|
Build Your Online Product Catalogs?
High frequency induction heating equipment commonly known as "high frequency machine", let's take a simple understanding of the induction heating process. General traditional artifacts in the quenching process on the emergence of more or less some surface wear, this is due to his poor physical properties and its hardness, make the surface wear extension to internal damage, resulting in workpiece scrapped, so here are the recommended more than 20 years old corporate - zhengzhou national electronic musical sound, the rhyme of zhengzhou electronic high frequency induction heating equipment, specializing in the production of medium frequency induction furnace, CNC quenching machine tool and other large heating equipment. Get to the point, USES the high frequency induction heating equipment for quenching process, can greatly reduce the wear and tear artifacts, because after the workpiece through the inductive heating surface hardening treatment, hardness, strength and wear resistance are improved, thus solving the characteristics of the different surface and internal performance, makes the internal plasticity and toughness good rapport and let the potential for artifacts are fully play, greatly improve the production requirements. Using high frequency induction heating equipment (high frequency machine) for surface hardening treatment, after heat treatment is the main objective of artifacts of hardness, wear resistance, fatigue resistance and workpiece tolerances are greatly improved, thus removing the metal artifacts in the opposite features on some of the heat treatment. The small high frequency induction heating power size: 16 kw, 26 kw, 50 kw, 80 kw, 100 kw, 120 kw, 160 kw, 200 kw, 300 kw, 500 kw. The small high frequency induction heating equipment telephone: 13939000306 total Ąż |
Company: |
ZHENGZHOU GUOYUN ELECTRONICS TECHNIQUE CO.,LTD
|
Contact: |
Mr. xiaoming zhang |
Address: |
Henan Univesity |
Postcode: |
450000 |
Tel: |
86 13939000306 |
Fax: |
86 0371-67998626 |
E-mail: |
|
|
|
|