The Institute of Metal Technology offers customers a Pouring Trolley for mechanized pouring of casting molds with liquid metal in the pouring zone of a casting conveyor under a manufacturing agreement and is looring for partners to conclude a distribution services agreement.

The Pouring Trolley is designed for mechanized pouring of casting molds with liquid metal in the pouring zone of a casting conveyor. The Pouring Trolley allows for both short-term stoppage and continuous conveyor operation. It can be used on both automatic molding lines and stationary multi-station lines.

Technical Specifications

Installed Power, kW...................................9.5
Load Capacity, kg...................................................1500
Dimensions, mm............................................4150×1710×3500
Drive Type................................................Electromechanical
Weight, kg.............................................................5000

The Pouring Trolley is designed entirely with an electromechanical drive. The design utilizes asynchronous motor-based drives with vector speed control, allowing for smooth speed changes for both the primary and secondary movements of the cart. The delivery package includes a pouring trolley and a driven roller table for receiving and discharging ladles.

Information is available on the official website of the Institute of Metal Technology here.(in Russian)

The absence of a hydraulic bucket rotation system allows for a significant reduction in operating costs associated with the presence of a special heat-resistant synthetic fluid in the hydraulic circuit, as well as a reduction in fire hazard when using less heat-resistant oils.

The Institute of Metal Technology of the National Academy of Sciences of Belarus is the country's leading scientific organization in the development and creation of resource-saving, environmentally friendly, science-intensive foundry technologies and the production of advanced materials for industrial enterprises.

The Institute's main scientific and technical areas include:
- Technologies for obtaining the structure and properties of powdered hard alloys based on tungsten, titanium, and tantalum carbides with cobalt as a binder;
- Methods for recycling and hardening hard alloys to improve their performance characteristics;
- High-speed steel scrap recycling processes to produce tooling material;
- Development of theoretical foundations for controlling the formation of the structure and properties of metals and alloys during crystallization and solidification;
- Thermophysics and hydrodynamics of special types of casting;
- Development of new materials and resource-saving technological processes for their production, processing, and hardening.

The results of the institute's fundamental research have been published in scientific publications and are used:
- in the development of environmentally friendly, resource-saving technologies for the continuous casting of ferrous and non-ferrous alloy ingots;
- in the development of new cast materials, including bimetallic ones, with high consumer properties (strength, ductility, density);
- in the development of wear-resistant carbon-based composites, including those with a gradient of physical and mechanical properties.

The institute develops, manufactures, supplies, installs, and maintains equipment for the continuous casting of ferrous and non-ferrous metals, electroslag casting of blanks, including bimetallic ones, and centrifugal casting of bimetals.

According to customer orders, the institute manufactures:
- cylinder liners for high-performance engines;
- zinc anodes for electroplating;
- original trophies, souvenirs, bas-reliefs, figurines, memorial plaques, and other sculptures made of bronze and aluminum;
- mold casting of wear-resistant chromium cast iron parts for centrifugal crushing and grinding equipment for use in the construction industry.
- quench-hardening casting of AK12 alloy castings with nanostructured eutectic silicon, as well as AK15, AK18, and AK21 alloy castings with an ultra-fine structure, possessing unique physical, mechanical, wear-resistant, and performance properties.
- continuous horizontal casting of rectangular, round, and complex cross-section blanks made of cast iron and copper-based alloys, hollow castings made of cast iron and copper-based alloys, and copper anodes for galvanic coating.
- electroslag casting of bimetallic blanks and stainless steel blanks.

The Institute develops and manufactures foundry equipment:
- electroslag remelting units;
- Continuous horizontal casting machines;
- Channel furnaces for melting brass and bronze;
- Continuous copper chloride strip casting lines;
- Crystallizers with a jet cooling system for continuous casting machines for metals and alloys.

The Institute offers services in:
1. Study of the structure and properties of metals and alloys:
- Determination of the chemical composition of metals and alloys, pressed powders, and wire using atomic emission spectroscopy;
- Metallographic structural studies;
- Determination of physical and mechanical properties.
2. Modeling of casting processes:
- Solving thermal problems of solidification of castings and ingots of any configuration and problems of crystallization of metals and alloys;
- Optimization of casting processes and other technological processes based on multi-criteria optimization methods.

Official website of the Institute of Metal Technology of the National Academy of Sciences of Belarus.

Consumers interested in purchasing a Pouring Trolley for mechanized pouring of casting molds with liquid metal in the pouring zone of a casting conveyor under a manufacturing agreement.

Partners interested in purchasing a Pouring Trolley for mechanized pouring of casting molds with liquid metal in the pouring zone of a casting conveyor under a distribution services agreement.