Intermediate frequency carbonization furnace    

1. Application

It used to produce particles of tungsten carbide, carbonization titanium, vanadium metal powder, carbonization composite metal powder, sintering alloy and tungsten molybdenum product, etc in hard alloy, powder alloy industry production .

Power 160KW,200KW,250KW

Frequency 4000Hz

Highest temperature 1600°C 2400°C 

High volume Dia450*900mm

Work atmosphere of furnace, hydrogen, nitrogen and argon, inert gas, etc

Temperature uniformity < 12 °C

Temperature measuring range 200-2200 °C,800-2400°C 

Temperature measurement  infrared optical measurement

Temperature control precision ±1°C

Limit warming speed 400 °C / min

2.Advantages

  2400°C stainless steel high temperature water furnace

1.It can meet the heating craft of tungsten carbide powder and composite material , also it can used for alloy materials sintering.

2.Automatic temperature monitoring system, timely monitoring equipment operation.The system can rise temperature according to the heating curves, and storage twenty groups and each group of 20 different heating curves, or artificial control;

3.The equipment uses intelligent control temperature system, automatic high precision temperature control temperature measurement process completed, the system can set according to temperature, heating curves are stored for twenty groups, each group of 20 different heating curves can be manual control;

4.It adopts pure water circulation processing system,digital flow monitoring system, high-performance intermediate frequency contactor, PLC automatic control system, the CPU automatically detect the flow of water.

5.This carbide furnace of carbonization quality were obviously improved, compared with traditional carbide furnace, the equipment has a reaction, uniform particle size, high combined carbon content, low carbon. The equipment has better labor conditions, high output, long life and so on.

6.Less control buttons, multi- functions, simple operation, touch screen, man-machine interface system.