Cyclic Corrosion Cabinet | Gryke Scientific

ATLAS (CORROSION CABINET)

SF cabinets are used to quickly qualify a coating or material on a pass-fail basis, or determine the probability of corrosion of a specific material.
SF applications include: Architectural, Chrome Plating, Fastners, Government, Military, Paints/Coatings, Laminated/Coated Plastics and Steel Structures.

Basic cyclic tests are used to qualify a coating or material for a specific end use on a pass-fail basis, or determine the probability of corrosion of a specific material.
Applications include: Aerospace, Appliances, Automotive, Government, Marine Craft, Paints/Coatings, Research, and Telecommunications.

The CCX is the most advanced, sophisticated and versatile laboratory corrosion testing cabinet. With installed options, it can replicate up to 15 environmental conditions, placing powerful capability in the hands of the user.
Advanced cyclic tests are used to qualify a specific coating or material for a wide range of end uses, to quickly qualify a coating or material on a pass-fail basis, to predict service life or determine the probability of corrosion of a specific material.
Applications include: Aerospace, Automotive, Research, Electronics, Government, Military, Paints/Coatings, Robotics, and Telecommunications.

Testing of assembled components provides an advantage for evaluating the combination of potentially incompatible materials. An Atlas Walk-in allows testing of oversized samples and assembled components, such as motorcycles, electrical panels for outdoor use, household appliances, vehicle seats, pressurized cyclinders, bicycles, military items, ranch and farm machinery, snowmobiles, window/door assemblies and much more.
Installing MH (metal halide) or MHG (metal halide global) luminaries in Atlas Walk-in chambers increases the testing capabilities for any lab. NOW, entire assemblies and oversize samples can be tested for UV resistance, corrosion and other environmental conditions in the same unit.