High-temperature sintering furnace production

First, the use of high temperature sintering furnace
This series of high-temperature network with a furnace unit ammonia decomposition gas for the protection of gas, suitable for large-scale production of small mechanical parts can also be inserted into the small batch, a single piece of the workpiece for annealing or brazing heat treatment, sintering and so on.

Second, high temperature sintering furnace Scope of application:
1, stainless steel hardware tools (or appliances), medical equipment, measuring tools quenching;
2, steel and bainitic steel machinery, instrument parts quenching;
3, high chromium tool steel, high-speed tool steel, base steel mold quenching;
4, stainless steel, precipitation hardened steel, high temperature alloys, heat-resistant steel parts of the solution treatment;
5, Carbide tools and other components of the brazing;
6, sintered powder metallurgy parts.
Note: During the heating and cooling process, the user may also choose other types of protection atmosphere.

Third, high temperature sintering furnace features:
1, This series of mesh belt furnace with high temperature furnace, high temperature mesh belt and belt drive, air-cooled room, protection gas generator and electronic control system and other components. The workpiece is heated in the high temperature muffle jar as the net belt moves, and then enters the muffle tank (air-cooled room) of the cooling section, and is rapidly cooled under the effect of the heat transfer and airflow scour of the water-cooling jacket to reach the bright treatment.
2, mesh belt material using special high temperature alloy, long service life, mesh belt run for stepless speed regulation, smooth operation, high productivity.
3, muffle tank with high temperature heat-resistant steel, and special welding process, long working life.
4, Continuous production, high working temperature, stable gas composition, bright surface treatment parts, small deformation.
5, using digital control instrument microcomputer, with PID regulation, high precision temperature control, process parameters easy to control.