TECHNOLOGICAL PROCESS OF BIMETALLIC BLANKS BY LAYER BY LAYER SURFACING
Recommended application field:
Engineering, metallurgy.
Advantages over analogues:
At high rates of mechanical properties in the working surface of the tool and the bimetallic snap, they have value 20-30% lower analogues of the deformed metal. The operational stability of the bimetallic snap-level counterparts, made by traditional technologies.
The development stage readiness:
Tested experimental exploitation order
Description of the development:
() - Performance of the developed process - 0.22 0.24 t / h;
- Optimum layered surfacing bimetallic blanks:
specific heating capacity of the slag bath - 180 - 220 V / cm 3;
voltage surfacing - 52- 60;
current surfacing - 2.2 - 2.8 kA.
Properties of the metal layer deposited on the strain level analog. Operational stability of bimetallic parts and accessories after thermochemical treatment at 1.1-1.2 times higher than similar domestic products. The cost of production by 20 - 30% below the best foreign analogues (Cabot Karporeyshin USA). The technological process of layered surfacing implemented. Produced a pilot batch of bimetallic blanks. Waste gases are neutralized standard filters, provides a degree of purification of exhaust gases below the MRL. Avoiding excessive dust and gas content of the working area should be provided work ventilation system.
Possibility of transfer abroad:
Licence's sale Technological document's sale Combinated reduction to industrial level
Photo
Country
Belarus
For additional information turn to: E-mail: gal@uintei.kiev.ua
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