High frequency induction welding machine is used for welding pcd and pcbn inserts, carbide tool, diamond saw blade, and heating of small metal parts.
The high frequency induction brazing machine has advantages of induction heating speed, high efficiency, energy saving and low cost, the small oxidation area and the full solid welding, etc
Working principle diagram of high frequency induction welding machine
Applications of High Frequency Induction Brazing Machine
- Diamond PCD and PCBN tools, diamond saw blade brazing, sawtooth welding
- Brazing/welding of carbide tool ( such as turning tool, milling cutter, drill hot rolling, pliers, hammer, wrench, cutting pliers, etc)
- Composite brazing/ welding of metal materials. Heat treatment of auto and motorcycle parts, hot piers of standard parts, nut hot piers, copper standard heating
- Glass steel alloys frame brazing, small bearings quenching, annealing etc.
- Jewelries brazing, watchcase annealing and clock outer quenching.
- Electronics products brazing/welding/heating
- Precise mechanical parts brazing/heating.
- Stainless steel strip annealing etc.
- Melting of gold, silver, copper, brass of little amount
Technical Parameters of High Frequency Induction Welding Machine
|
Input Voltage |
Single phase 220v 50-60HZ ,
Three-phase 380V /50HZ |
|
Output oscillatory power |
3- 35kw |
|
Oscillation frequency |
30-50Khz |
|
Current input |
2-60A |
|
Duty cycle |
100% 40° |
|
Type
|
WH-VI-16 |
|
Input powder |
16KW |
|
Input voltage |
One phase 220V;50-60Hz |
|
Oscillation frequency |
30-50KHz |
|
Cooling water pressure |
≥0.03MPa |
|
Weight |
24kg |
|
Dimensions |
225×480×450mm |
|
Type
|
WH-VI-26 |
|
Input powder |
26KW |
|
Input voltage |
Three phase 380V;50-60Hz |
|
Oscillation frequency |
30-50KHz |
|
Cooling water pressure |
≥0.05MPa |
|
Weight |
60kg |
|
Dimensions |
265×600×540mm |
You are our number one priority. We have tools available to assist in your product inquiries and general questions.
Because of PCBN has high hardness and wear resistance, do not react with iron group metals at high temperature of chemical inertness, so it is mainly used for high hardness material and machining of difficult-to-machine materials, such as hardened steel, high alloy wear resistant cast iron, high temperature alloy, high speed steel, surface spray welding materials, sintered metal materials machining difficult-to-machine materials.
How to select PCD tool? Generally speaking, the larger the PCD size, the stronger the tool wear resistance. Usually finishing or super finishing, the selection of fine particle PCD, and coarse particle PCD tool selection. Tool manufacturers often recommend the use of fine particle PCD grades for silicon-free and low-silicon aluminum alloys and the use of coarse-particle PCD grades for high-silicon aluminum alloys for the same reason. PCD tool processing surface quality in addition to see the granularity of the tool, also mainly depends on the quality of the cutting edge of the tool, so the quality of PCD tool must be better. PCD cutting edge common processing methods generally have two kinds, one is through the way of slow-feeding wire cutting processing, this way of processing cost is low, but the quality of the edge is general. And the other is through laser to rough machining, the cost is slightly higher, but the quality of the edge is much better than slow-feeding wire cutting processing. There is another is to use laser rough machining and then grinding to finish, the edge quality is best.
Add: Zhongyuan Rd, Zhongyuan District, Zhengzhou, 450001, Henan, China
Tel: +86 13323855288
