The product consists of a high-quality rubber body, a metal threaded joint (internal thread/external thread), a reinforcement layer and a seal. The rubber body has excellent elasticity, medium resistance and aging resistance. The metal threaded joint is treated with anti-corrosion, ensuring firm connection and no leakage. The threaded connection design can quickly complete installation and disassembly, greatly improving construction and maintenance efficiency.
Core Technical Parameters
| Categoría | Detalles |
| Diámetro nominal (DN) | 15mm-100mm (commonly used DN20-DN50), special specifications can be customized |
| Presión de trabajo | 0.6MPa, 1.0MPa, 1.6MPa, 2.5MPa; 1.0-1.6MPa is selected for conventional working conditions |
| Rubber Material | Conventional natural rubber (suitable for tap water); nitrile rubber (oil-resistant); EPDM rubber (acid-alkali resistant, aging-resistant); fluororubber (high corrosion resistance, high temperature resistance) |
| Thread Specification | British Standard Pipe Thread (BSP), Metric Thread (M), National Pipe Thread (NPT); internal thread/external thread can be customized on demand |
| Thread Material | El material estándar es el acero al carbono (Q235), aunque se puede personalizar con acero inoxidable (304, 316L). |
Product Advantages
- Convenient Installation: Threaded connection does not require flanges or bolts, and can be installed and disassembled manually, suitable for construction in narrow spaces.
- Shock Absorption and Noise Reduction: The rubber body effectively absorbs equipment vibration, reduces pipeline operation noise, and reduces vibration damage to the pipeline.
- Displacement Compensation: It can flexibly compensate for axial and lateral displacement of the pipeline and slight angular deviation, avoiding stress damage to the pipeline caused by thermal expansion and contraction or foundation settlement.
- Compact Structure: Small in size and light in weight, it does not occupy too much installation space and is suitable for various simple pipeline systems.
