AVBbShv power cable with aluminum conductors insulated with PVC, protected by a BBShv or BBShng sheath (non-flammable). The conductor is solid or stranded aluminum, round or sector-shaped, Class 1 or 2 per GOST 22483.

AVVG, AVVGng, AVVGng(A)-LS are power cables with aluminum conductors used for power transmission and distribution. They differ in flammability, smoke emission, and protective properties, making them suitable for various operating conditions.

ASB, ASBl, and TsASB are power cables with impregnated paper insulation, designed for power transmission and distribution in stationary AC networks up to 50 Hz and rated voltage from 1 kV and above. They are known for strength, durability, and reliable performance.

VVG copper power cable (V – PVC insulation, V – PVC sheath, G – no protective covering), VVGng (reduced flammability), and VVGng(A)-LS (reduced flammability, no flame spread in bundles, low smoke and gas emission) are standard cables for power transmission and distribution up to 1 kV.

Power cables with cross-linked polyethylene insulation (XLPE), rated for 6–35 kV, offer a modern and reliable solution for power transmission. Compared to traditional paper-insulated cables, they feature reduced size and weight, increased flexibility, and operation across a wide temperature range.

KG, KG-KhL, and KG-T are flexible rubber-insulated power cables used for connecting electrical devices and machinery. They differ in insulation type, sheath material, and certain technical specifications.

A and AC wires are bare aluminum conductors used for overhead power lines. A consists of stranded aluminum wires, while AC has a steel core surrounded by stranded aluminum wires.

SIP (self-supporting insulated wire) is used for overhead power lines and service connections to buildings. There are various SIP types with different designs and insulation materials. Main types include SIP-3, SIP-4, and SIP-5.

Cables with non-dripping insulating impregnation (TsSKl) are designed for vertical and inclined installations without level difference limits. Service life is at least 30 years. Length is specified when ordering.

VBbShv cable is a power cable made of high-quality copper with PVC insulation. Its distinctive feature is armor made of two steel tapes, covered with the same PVC insulation as the conductors.

MF 100 is a single copper conductor with a cross-section from 150 sq. mm, used for installing contact networks powering electric transport. Made from electrolytic copper alloy with high abrasion resistance during contact sliding.

Oil-submersible cable supplies power to submersible motors in oil extraction, water lifting, and fluid pumping systems. It operates in well fluids containing oil, water, and gas from shallow depths.

Mine and excavator cables are specialized power cables designed for use in mines, quarries, and with heavy machinery like excavators. They offer high flexibility, strength, and resistance to harsh environments, moisture, temperature changes, and mechanical stress.

Winding wires PTV, PEV-2, PEVTL-2, and PELR-2 are used for manufacturing electrical equipment windings. They differ in insulation type, operating temperature, and other features, enabling use in various applications.

Transformer substations KTP, KTPN, BRMZ, BKTP, and KTPG are various types of complete transformer substations for power conversion and distribution. KTP is the basic type; KTPN is for outdoor use; BKTP is housed in concrete; KTPG is for urban consumers; BRMZ is for high-voltage lines.

High-voltage equipment (ShchO-70, KSO-292, KSO-366, KSO-2-10, YAKNO, KRU) are complete devices for receiving, distributing, and protecting power in medium-voltage networks (6–10 kV). Used in industrial, residential, public buildings, and energy facilities. They ensure reliable, safe operation, short-circuit and overload protection, and ease of use and maintenance.

BRMZ and BKTP transformer substations are various types of complete transformer substations designed for power conversion and distribution. BKTP units are housed in concrete enclosures, while BRMZ units are intended for high-voltage lines.

SHCHO70 panels are distribution switchboards designed for receiving and distributing electric power in networks with voltages up to 0.4 kV. They ensure reliable equipment operation and provide protection against overloads and short circuits. Used in industrial and administrative buildings.

Low-voltage equipment (VRU, GRShch, SHUOT, ShchMP, SHUN, SHUVN) is electrical panel equipment for receiving, distributing, and metering power in networks up to 1000 V. Used in residential, commercial, and industrial facilities. Ensures reliable operation, overload and short-circuit protection, and convenient control and automation of various consumers.

The SKAT-70M is a portable device consisting of two units—a high-voltage unit and a control unit—connected by a cable. It is designed for testing and diagnosing the insulation of power cables, surge arresters, solid dielectrics, protective equipment, and other objects and materials requiring high voltage testing. It can also be used as a high-voltage AC and DC generator.

Mine support equipment for processing plants (GOK) is a set of technical solutions for reinforcing and maintaining mine workings. Used in underground ore mining to ensure safety, prevent collapses, and maintain rock stability. Includes metal and hydraulic supports, anchors, arches, and other elements adapted to specific geological conditions.

Mine explosion-proof automation (AOSH, PRN, PRN-250, PRN-400, KSR-400) is specialized equipment for automating and controlling electrical systems in explosive environments in mines. It ensures safe switching, circuit protection, accident prevention, and increased reliability. Designed with explosion-proof features meeting industrial safety standards.

Batteries VNZh and TNZhSh are alkaline nickel-iron (VNZh) and nickel-cadmium (TNZhSh) batteries designed for backup power of industrial equipment, automation, communication, and security systems. They offer high reliability, deep discharge resistance, long service life, and stable operation across a wide temperature range. Used in energy, transport, mining, and other industries.

PPN1 loading machine is a mine-mounted device for mechanized loading of rock into transport during preparatory and cleaning work underground. It features compact size, reliability, and easy maintenance. Designed for confined, dusty environments, it’s essential in mining operations.

Mine carts are vehicles used in underground and open-pit mining to transport rock, ore, and other materials. Available in various types (tipper, self-unloading, hopper, and flatbed) depending on cargo and conditions. They feature durable construction, wear resistance, and compatibility with mine rail systems.

The reinforcing frame for the ATF-type friction anchor support is a mesh structure made of interwoven and welded steel rebar rods.
It is designed for use in combination with the ATF anchor support in underground mine workings with unstable rock and intensive spalling.

Anchor support is a rock reinforcement system used in underground mine workings that employs anchors to stabilize the rock mass.
It consists of metal rods installed in pre-drilled holes in the roof and side walls of the excavation.
The anchors interconnect and reinforce the rock mass, preventing it from delaminating and collapsing.

The mine rail P38 a narrow-gauge mine rail designed for industrial sidings, mines and quarries, manufactured in accordance with GOST 30165-94 from carbon steel 70, for moderate loads, offered in measured length (usually 12.5 m) and having holes for bolted connections.
Purpose and application:

• Construction of access roads at industrial enterprises, mining and processing plants, in mines and mines.
• Arrangement of tracks for the movement of trolleys with loads.
• Specialized railways, metro lines, tram tracks.

Gas and air turbo compressors (TV and TG) are high-efficiency machines for compressing and supplying air or process gases in industrial plants. Available in single- and multi-stage designs to meet specific production needs. Used in petrochemicals, energy, metallurgy, gas processing, and compressor stations. A wide range of spare parts—impellers, shafts, seals, bearing units, etc.—ensures stable operation and quick maintenance.

Finned heat exchange tubes are specialized tubes used in heat exchangers to enhance heat transfer efficiency. Equipped with external fins that increase the heat exchange surface area. Used in boiler plants, heat exchangers, heating, ventilation, air conditioning systems, as well as energy and petrochemical industries. Made from steel, copper, aluminum, and other materials depending on operating conditions.

Heat exchangers are devices designed for efficient heat transfer between two or more fluids without direct mixing. Widely used in energy, chemical, petrochemical industries, heating, ventilation, air conditioning, as well as food and pharmaceutical sectors. Types include shell-and-tube, plate, finned-tube, and others tailored to various process needs.

Storage equipment includes specialized tanks and vessels for storing, mixing, and processing liquids, powders, and gases in production. It covers tanks, reactors, mixers, silos, and other containers made from various materials to meet chemical resistance, strength, and safety requirements. Widely used in chemical, food, pharmaceutical, petrochemical, and other industries.

Air cooling units are devices designed to lower the temperature of process liquids or gases by heat exchange with ambient air. Used in industrial cooling, petrochemicals, energy, and HVAC systems. Provide efficient, cost-effective cooling without water, ideal for areas with limited water resources.

VBN vacuum pumps are reliable equipment for creating and maintaining vacuum in industrial processes. Used in chemical, food, pharmaceutical, and other industries to evacuate air and gases from closed systems. Provide stable operation, high performance, and durability in various conditions.

Water and chemical pumps are equipment designed to transfer water and aggressive chemical liquids in industrial processes. Water pumps handle clean and technical water, while chemical pumps resist corrosive media using special materials and designs. Used in water supply, chemical, petrochemical, food, and other industries.

Radial fans move air and gases at high pressure with low to medium flow rates. Compact and reliable, they are widely used in ventilation, industrial cooling, dust collection, and bulk material handling. Suitable for dusty and aggressive environments.

Gearboxes are mechanical devices designed to transmit rotary motion with torque and speed adjustment. Used across industries to optimize motors and drives. Types include cylindrical, bevel, worm, and planetary gearboxes, ensuring reliability, durability, and precision.

Gear motors are compact integrated units combining an electric motor and a gearbox in one housing. They transmit rotary motion with speed control and torque increase, enabling efficient drive management. Used in industrial equipment, transport systems, automation, and robotics for reliable, economical operation.

The Calpeda NM 40/20A/A centrifugal pump is a cantilevered monoblock design with a horizontal suction port and shaft and a vertical discharge port. This design ensures ease of use and maintenance. It is suitable for pumping both clean and contaminated liquids. The pump is suitable for use in virtually all industrial applications. The pump motor features a modern mechanism, ensuring durability and reliability, as well as reduced noise levels.

Conveyor rollers are essential components of transport systems that facilitate the movement of conveyor belts and loads. Made from durable materials, they come in various types—supporting, carrying, tension, and drive rollers. Used in mining, construction, food, and other industries to ensure reliable and uninterrupted conveyor operation.

Drive and tension drums of belt conveyors are key components ensuring belt movement and tension. The drive drum transmits torque from the motor to move the belt, while the tension drum maintains optimal tension to prevent slipping and misalignment. Made from durable, wear-resistant materials and designed for harsh industrial environments.

Conveyor belts are transport elements designed to move bulk and large materials in conveyor systems. Made from various materials (rubber, PVC, polyurethane, etc.) considering operating conditions, load, and cargo type. They ensure reliable conveyor operation in mining, construction, food, and other industries.

Roller supports (Idler Frame) are structural elements that support and guide conveyor belts and loads in conveyor systems. They ensure stable roller positioning and even load distribution, promoting reliable and long-lasting conveyor operation. Used in mining, metallurgy, construction, and other industries.

Spare parts for plate feeders include components ensuring reliable, uninterrupted operation in processes. They consist of plates, chains, sprockets, bearings, fasteners, and other wear-resistant parts. These parts enhance equipment durability and minimize downtime during maintenance.

Manufacturing parts by drawings in machining involves producing components based on customer technical documentation using modern machines and technologies. We ensure high precision, quality, and compliance with material and dimensional requirements. Services include turning, milling, drilling, and other metal and alloy processing for various industries.

Machining and finishing of parts and assemblies is a comprehensive service for precise processing and refinement according to customer technical requirements. Includes turning, milling, grinding, drilling, and other operations to ensure optimal dimensions, shape, and surface quality. We guarantee high accuracy, reliability, and compliance with standards.

Custom equipment manufacturing and repair services include designing, producing, and restoring unique machines, mechanisms, and components not found in standard production. Performed according to customer drawings or our technical solutions using advanced machining methods. We ensure quality, reliability, and equipment adaptation to specific production needs.

Floor Slabs (Precast Concrete Products)

**Type P Slab** — a high-strength product made of **heavy concrete** for load-bearing floors in residential and industrial buildings. Provides rigidity and withstands extreme loads.

**Type P Slab (compact)** — made of **reinforced heavy concrete** for covering cable and drainage channels, heating mains, and manholes. Resistant to moisture, frost, and temperature fluctuations.
**Marks:** P3–8; P5–8; P6–15; P7–15; P8–8; P9–15; P10–5; P11–8; P12–15; P13–11; P15–8; P16–15; P17–3; P18–8; P19–15; P21–8; P22–15; P24–8; P25–15; P27–8; P26–5; P28–15; P5d-8; P6d-5; P6d-15; P7d-15; P8d-8; P9d-15; P11d-8; P12d-15; P13d-11; P15d-8; P16d-15; P17d-3; P18d-8; P19d-15; P21d-8; P22d-15; P24d-8; P25d-15; P27d-8; P27d-15; P28d-15.

**Type PР 15-5 Slab** — made of **heavy concrete** for sealed heating main channels and tunnels.

**Type PT Slabs** — solid-section slabs made of **heavy concrete** for covering heating main trays, cable channels, tunnels. Ensure tightness and protection from soil pressure, moisture, and mechanical damage.
**Marks:** PT 300.300.25–15; PT 300.210.20–15; PT 300.180.20-15; PT 300.150.16–15; PT 300.150.14–12; PT 75.300.25–15; PT 75.210.20–15; PT 75.180.20–15; PT 75.150.16–15; PT 75.150.14–12; PT 75.180.16–15; PT 75.120.12–3; PT 75.240.209; PT 75.90.10–5; PT 300.300.20–12; PT 300.90.10–6; PT 300.120.12–3; PT 300.240.14–6; PT 300.216.20–12.

**Type PTO Slabs** — made of **heavy concrete** with a factory-made access opening for installing hatches, manholes, and providing access to utility points.
**Marks:** PTO 150.150–12; PTO 150.180.14–6; PTO 150.240.14–16; PTO 150.80.10; PTO 200.240.14–6.

**Type PO Slabs (with opening)** — made of **heavy concrete** for covering channels, heating mains, and utility networks where a hatch or vertical utility passage is required.
**Marks:** PO1; PO2; PO3; PO4; PO10; PO16.

Concrete and reinforced concrete products for construction. Vibrated racks for power transmission line supports: SV 95-2, SV 105-3,5, SV 110 3.5 (software release 3.407.1-136 Reinforced concrete overhead line supports 0.38 kV; TU 5863-007-96502166-2016 "Vibrated reinforced concrete racks for overhead line supports with a voltage of 0.4... 10 kV").

Blocky concrete floor of the city : FBS9.3.6-GOST 13579-2018; FBS9.4.6-GOST 13579-2018; FBS9.5.6-GOST 13579-2018; FBS9.6.6-GOST 13579-2018; FBS12.4.3-GOST 13579-2018; fbs12.3.6-gost 13579-2018; FBS12.4.6-GOST 13579-2018; FBS24.3.6-GOST 13579-2018; FBS24.4.6-GOST 13579-2018; FBS24.5.6-GOST 13579-2018; FBS24.6.6-t gost 13579-2018.

Tray L is a U-shaped reinforced concrete product (precast concrete) designed for the construction of heating mains channels, drainage and protection of engineering communications: Small positions (for cables and thin pipes)
L 1-8/L 1d-8: 420 × 360 mm (length 3m or 0.72m).
L 2-8/L 2d-8: 570 × 360 mm.
L 3-8 / L 3d-8: 780 × 430 mm. Middle positions (the most in demand for heating systems)
L 4-8 / L 4d-8: 780 × 530 mm (standard for small diameter pipes).
L 5-8 / L 5d-8: 1160 × 530 mm.
L 6-8 / L 6d-8: 1160 × 680 mm.
L 7-8 / L 7d-8: 1480 × 700 mm.Large positions (for backbone networks)
L 11-8: 1160 × 1000 mm.
L 15-8: 1480 × 1320 mm.
L 20-8: 2160 × 1320 mm.
L 25-12: 2780 × 1400 mm (reinforced).

PT prefixes are reinforced concrete products of trapezoidal cross-section designed to strengthen and extend the service life of power transmission and communication poles: PT 33-2, PT 33-3, PT 33-4, PT 43-1, PT 43-2, PT 45, PT 60.

The SK rack is a conical reinforced concrete centrifuged rack designed for the construction of supports for high-voltage power lines (power lines) with a voltage from 35 to 750 kV: SK 22, SK 26.