10138519 Nozzle Tube Waterjet Cutting Head Spare Parts

Category:

Description

Waterjet cutting head spare part nozzle tube

Item number: 10138519

Description: 7″ x 9/16 nozzle tube with standard connection for .56 x 7 nozzle nut

There are also some other waterjet nozzle tubes for your choice:

10138477, 3” x 9/16 Nozzle Tube with Standard Connection for .56 x 3, Nozzle Nut Connection

10138485, 4” x 9/16 Nozzle Tube with Standard Connection for .56 x 4, Nozzle Nut Connection

10138493, 5” x 9/16 Nozzle Tube with Standard Connection for .56 x 5, Nozzle Nut Connection

10138501, 6” x 9/16 Nozzle Tube with Standard Connection for .56 x 6, Nozzle Nut Connection

10138519, 7” x 9/16 Nozzle Tube with Standard Connection for .56 x 7, Nozzle Nut Connection

10138527, 8” x 9/16 Nozzle Tube with Standard Connection for .56 x 8, Nozzle Nut Connection

10181105, 10” x 9/16 Nozzle Tube with Standard Connection for .56 x 10, Nozzle Nut Connection

FAQ about waterjet knowledge – How does a waterjet cutting head work?

The waterjet cutting head is the core component of the waterjet cutting system, which is mainly composed of nozzles, abrasive tubes, mixing chambers, focusing tubes, etc. The working principle of the waterjet head is to use a high-pressure waterjet intensifier pump to pressurize ordinary water to an ultra-high pressure of several hundred MPa, and then shoot the water through a small nozzle (with a diameter of about 0.1- 0.3 mm) to form a diameter of about 0.1 -0.3 mm. Finely adjustable water jets up to supersonic speeds (approx. 461 m/s).
If it is necessary to cut harder or thicker materials, abrasives such as pomegranate sand and corundum can be mixed into the water jet to form a sandy water jet. The cutting capacity of the sandy water jet is dozens of times higher than that of the pure water jet, and it can perform one-time cutting of any material with any curve.
The formation process of the sandy water jet is as follows: first, high-pressure water is sprayed from the nozzle, forming a negative pressure zone behind the nozzle, which attracts the abrasive in the abrasive tube into the mixing chamber; then, the high-pressure water and abrasive are in the mixing chamber Fully mixed to form a sandy water jet; finally, the sandy water jet passes through the focusing tube and is further accelerated and focused to achieve the best cutting effect

 

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