White Printed Frame Ultra Clear CNC Tempered Glass For Oven Door

Description of CNC Tempered Glass:

CNC only uses one grinding wheel, but integrates the processing cutter wheel of shape, through hole and guide angle together, so that the glass can be placed on the platform without further removal, and all kinds of processing are completed in order to ensure the accuracy and save working time.
Glass shape processing
Glass through hole and edge grinding
Edge grinding of R / C angle on glass
Edge grinding of R / C angle under glass

CNC tempered glass grinding:

Due to the appearance of glass processing, sand avalanche, edge collapse and other defects will occur at the edge of the upper and lower surfaces, so edge grinding is needed to eliminate the defects.
The difference between edge grinding of shape and edge grinding of guide angle.
A. Generally, the grinding wheel surface is vertical, and the diamond grinding surface is about 380 mesh, which is rough;
B. Guide angle grinding can be r angle or C angle according to customer requirements. The grinding wheel surface is in a certain angle or a certain radian. The diamond grinding surface is about 800 mesh, which is fine and can reduce the bad edge collapse.

CNC tempered glass usage area:
Automobile, train, shipping, building, furniture, automatic door, escalator, fireplace, etc. CnC tempered glass is used when strength, thermal resistance and safety are important considerations. CNC tempered glass can be found in shower doors, patio doors, store fixtures and other applications that could be dangerous in the case of human impact.

Tempered glass after CNC process

Tempered glass is a type of glass with even compressive stress on the surface which is made by heating float glass to nearly softening point and then cooling it down rapidly by air. During the instant cooling process, the exterior of glass is solidified due to rapid cooling while the interior of the glass is cooled down relatively slowly. The process will bring the glass surface compressive stress and the interior tensile stress which can improve the mechanical strength of glass by germination and result in good thermal stability.

Main Equipments for manufacturing