INDUSTRIAL ROTARY FURNACES
ROTARY FURNACES FOR CONTROLLED THERMAL PROCESSING
CDS Group designs and manufactures rotary furnaces for specialist thermal processing applications where continuous movement, controlled heating and consistent material exposure are required.
Rotary furnaces are often used where powders, granules, small components or bulk materials need to be heated, mixed, calcined, sintered or treated in a controlled process environment. Their rotating chamber arrangement helps promote even heat transfer and consistent processing across the load.
DESIGN APPROACH
CDS Group can engineer rotary furnaces around the process temperature, chamber size, material throughput, rotation speed, atmosphere requirements and controls package needed for the application.
INDUSTRIES WE COVER
CDS Kilns and Furnaces supplies advanced thermal processing solutions and bespoke industrial kilns and furnaces to a wide range of sectors, including:
AEROSPACE
ADVANCED CERAMICS
HEAT TREATMENT METALS
NUCLEAR
DEFENCE
AUTOMOTIVE
BATTERY MATERIALS
CERAMICS
READY TO IMPROVE YOUR THERMAL PROCESSING CAPABILITY?
Speak to CDS Kilns & Furnaces about your next kiln or furnace project and discover how a more controlled, efficient and reliable system could support your operation.
WHY CHOOSE CDS KILNS AND FURNACES
CDS Kilns and Furnaces provides dependable thermal processing solutions for demanding industrial applications where accuracy, repeatability, and robust operation are critical. Our kilns and furnaces are designed around the specific process, material, and production requirement, helping customers achieve reliable performance across a wide range of sectors. With support spanning design, manufacture, installation, upgrades, and servicing, we deliver practical systems built for long-term operational value.
SALES | SUPPORT
As a dynamic organisation that currently employs over 60 staff in its UK offices alone, we’re proud to offer a range of services, including research and development, as well as expert advice provided on a consultation basis.