Sand blasting for glass processing
Price: | 36 000 UAH |
Company: | Novyij Stil' plyus |
Seller: | Lyushnenko Anatolij Viktorovich |
Phones: | +380975075815 Show phone |
Address: | Ukraine, Zhytomyrs'ka Oblast', Zhytomyr |
Sandblasting
the camera is designed for mechanical matting sheet glass or mirrors
loose abrasive materials.
Sand blasting allows materbate the glass sheet, in whole or in
the stencil, creating sand pictures. The camera can be equipped with one
or two "guns", the package includes a nozzle made of boron carbide. In
as an abrasive is used fractional sand or aluminum oxide.
The camera is equipped with a forced ventilation system, the working area is illuminated for
visual control for processing glass. Abrasive
used repeatedly.
The compressor is not included.
Technical characteristics chambers:
Glass thickness maximum 40 mm
The weight of the glass maximum up to 150 kg
Dimensions of glass: max width 1650 mm
Dimensions of glass: length 2800 mm
The grain size of the abrasive (aluminum oxide) 0,1-0,8 mm
Single loading hopper abrasive max 50 kg
The air flow on the 1st injector at a pressure of 6-8 kg/cm sq 450-580 l/min
Performance 15-20 min/m2
Power consumption max 1.5 kW
Voltage 380 V,50 Hz
Machine dimensions: LxWxH HH
Machine weight: not more than 650 kg
Performance this sand unit is 15-20 min/m sq. consumed power - 1.5 kW, the maximum size of the processed surface of the glass or mirrors - h mm, overall dimensions - HH mm.
In the sandblasting chamber provided by the container, up to 50 kg, for loading of abrasive (sand, aluminum oxide or silicon oxide, grain size from 0.1 to 0.8 mm), where the compressor is supplied compressed air, which delivers the abrasive for sandblasting gun. To increase life sandblasting gun, we've equipped it with the nozzle of boron carbide one of the most solid and wear-resistant materials.
From sandblasting gun, abrasive mixture is directly emitted to the surface, after which abrasive grains, knock the glass or mirror microrecovery, making a dull surface, or creating the surface of the glass figure. By adjusting the pressure and changing the grain size of the abrasive material, it is possible to obtain a different degree of "roughness" of the glass.