AEROSPACE/AVIATIONManufacturing in the aerospace industry requires advanced technology that meets stringent specifications to produce aircraft, guided missiles, space vehicles, aircraft engines, propulsion units, and related parts.
TYPICAL PROCESSES and FURNACE TYPES
MEDICAL EQUIPMENT MANUFACTURING
Precision components for electronics and medical devices require specific processes to ensure proper fit and safety. From laboratory furnaces to high production furnaces, Centorr has the right furnace for your application.
TYPICAL PROCESSES and FURNACE TYPES
Brazing, Annealing & Heat Treating Furnaces | Hot Press Furnaces
ADVANCED CERAMICSHigh temperature firing of ceramics is a very dynamic field. Tiles used on the space shuttle are just one high-profile example of how advanced ceramics are used. Many ceramic components start as a fibrous or slurry based materials. Industrial furnaces can refine and transform the ceramics in various ways by being exposed to high temperatures.
CUTTING TOOL MANUFACTURINGMany types of tool materials ranging from high carbon tool steel to ceramics and diamonds are used as cutting tools in today’s metalworking industry. These materials often require precise sintering to ensure that the tool will have the correct hardness, toughness and wear resistance required for the task. Centorr industrial furnaces play an important role in the cutting tool manufacturing process.
TYPICAL PROCESSES and FURNACE TYPES
BODY & VEHICLE ARMOR PRODUCERS
Industrial furnaces are used in advanced ceramics industry for sintering at ultra high temperatures. Armor is used on vehicles to protect occupants and parts from attack. It is also used on aircraft to protect against and medium small arms fire.
TYPICAL PROCESSES and FURNACE TYPES
Sintering Furnaces for Metals & Ceramics | Hot Press Furnaces
POWDERED METAL PARTS & METAL INJECTION MOLDING
Powder metal parts are produced from a very fine metal powder that is compressed and sintered to achieve its final shape. Centorr’s Sintervac line of sintering furnaces are ideal for this application. The powder metal manufacturing process makes it possible to create parts with an extremely complex geometry with reduced manufacturing cost. Finished products are small components used in many industries and applications.
TYPICAL PROCESSES and FURNACE TYPES
Sintering Furnaces for Metals & Ceramics | Combination Debinding and Sintering Furnaces
3D PRINTING & ADDITITIVE MANUFACTURINGMetal additive manufacturing requires a proactive approach from heat treatment furnace producers as 3D printing technology is evolving rapidly. While military and aerospace sectors were among the first industries interested in the potential of this technology, the automotive industry has now joined that group. Centorr furnaces offer the latest in technology for this sector.
TYPICAL PROCESSES and FURNACE TYPES
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