Descripción
Waterjet repair the High Pressure Fittings
Usage: Normally, a waterjet intensifier has many high pressure fittings with different dimension.
Related waterjet repair of the high pressure fittings:
| Número de artículo | Specification | Descripción |
| 1000878 | 6mm | Glándula |
| 1001568 | 10mm | |
| 1000701 | 14mm | |
| 1000971 | 6mm | Collar |
| 1001567 | 10mm | |
| 1000702 | 14mm |
Ohter related waterjet cutting parts:
| 1027347 | Cuerpo de la válvula |
| 1004604 | Conjunto de válvula de retención |
| 1003551 | Pistón hidráulico |
| 1003544 | Cilindro hidráulico |
| 1003644 | Carcasa del filtro |
| 1003433 | Adaptador de válvula de retención |
| 1004146 | Cilindro hidráulico |
| 1001653 | Anillo de sellado de alta presión |
| 1009700 | Acoplamiento |
| 1003302 | Filtro de alta presión |
| 1004541 | Kit de reparación de válvulas de retención |
| 1004386 | Anillo de retención del pistón |
FAQ of waterjet cutting machine & waterjet repair:
- What materials are waterjet high pressure fittings made of? Waterjet high pressure fittings are typically made of durable materials that can withstand high pressure and resist corrosion, such as stainless steel, brass, or titanium.
- How do I choose the right waterjet high pressure fittings for my system? The choice of waterjet high pressure fittings will depend on factors such as the operating pressure of the system, the size and type of hoses and tubes, and the specific requirements of the application. It is important to choose fittings that are compatible with the rest of the system and can handle the required pressure.
- How do I install waterjet high pressure fittings? Installation procedures will vary depending on the type of fitting and the specific system requirements. It is important to follow the manufacturer’s instructions and use appropriate tools and techniques to ensure a secure and leak-free installation.
