RQ series deep well carburizing furnace with suspended controllable atmosphere for slender workpieces

Summary

The deep well type carburizing furnace with controllable atmosphere for slender rod workpieces developed by our company is mainly used for heating carburizing, quenching, tempering and other heat treatment processes for long rod workpieces in mining, metallurgy and oil drilling. It also has its own patent. At present, our company occupies 70% of the market in the brazing steel tool industry, and has been unanimously recognized by the industry and customers.

Features of deep well carburizing furnace:

1. The independently developed muffle and the suspended bearing structure on the air duct and the strong convection circulating fan are the core components of the internal structure of the well type carburizing furnace, the reliable guarantee of the temperature uniformity and carbon potential uniformity in the deep well type furnace, and the guarantee of the equipment reliability.

2. All fiber lining outside muffle is the current trend of energy conservation and environmental protection.

3. Streamlined furnace surface design makes the equipment look generous.

4. The advanced integrated controller (PE or STANGE) produced by a German professional heat treatment research and development company is adopted, which integrates the multi loop temperature and carbon forces, participates in the control together with the input co and co2 analyzer signals, and has a variety of control methods. The control is advanced, the operation is reliable, the interface is friendly, and the use is convenient.

5. The upper computer system connected with the integrated controller has the functions of offline carburization simulation, process program control, process dynamic control, equipment operation status display, process curve chart record, equipment alarm display and record, etc.

6. Develop equipment according to the size, process and output of customers' heat treatment products to meet the requirements of different customers.