 4 0.6 to 1.6 200–210 M20 × 1.5 8 70 105 120 150 105 153 180 225 16. 6–23. 4 0.7 to 1.7 200–220 M22×1.5 10 70 105 120 140 105 153 180 210 18. 6–25. 4 0.9–2.0 230–250 M27×2 13 70 105 120 140 105 153 180 210 21. 6–28. 4 1. 0 to 2.4 260–300 M30×2
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