Basic Structure Of High Pressure Pump
Fluid End
1. fluid cylinder
Made of high-quality stainless steel to enhance service life
2. Pump head bolt
Ultra high-strength stainless steel bolt
3. Valve assembly
Using high-performance stainless steel materials to improve service life
4. Liquid delh eiy manifold
Made of high-quality stainless steel to increase service life
5. Plunger
Mode of solid ceramic material
6. Plunger packing
Dynamic design of the ultra-high-pressure plunger seal allows for easy replacement with forced water supply, lubrication, and cooling
7. Atmospheric valve
Pressure safety component (equipped with two rupture discs
Power End
8. High strength base
Made of high-strength cast iron
9. Crankshaft
Ultra high-strength stainless steel bolt
10. Connecting rod
High ductility ductile iron, split type equipment
11. Cross head
Made of heavy section piston cast iron
12. Seat
Polyurethane with double seals or rubber seals
Product Design And R&D
In the beginning of the design and development phase, With the development of modem technology such as finite element method (FEM) and computational fluid dynamics (CFD) to ensure that the component design best. During the design and development of new products, the key parts in the test of fatigue after long time. The data obtained will be used to design models and products
Design of finite element of power end crankshaft
Design of finite element of fluid end and valve assembly
Quality Management Systems
The quality of the products has passed IS0 9001-2008 certification and European CE certification of product quality. Every product will go to the R& D Department for research and innovation, constantly strict test. As for FLOWJETECH, the quality of the products is not only the factory inspection standard, but has been integrated into every aspect of manufacturing products.
FLOWJETECH has its quality control system and quality control system of materials inspection, internal dimensions, and requires the supplier to provide material to provide a declaration of confommity.
In the initial stages of production and processing. Precise inspection and experimental equipment are used to control the quality of the products