Wet Sandblasting Machine, Wet Sand Blasting Cabinet

Wet Sandblasting Machine, Wet Sand Blasting Cabinet

In the wet blasting process, abrasive media is mixed with water in a slurry pump. The pump deliver the mixture to the blasting gun while compressed air is to be the accelerate power. 

The obvious advantages of wet blasting comparing with dry process can be listed as following:

1. Dust free, The introduce of water reduces the dust up to 98%, keep a clean and clear working chamber.

2. Decrease the friction heat generated during the blasting in order to prevent color change of workpieces.

3. Eliminate the surface removal of special components, an ideal equipment to operating dedicated parts

4. The water's crusion affection minimize the wear and damage caused to the sandblast machine and extend its life.

Wet Sand Blasting Machine Features

• Stainless steel body, anti-rust. The working chamber is equipped with a rubber plate to prevent the jet impact.

• The wet sandblast cabinet is equipped with a slurry pump delivering highest mixture of abrasive and water.
  

• Rust resistant blast gun with durable boron carbide nozzle can be used for long time wet blasting.

• Foot pedal controlled working of blasting gun ensures safe and reliable working.

• The wet blasting cabinet has buit-in pressure regulating valve and gauge for easy operation.

• There is screen washer installed in the glass window keeping a clear view during the wet blasting
  

• Wet abrasive blast machine with compact and simple structure requires less maintenance.

• An additional dust extractor ensures higher quality working conditions.

Sandblasting Gun	Slurry Pump
Window Screen Washer	Dust Extractor

Wet Sandlasting Cabinet Specifications

Popular Standard Models of Wet Blasting Machine

Wet Sandblasting Machine Application

Wet sandblasting machine is an innovative sandblasting equipment, a significant revolution in sandblasting industry, it was deeply welcomed and recognized by the users as soon as it came out. As the excellent feature of delicate finishing, it can be widely used for precise parts, such as aerospace, electronics, weapons industry, automation, optics and other instrumentation industries; machine tools, molds, hydraulic parts, hardware tools, cars, tractors, motorcycles, power machinery, train locomotives and other factories, textile machinery parts, medical equipment parts, chemical machinery, metal materials, artificial crystals, springs, metal processing industry, dental, jewelry, watches, clocks, glasses and other high precision requirement industries.