Advantages of Reducing Fwmale Adapter Using Water as the Filling Medium

Advantages of Reducing Fwmale Adapter using water as the filling medium

1.The product quality is improved. Due to the use of internal ultra-high pressure constant pressure device, branch pipe constant pressure support and synchronous extrusion, the deviation of the wall thickness of the processed product is less than 8%, and the deviation of the length at both ends is less than 3%.

2. Saving raw materials: Due to the use of internal ultra-high pressure technology, the increase in the wall thickness of the main pipe is controlled, and the length of the raw materials is reduced by about 10% compared with 

the original.

3. Expansion of the processing wall thickness range: The original process did not use the internal ultra-high pressure constant pressure device, the initial internal pressure was low, the tube wall was less than 3mm, and the strength itself was not enough, and the internal pressure could not close the tube blank to the outer mold cavity, on both sides After being pushed in, the tube blank will be folded and discarded in the mold cavity. The new process can expand the processing wall thickness range to 1mm. It solves the technical problems of processed food and sanitary metal tee fittings.

4. Resource saving: Because the liquid filling medium cold extrusion molding process liquid circulation system is open, the processed workpiece will stick to some oil, and the high temperature formed under the ultra-high pressure will also evaporate some of the oil, which consumes a lot of oil. Great, replacing oil with water can save energy consumption.

5. Clean and environmentally friendly: Products processed with oil must be degreasing and cleaning before entering the next process. Acid, cleaning agent and water will be used. Diameter discharge will pollute the environment greatly, and sewage treatment will increase costs. The products processed by the internal high pressure forming process using water as the filling medium only need to be dried to enter the next process without causing pollution to the environment.