Shrink fitting uses temperature to change the dimensions of parts so that components fit and hold together. This joining technique is used in sub-assemblies to create a tight, interference fit…
Cryogenic deflashing for plastic parts is an automated batch process that removes mold flash, excess material that affects surface quality and can cause problems with sealing and assembly. During cryogenic…
Cryogenic treatment of your metal motorsports components can extend parts life and promote performance. The cryogenic metal treatment process uses a computer-controlled program that gradually reduces the temperature of automotive…
The cryogenic treatment of heat-treated metal is a one-time, permanent process that helps to eliminate residual stresses in metal components. Residual stress in materials is caused by a variety of…
Cryogenic deburring for nylon parts removes burrs that are left behind by machining operations such as turning, drilling, and milling. Learn more about nylon deburring from Nitrofreeze.
Cryogenic deburring for plastic parts uses tumbling, freezing, and a cryogenic-grade polycarbonate media to remove burrs left by machining operations. This batch process provides a cost-effective alternative to hand trimming…
Cryogenic deflashing media is used to remove mold flash from plastic and rubber parts. Depending on the cryogenic deflashing process, cryogenic-grade polycarbonate media or dry ice particles are used.
Cyrogenic deflashing removes mold flash from plastic and rubber parts for improved appearance and performance. There are three different versions of this surface finishing process. The first, known simply as…
Cryogenic deflashing for molded parts removes mold flash from hard-to-reach areas such as cross-holes, blind holes, and other difficult geometries. During the plastic or rubber molding process, flash or flashing…