RADIATORS RADIATOR CORES

Brand	Owner (click to sort)	Address	Description
GENERAL RADIATOR INDUSTRIES	NATIONAL PORGES RADIATOR CORP.	320 W. 83rd. ST. CHICAGO IL 60620	radiators and radiator cores for automobiles - trucks - tractors - off road vehicles and industrial machinery;
M MC CORD	McCord Corporation	Detroit MI	RADIATORS AND RADIATOR CORES, HEADREST AND ARMREST INSERTS, AND WINDSHIELD WASHER PIVOTS AND LINKAGES;THERMOSTATS FOR MOTOR VEHICLES;MCCORD;GASKETS, GASKETING MATERIAL, AND OIL SEALS;LUBRICATING SYSTEMS AND FORCE FEED LUBRICATORS AND PARTS THEREOF FOR MACHINERY, CHEMICAL PUMPS, AND MUFFLERS AND EXHAUST SYSTEMS AND SUPPORTS AND CLAMPS THEREFOR FOR INTERNAL COMBUSTION ENGINES;HEAT EXCHANGERS-NAMELY, CONDENSERS AND AIR CONDITIONING COILS AND FINNED TUBING FOR REFRIGERATION AND AIR CONDITIONING SYSTEMS;
PTOUGH	TransPro, Inc.	100 Gando Drive New Haven CT 06513	RADIATORS AND RADIATOR CORES FOR TRUCKS, BUSSES, CONSTRUCTION VEHICLES, AND INDUSTRIAL EQUIPMENT; PLASTIC RADIATOR TANKS;PRO TOUGH; PLASTIC TOUCH;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A system for curing printing plates with controlled radiant energy sources. A conveyor moves a printing plate through a chamber having energy radiators above and below the conveyor. Power to the radiators is controlled for each radiator or to groups of radiators defining radiation zones. Curing time may be controlled by adjusting power to the radiators and adjusting the conveyor speed. Sensors detect a plate as it enters and exits the chamber. Heat sensors may detect chamber or plate temperatures. A color sensor may detect plate color as an indicator of degree of curing. A computer system stores curing scenarios and uses the sensor signals and operator inputs to control power to the radiators and conveyor speed to provide uniform curing of the plate.