Charging racks and fixtures

Charging racks made from heat resistant steel alloys

Charging racks made from heat-resistant steel alloy for charging aircraft landing gear parts made from 300 M material. The addressed parts become austenitized in AMS 2750 E furnace class 2 atmosphere furnaces and quenched in large volume oil quench tanks.

Charging racks made from carbon fibre composites (CFC)

CFC charging racks are used, for instance, in high-vacuum furnaces for solution annealing of Nibase alloys. The strength and dimensional stability of the CFC racks at high temperatures is excellent. The charging rack shown is used for the heat treatment of diffusers from aircraft turbines, so that the heat treatment can be carried out without deformations on the parts loaded on the rack. Heat-resistant steel charging racks are not suitable for this type of application, because of their relatively high degree of distortion at high temperatures.


PEER Energy is your specialist in connection with industrial and laboratory furnaces for thermal and thermochemical treatment of: metals, technical ceramics and emerging materials. We supply heat treatment solutions post 3D metal printing and post conventional machining. In close cooperation with you, we choose the proper equipment being the most efficient solution for your application. We support you by engineering the required furnace capacity, selecting the proper furnace size and customizing the complete heat treatment line. So that an ideal fit to your product dimensions, product material and material flow in your factory is realized. We supply optimized solutions meeting your process requirements.


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