Mesh Belt Type Aluminum Alloy Heat Treatment Furnace

1. Introduction of Mesh Belt Furnace

The furnace is used for batch solution heat treatment of aluminum alloy parts.

Mesh belt furnace is a furnace type that uses intermittent or continuous mesh

belt driven by machinery to pass the workpiece

through the temperature controlled heating zone and then meet the requirements

of heat treatment process, which is collectively

referred to as mesh belt furnace.

Mesh belt heating furnace: it is composed of feeding table, heating section,

discharging table, hot air circulation, mesh belt

transmission and temperature control system. It is mainly used for heating

aluminum and copper bars before red stamping,

annealing of castings, glass and products, tempering of small parts and

other heat treatments.

Mesh belt controlled atmosphere heat treatment production line: the furnace

is divided into no muffle and muffle. It is a

production line unit composed of feeding machine, quenching furnace, quenching

oil tank, hoist and tempering furnace.

It is mainly applicable to quenching, carburizing and tempering heat treatment of

batch small and medium-sized

mechanical parts, such as standard parts, bearings, transmission chains, self

tapping screws, textile hardware,

hand tools, springs, spring pads, various textile needles and sewing needles.

After treatment, the workpiece

surface is smooth, no decarburization, uniform hardness, small deformation

and high quality

Mesh belt sintering furnace: it is composed of feeding platform, preheating section,

sintering section, constant

temperature section, rapid cooling section, ammonia atmosphere furnace and

control system. It is composed of

feeding table, preheating section, sintering section, constant temperature section,

rapid cooling section, ammonia

atmosphere furnace and control system. It is mainly used for pressing metal,

ore powder and other related powder

metallurgy products, which is an ideal continuous sintering process under

controllable atmosphere.

2. Main Specifications and Parameters