GAS FURNACES

Brand Owner (click to sort) Address Description
70 PLUS RHEEM MANUFACTURING COMPANY 1100 Abernathy Road, NE, Suite 1700 Atlanta GA 30328 GAS FURNACES;
80 PLUS RHEEM MANUFACTURING COMPANY 1100 Abernathy Road, NE, Suite 1700 Atlanta GA 30328 Gas Furnaces;
90 PLUS RHEEM MANUFACTURING COMPANY 1100 Abernathy Road, NE, Suite 1700 Atlanta GA 30328 Gas Furnaces;
CLIMATROL L. J. MUELLER FURNACE COMPANY MILWAUKEE, WIS. GAS FURNACES;
CONQUEST 80 HEAT CONTROLLER 1900 Wellworth Ave. Jackson MI 49203 gas furnaces;80;
DEARBORN DEARBORN COMPANY, INC., THE 729 N. FLEISHEL AVENUE TYLER TX 75702 GAS FURNACES, WALL FURNACES [ , ELECTRIC FURNACES, CONDENSING UNITS, FORCED AIR HEAT EXCHANGER COIL UNITS, HEAT PUMPS, ] UNVENTED GAS SPACE HEATERS, VENTED GAS SPACE HEATERS, AND ROOFTOP AIR CONDITIONING UNITS;
ECLIPSE 90 PLUS RHEEM MANUFACTURING COMPANY 1100 Abernathy Road, NE, Suite 1700 Atlanta GA 30328 gas furnaces;
ENCORE 90 PLUS RHEEM MANUFACTURING COMPANY 1100 Abernathy Road, NE, Suite 1700 Atlanta GA 30328 gas furnaces;
EUROLA VIESSMANN WERKE GmbH & CO. Viessmannstrasse D-35107 Allendorf/Eder Germany gas furnaces, principally for residential use;
LENNOX PULSE LENNOX INDUSTRIES INC. 2140 Lake Park Boulevard Richardson TX 75080 Gas Furnaces;
OMEGA BURNER RHEEM MANUFACTURING COMPANY 1100 Abernathy Road, NE, Suite 1700 Atlanta GA 30328 gas furnaces;
PERFECT HEAT CARRIER CORPORATION 13995 Pasteur Blvd. Palm Beach Gardens FL 33418 GAS FURNACES;HEAT;
PULSE LENNOX INDUSTRIES INC. 2140 Lake Park Boulevard Richardson TX 75080 gas furnaces;
PULSE 21 LENNOX INDUSTRIES INC. 2140 Lake Park Boulevard Richardson TX 75080 gas furnaces;
PULSE 21 LENNOX MANUFACTURING INC. 2100 Lake Park Boulevard Richardson TX 75080 Gas furnaces;PULSE;
TIGHTFIST Heil-Quaker Corporation 647 Thompson LaNE Nashville TN Gas Furnaces;
ULTRA V ARMSTRONG AIR CONDITIONING INC. 420 Monroe St. Bellevue OH 44811 gas furnaces;
 

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.