Item: JF water rotary joint
Medium: coolant water/ hot water
Max.Speed: 2000 R.P.M
Max. Pressure: 2.5 Mpa
Temperature: 80/130
commercial plastic bag + paper box + wooden case
or depend on client's require.
Supplier: Drill collars, heavy weight drill pipes, rotary kellys, subs / pup joints, pipe billets (solid bars), pipe billets (bored bars), steel forgings / forged bars, continuous casting blooms, ingots
Supplier: Drill collars, heavy weight drill pipes, rotary kellys, subs / pup joints, pipe billets (solid bars), pipe billets (bored bars), steel forgings / forged bars, continuous casting blooms, ingots
Metal Stamping Die parts CNC milling Metal Stamping,Metal Stamping Die parts PRODUCT DESCRIPTION There are several processing methods for stamping dies: 1. Manual grinding and polishing, which is a relatively traditional mold surface processing method, mainly relying on the operator's experience and technology to process, but manual polishing is time consuming, inefficient, and some Complex surfaces or joints can be more difficult to handle. 2, mechanical finishing - grinding processing. Common grinding equipment includes surface grinders, internal and external cylindrical grinders, tool grinders, etc. In order to ensure accuracy, CNC machining is generally used. According to the shape of different parts, choose the appropriate type of grinding machine. The plate type parts are made of surface grinder, and the arc surface and rotary surface parts are made of internal or external cylindrical grinder or tool grinder.  3, mechanical finishing - CNC milling machine. The stamping and drawing die surface processing method not only has high processing efficiency, but also has good processing quality, and can be used in other aspects besides a cavity having an inner acute angle and a very narrow and deep cavity. It has become the mainstream process of stamping die processing in foreign countries, and China is also actively developing.  The stamping and drawing die should ensure the accuracy of the position of each related part in the mold, increase its resistance to bending and anti-offset, and avoid uneven wear of the mold.
