Understanding the high demand of the market in the field of quality, increasing volumes and observing the terms of production, UMLZ continuously implements the latest technologies in its production, applies its own developments, purchases modern technological equipment, invests in personnel development, attracts only highly qualified personnel for performing complex tasks.
Foundry capacity to produce 200-250 tonnes of salable casting of cast iron and steel of various grades in a month
The foundry subdivision of the enterprise is equipped with arc furnace and induction furnaces with capacity from 0.16 to 1.8 tons
"UMLZ" LLC produces high-quality castings using modern technologies.
Foundry equipment and casting technology for gasifying models (LGM) allow producing serial, small-scale production, single products, emergency orders.
Progressive technologies of melting and molding in the foundry are introduced and mastered:
- founding of metal in induction furnaces IST 0,5; IST 1.5
- founding in an arc furnace EAF 0.6
The company produces castings from the following alloys:
plain carbon steel
GS-45, GS-52, GS-60
low-alloy cast iron
low alloy steel
GS-16Mn5, GS-34CrMo4, 30Mn5, 36Mn5
high-alloy cast iron with special properties
G-X 300CrMo 15 3, G-X 300CrMo 15 2 1
high-alloy steel with special properties
nodular cast iron
plain cast iron
bearing cast iron
“UMLZ” LLC specializes in the production of expanded polystyrene models by an autoclave method in molds of its own production. For the production of castings, modern LGM technologies are used. The raw material is injected into the mold – beaded polystyrene, then the press reform is placed in the autoclave, where the polystyrene foams and cakes, forming a model.
High precision castings
class 10-8 in accordance with GOST 26645
Surface cleanliness of castings
For single castings, including unique castings, which are impossible or economically inexpedient to manufacture by other methods, models are made from block polystyrene using the Thermoplotter hardware-software complex.