Carbide high pressure waterjet cutting nozzles, also known as carbide waterjet gauze tubes, abrasive nozzles, water nozzles, waterjets, waterjet gauze tubes, are mainly used for metal cutting, ceramic cutting, stone cutting, glass cutting and other material cutting.

1. 100% virgin material, can be supplied with tantalised titanium coating for increased wear resistance.

2. Specifications are Φ6.35,Φ7.14,Φ7.6,Φ9.45.

3. Made of special material, long service life, hardness up to 96.5, good wear resistance.

4. Can be produced in sizes as required.

Characteristics of carbide high pressure water jet cutting nozzles.

The use of ultra-fine nano tungsten carbide particles takes the wear resistance to a new level, and the superior wear resistance makes it far superior to the ordinary tungsten carbide

nozzle's service life. The cobalt content is less than 0.6%, the density is between 15.45g/cm3 and 15.6g/cm3, and the bending resistance is between 2000MPa and 2400MPa.

Superb oxygen resistance, small coefficient of thermal expansion, extremely high hardness and density, greatly surpassing other similar products, using hard

Alloyed sand tubes are even more wear resistant.

The selection of materials for sand pipes is very important as they are subjected to high speed abrasive particles. Generally speaking, the material must have high hardness and high resistance to abrasion.

Abrasion resistance, one or the other, is essential. They are generally made of a composite tungsten carbide material. As a rule, WC is the main wear-resistant phase in cemented carbide.

WC is usually the main wear-resistant phase in cemented carbide in the form of particles and CO is only used as a binder.

Carbide high pressure water jet cutting nozzles are used for.

1. is a nozzle used as a nozzle for mixing abrasive with water at the exit of the jet of a high pressure abrasive water jet processing machine tool. Because of its internal

jet conditions, the abrasive is accelerated to the abrasive tube internal wear is very large, so the need to use very wear-resistant materials to manufacture, the abrasive tube of the

The structure of the abrasive tube is very simple, consisting basically of two sections, a conical inlet and a cylindrical outlet. The dimensions vary slightly depending on the

The dimensions vary slightly depending on the application.

2. Using ultra-high pressure technology, ordinary tap water can be pressurised to a pressure of 250-400 MPa and then passed through a bore diameter of 0.15-0.35 mm.

0.15~0.35mm jewel nozzle to form a high-speed jet with a speed of 800~1000m/s, commonly known as

The water jet has high energy and can be used to cut soft base materials. If the right amount of abrasive is added to the water jet, it can be used to cut almost any material.

the water jet can be used to cut almost any hard or soft material. By adjusting the pressure and flow rate of the water jet, it can be used to clean a variety of

objects, such as glue, paint and rust removal, etc. We can also use UHP technology for autoclaving, food preservation and many other

We can also use UHP technology for autoclaving, food preservation and many other tasks that are beneficial to mankind.

3. Failure to align the nozzle with the sand pipe can cause premature wear of the sand pipe, so to prolong the life of the sand pipe, first align it with water to ensure that the water flow is centred before use. Rotating the sand pipe 120 degrees will also increase the degree of centripetal wear.

The following three issues should be noted.

(1) The gem (diamond) nozzle is not centred on the sand tube.

(2) Check that the new gem (diamond) nozzle is not chipped.

(3) The sand mixing chamber is showing wear.

If the jet is not centred, the jet will hit the inner wall of the sand tube directly, resulting in a reduction in cutting speed and a dramatic reduction in the life of the sand tube. Normal sand tube wear shows a centripetal and continuous wavy wear pattern from inlet to outlet.