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HIGH PERMEABILITY FERRITE ELECTRO CONCENTRATORS
Purpose of the development:
For industrial induction pipe welding mill.
Recommended application field:
Engineering enterprises and construction companies.
Technical characteristic:
o kazhuschuyasya density - 4.8-5.0 g / cm;
o initial permeability at 100 kHz - 1600-2000;
o magnetic induction at a magnetic field of 250 A / m -0,50-0.53;
o Curie point -200-210 ° C;
o cost - 10-11,2 dollars. per 1 kg depending on the size of the concentrator.
Advantages over analogues:
At a cost of electromagnetic concentrators 1,34-1,8 times cheaper than manufactured by TDK and HINODAY (Japan), a multinational corporation Siemens and its subsidiary company Siemens Matsushita Components.
The development stage readiness:
Introduced in production
Technical and economic effect:
Save currency funds. Designed equipment and process technology allow receive unified from standard electromagnetic concentrators with the necessary complex electromagnetic properties. Improving the quality of welded pipes.
Description of the development:
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Ferrite material is designed with a set of electromagnetic parameters . support its work in conditions of high frequency induction welding and fabrication of a concentrator for industrial electromagnetic induction welding pipe mills . The technological scheme of manufacture of ferrite materials extruded plasticized mass electromagnetic concentrators as rod and tubular cores 4 types and over 100 sizes for induction welding of thin- and thick-walled pipes of different diameters . Designed equipment , process and technical conditions for the experimental batches of products. Disbursed pilot production of ferrite electromagnetic concentrators. Material on a complex of the electromagnetic parameters close to global peers . Technological process of soft ferrite is environmentally friendly. Disbursed pilot production and organized production .
Possibility of transfer abroad:
Licence's sale
Technological document's sale
Realization of finished commodity
Photo
Country
Belarus
For additional information turn to:
E-mail: gal@uintei.kiev.ua
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