Metal heat treatment
In the event that a protective atmosphere is needed in Metal heat treatment,
it is necessary to balance the gas composition to suit the process.
In order to attain such an atmosphere, KYK has developed a wide variety of unique
technologies to precisely control the furnace atmosphere.
KYK's heat treatment furnaces feature the design of long tunnel-shaped heating chamber
filled with controlled atmosphere through which workpieces are continuously conveyed.
KYK has developed substantially efficient energy saving technology to take full advantage
of the characteristics of gas and electricity sources.

Energy-saving Mesh belt Annealing Furnace

G-MES-ANN
G-MES-NOR

Features
A built-in atmosphere generating burner reduces energy consumption, floor space and
    production costs.
A high combustion efficiency burner reduces running costs.
Capable of setting an optimum heat pattern (heating and cooling rates).
Main applications
Steel pipe annealing,
Stress relief annealing of magnetic steel sheet (for automotive and home use motor cores),
    Magnetic annealing to improve magnetic properties, Softening anneling, Spheroidizing anneling.
Main specifications
Maximum Temperature: 950℃
Atmosphere: DX gas, RX gas
Capacity: Laboratory scale up to a large mass production scale.

Energy-saving Roller hearth Annealing Furnace

G-ROL-ANN
G-ROL-NOR

Features
A built-in atmosphere generating burner reduces energy consumption, floor space and
    production costs.
A high combustion efficiency burner reduces running costs.
Capable of setting an optimum heat pattern (heating and cooling rates).
Optimized atmosphere control and cooling chamber design for bright heat treatment.
Main applications
Steel pipe annealing,
Stress relief annealing of magnetic steel sheet (for automotive and home use motor cores),
    Annealing of low carbon steel pipe and low alloy steel pipe.
Main specifications
Maximum Temperature: 950℃
Atmosphere: DX gas, RX gas
Capacity: Laboratory scale up to a large mass production.

Mesh Belt Carburizing Furnace

G-MES-CBR
G-MES-REF

Features
Reduction in energy consumption, floor space, and production costs by use of a builtin type
    RX gas generater.
Reduction in the running costs by use of a high combustion efficiency burner.
Significant energy savings realized by recirculating the furnace atmosphere gas.
Improved work envitronment by use of a negative pressure burner in degrease/preheat
    chamber.
The stable belt operation and extened service life of the belt due to the low friction resistance
    of the hearth surface.
The furnace atmosphere composition can be independently optimized for each zone.
The tempering furnace uses combustion exhaust gas to prevent high temperatiure oxidation
    of the products.
Main applications
Quenching, Carburizing quench, and Tempering of automotive/machinery bolts and machine
    parts.
Main specifications
Maximum Temperature: 920℃
Atmosphere: DX gas, RX gas
Capacity: Laboratory scale up to a mid size mass production.
Products