Custom Manufactured Drop Bottom Furnace for the Military Industry

Drop Bottom Furnace
Drop Bottom Furnace

CHE International was commissioned to design and manufacture a drop bottom furnace for the military, to be used in specialized repair work with aluminum. This system was designed to provide a heat treatment solution for aluminum with a seven second quench. The furnace featured electric coiled elements, an electric hoist, and double tank system components with an operating temperature range of 600 to 1100 °F. The entire system was designed, fabricated, and assembled on site at our state of the art facility, by AWS certified welders, meeting AMS 2750 D, AMS 2770 H standards for industrial heat treating equipment. Comprehensive in process temperature uniformity survey was conducted to ensure quality and integrity.

The location space constraints were overcome with our design, with finished dimensions at 3' x 12' x 7 ½'. The customer reported a greater satisfaction with the reliability and temperature uniformity of this furnace than with other units. Turnaround time for this project was 14 weeks, installed on location in Georgia, USA. For more information about this cost effective custom drop bottom furnace, or the other design and manufacturing capabilities available please see the table below or contact us directly.

Drop Bottom Furnace Project Highlights

Project Name
Drop Bottom Furnace - Air Force Base
Project Description
The Military needed a reliable furnace to do special repair work for aluminum and to fabricate fighter jet parts.
Capabilities Applied/Processes
Primary:
Design
Fabrication
3D Modeling
Air Profile Modeling
Uniformity Design

Secondary:
Assembly
Overall Furnace Dimensions
3' X 12' X 7 1/2'
Temperature Range
600-1100 °F
Heating System
Electric Coiled Elements
Components
Electric Hoist
Double Tank System
In Process Testing/Inspection Performed
Temperature Uniformity Survey
Industry for Use
Military
Delivery/Turnaround Time
14 weeks
Delivery Location
Georgia, USA
Standards Met
AMS 2750 D, AMS 2770 H
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