HEAT TREATING FURNACES

Brand Owner (click to sort) Address Description
CARBOTROL SGLE SUBCO 13515 BALLANTYNE CORPORATE PLACE 3RD FLOOR CHARLOTTTE NC 28277 HEAT TREATING FURNACES;
HEAT AND CONTROL, INC. HEAT AND CONTROL, INC. 21121 Cabot Boulevard Hayward CA 94545 HEAT TREATING FURNACES, GALVANIZING KETTLE FURNACES, CAR FURNACES, PIT FURNACES, BATCH PROCESS FURNACES, CONTINUOUS PROCESS FURNACES, FORGE FURNACES, WIRE TREATING FURNACES, SPRING TREATING FURNACES; FOOD COOKERS, FRENCH FRY COOKERS, POTATO CHIP COOKERS, CONTINUOUS AND BATCH COOKERS, CERAMIC KILNS, BAKE OUT OVENS, ELECTRICALLY HEATED PLATENS, HEAT EXCHANGERS, HEAT TRANSFER CIRCULATING SYSTEMS, HOT AIR CIRCULATING SYSTEMS, COMPRESSED GAS HEATERS, RESIN KETTLES, KETTLE HEATING SYSTEMS, RESIN KETTLE REACTORS OF THE CLOSED AND OPEN TYPE, CREMATORIES, ELECTRIC HEATING ELEMENTS FOR AIR HEATING, ROLLER VENEER DRYERS, HEAT SYSTEMS AND CONTROLS FOR ROLLER VENEER DRYERS, BURNERS FOR LUMBER DRYERS, HOT FLAME PEELERS FOR ONIONS, GARLIC AND POTATOES, ROTARY WASHERS FOR POTATO CHIPS AND CORN CHIPS, CONTINUOUS SALTERS FOR POTATO CHIPS AND FRENCH FRIES, CATCH BOXES FOR FINE REMOVAL IN OIL CIRCULATING SYSTEMS, HOT OIL HEAT TRANSFER SYSTEMS FOR SAND DRYERS, AGGREGATE DRYERS AND FOR HEATING ASPHALT, AND IGNITER BURNERS FOR ORE SINTERING MACHINES;THE MARK IS LINED FOR THE COLOR RED.;
KYK KANTO YAKIN KOGYO KABUSHIKI KAISHA 2543 Shinomiya, Hiratsuka-shi Kanagawa-ken Japan heat treating furnaces;
OXYNON KANTO YAKIN KOGYO KABUSHIKI KAISHA 2543 Shinomiya, Hiratsuka-shi Kanagawa-ken Japan Heat Treating Furnaces;
STEWART Sunbeam Corporation Chicago IL Heat Treating Furnaces, Hardening and Tempering Furnaces, and Oven Furnaces (Group 1); Case Hardening Furnaces (Group 2); Muffle Furnaces (Group 3); Combination Furnaces, Crucible Furnaces, Forges, and Pressure Blowers (Group 4); Rivet Heaters (Group 5); Brazing Furnaces, Dip Brazing Furnaces, Soldering Furnaces, and Rivet Furnaces (Group 6); Carburizing Furnaces, High Speed Steel Furnaces, and Welding Furnaces (Group 7); Soldering Iron Heaters, Pots for Liquid Bath Heat Treating Furnaces, Metal Melting Furnaces, Annealing Furnaces, Cyanide Pot Furnaces, Soft Metal Melting Furnaces, and Oil Burners (Group 8); Special Metal Processing Furnaces, and Lead Pot Furnaces (Group 9); Aluminum Melting Furnaces (Group 10); Die Casting Furnaces (Group 11); Automatic Forge Furnaces (Group 12); Tinning Furnaces (Group 13); Galvanizing Furnaces (Group 14); Motor Driven Blower Units and Tilting Metal Melting Furnaces (Group 15); Cremating Furnaces (Group 16); Enamelling Furnaces (Group 17); Pickling Furnaces, and Oxidizing Furnaces (Group 18); Fritting Furnaces, Rotary Type Furnaces, and Car Type Furnaces (Group 19); Drying Ovens (Group 20); Shrinking Furnaces (Group 21); Liquid Fuel Gasifiers, and Glass Bending Furnaces (Group 22); Recirculating Furnaces (Group 23); Aluminum and Aluminum Alloy Heat Treating Furnaces, Glass Melting Furnaces, and Proportional Gas Injectors (Group 24); Conveyor Type Furnaces, and Tube Annealing Furnaces (Group 25); Reciprocating Hearth Furnaces, Pusher Type Furnaces, Atmospheric Control Annealing Furnaces; and Proportional Gas Mixers (Group 26); Rotary Hearth Furnaces (Group 27); Atmospheric Control Furnaces, Atmospheric Control Brazing Furnaces, Recuperators for Heat Interchange, Aluminum Brazing Furnaces, Shell Nosing Furnaces (Group 28); and Magnesium and Magnesium Alloy Heat Treating Furnaces (Group 29);
TOOLQUENCHER ABAR IPSEN INDUSTRIES, INC. 905 PENNSYLVANIA BLVD. FEASTERVILLE PA 19047 heat treating furnaces;TOOL;
TURBO TREATER IPSEN, INC. 984 Ipsen Road Cherry Valley IL 61016 HEAT TREATING FURNACES;TREATER;
TURBO TREATER ABAR IPSEN INDUSTRIES, INC. (ABAR IPSEN) 3260 TILLMAN DRIVE BENSALEM PA 19020 HEAT TREATING FURNACES;TREATER;
TURBO TREATER ABAR IPSEN INDUSTRIES 905 PENNSYLVANIA BLVD. FEASTERVILLE PA 19047 HEAT TREATING FURNACES;TREATER;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method and apparatus for the carbonization of polyacrylonitrile (PAN) precursor fibers. The apparatus comprises a furnace, or series of furnaces in side-by-side arrangement. Each furnace includes a heater, an air inlet and an air diffusion plate. The fiber is located in the furnace above the air diffuser plate, such that heated air is evenly dispersed over the fibers. The method generally comprises the steps of heat treating the PAN precursor in an oxidizing environment to stabilize the fiber, and then further heat treating the stabilized fiber in an oxidizing environment to carbonize the stabilized fiber. The method can be carried out in a single furnace, or can be carried out in a series of furnaces in a continuous process.