ARI-Jackson Manufacturing offers a wide array of Heat Treating capabilities including Annealing, Normalizing, Hardening, Carburizing and Carbonitriding.

State of the Art...

Today's competitive environment requires precision controls in heat treating. ARI-Jackson Manufacturing is equipped with two state of the art Pacemaker integral quench furnaces. The furnaces provide accurate heat rates, carbon and time at temperature uniformity controlled by its microprocessor. The four U-tube heating elements inside the furnace, two per side, allow for maximized radiating area and extend above, below and beyond the workload. This design meets stringent temperature uniformity required by MIL specifications

A large 2,700 gallon capacity oil quench tank with high volume, fully baffled oil agitators assure a rapid, uniform quench to optimize metallurgical properties. The design permits the processing of heavy, dense loads up to 3,000 pounds.

The four Lindberg companion draw furnaces can be used for tempering after quenching or for preheating, stress relieving, annealing or drawing. The furnaces are equipped with Honeywell controllers to maintain temperature and excess temperature cutoffs up to 1,400 degrees.

Heat Treating at ARI-Jackson Manufacturing...

ARI-Jackson Manufacturing specializes in 'Neutralizing', a method where the carbon content is unchanged. If the steel has .5 carbon content, we program to .5 carbon. Our heat treating furnaces feature an internal 2,500 gallon hot oil quench which features variable speed agitators capable of producing 5,000 gallons per minute in agitation. Our heat treating furnaces are capable of handling up to 9,000 pounds of steel through the various compartments which is 3-3,000 pound loads.

Control System...

 The heat treating furnaces are run by state-of -the-art Honeywell controllers which are programmed for carbon levels, the time at temperature and the quench times.

Applications...

Other typical applications for these furnaces are well suited for include:

► Annealing

► Normalizing

► Hardening

► Carburizing

► Carbonitriding