Other equipments and machines in bulk on Qoovee

Product Details Brand Name: Liming motorProduct Name: Motor For Washing MachineModel Number: YJFPhase: Single-phaseAC Voltage: customizedFrequency: 50/60HzOutput Power: 90wProtect Feature: IP40Certification: CCC,CEColor: BlackHousing: Cold plate stretchingWire: All copper wireBearing: Ball bearingPlace of Origin: Shengzhou, Zhejiang, China Usage: Motor For Washing MachineName: Washer Washing Machine Motor Manufacturing

We produce custom-made flushing systems according to your specifications: design, delivery, installation. We develop flushing systems for specific production tasks, thereby ensuring high extraction of minerals and maximum economic indicators of their development. The flushing systems are equipped with all the necessary equipment for their start-up, they consist of separate modules placed on a semi-mobile frame ("skis"), which makes it easy to move them during the season.

Conveyor belts are the most common type of conveying machines for conveying a continuous stream of granular (sand, cement), lumpy (crushed stone, gravel, etc.) And piece (bricks, blocks, tiles, etc.) Of the materials in the horizontal and inclined positions ... The power and dimensions of the manufactured conveyor depend on the application and operating conditions.

This equipment is designed for rapid preliminary dewatering and wet classification of predominantly small fractions (e.g. coal sludge, sand)

Inertial screens of heavy type are designed for mechanical sorting of bulk or lumpy ore materials by size. They are optimally suited for working with coal, ore, gravel, crushed stone with a size separation of 20 to 350 mm.

The cast iron block economizer EB1-808 is a tubular heat exchanger, in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB1-708 is a tubular heat exchanger, in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB1-646 is a tubular heat exchanger in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB1-330 is a tubular heat exchanger, in which the feed water, before entering the boiler, is heated to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB1-300 is a tubular heat exchanger, in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB2-236 is a tubular heat exchanger in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and hydraulic shocks inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The EB2-200 cast iron block economizer is a tubular heat exchanger, in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and hydraulic shocks inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB2-142 is a tubular heat exchanger, in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths.

The cast iron block economizer EB2-94 is a tubular heat exchanger, in which the feed water is heated before entering the boiler to a temperature of 30 - 40 ° C below the boiling point in order to prevent vaporization and water hammer inside it. Heating occurs due to the heat of the exhaust gases, thereby increasing the efficiency of the boiler unit. Economizers consist of bundles of finned pipes, interconnected and enclosed in a frame with a heat-insulating sheathing. Completed (at the request of the customer) with a box for gas supply. The movement of feed water in pipes that make up a common heating surface is towards the flow of flue gases. The use of cast iron in heating surfaces and fittings significantly increases the service life compared to steel economizers. The use of steam (P) or gas-impulse (I) cleaning will allow you to constantly have clean heating surfaces, which means that you save fuel with minimal maintenance and the complete elimination of manual labor. By agreement with the Customer, the economizer can be equipped with a device for cleaning heating surfaces GUV (shock wave generator). Supplied assembled, one transportable unit. The installation of the economizer is reduced to its installation on the foundation, the manufacture and installation of a supply gas duct with explosive safety valves, and its connection to the boiler feed pipelines. Installation of the cleaning system - in accordance with the boiler room project and passport. To ensure gas tightness, sheet or corded asbestos should be laid between the economizer and the foundation. Fastening to the foundation is carried out by welding the lower frame of the economizer to the embedded elements. The upper gas duct is welded to the economizer with a continuous seam. In two-column EB economizers, the economizer and gas duct partitions must be welded together. After completion of installation, subject the economizer to a hydraulic test. They are installed individually on a boiler or on a group of boilers of low pressure (up to 2.4 MPa) and low power and can be disconnected from the boilers both through the gas and water paths. Technical characteristics of the EB-94 cast iron economizer: P / p No. Indicator name Value one Economizer Marking EB 2-94 2 Heating surface area, m 294.4 3 Water volume, m 3 0.19 four Working pressure, MPa (kgf / cm 2 ) 1.6 (16) five Working environment temperature, ° С 180 6 Number of speakers, pcs 2 7 Pipe length, m 2.0 eight Number of pipes in the economizer, pcs thirty nine Number of horizontal rows, pcs four 10 Number of vertical rows, pcs 7/8 eleven Hydraulic resistance, MPa (kgf / cm 2 ) 0.2 (2) 12 Aerodynamic resistance, Pa 350 13 Water temperature, о С, at the inlet / outlet 100/140 fourteen Nominal water consumption (calculated), t / h 4.4 fifteen Overall dimensions (without box and connecting manifolds with fittings), LxBxH, mm 3900 (3080) x870x2090 sixteen Economizer weight, kg, no more 4000

The PTB-1200 drive is used to drive the grate of mechanical furnaces TLZm, TChZm. Alternative name - PTB-1200 reducer. It has a stepless regulation of the rotation speed by changing the speed of the electric motor. The PTB-1200 drive is used to drive the grate of the furnace, which has a stepless control of the speed of rotation by changing the speed of the DC motor. The drive consists of: - worm gear, - gear boxes, - outer pair of gear wheels, - couplings, - frames. The worm gearbox is assembled in a cast iron housing. The worm wheel is mounted on a shaft that rotates on sleeve bearings. Axial loads are absorbed by the end face of the right or left hub, depending on the direction of the wheel movement. The axial position of the worm wheel is adjusted by rings installed between the wheel and the hub. The worm shaft is mounted on rolling bearings. Axial loads are supported by a thrust bearing. The outer pair is straight-toothed, installed in a special cast-iron casing. The gear wheel of the outer pair on the worm shaft is installed freely, and the torque is transmitted through the toothed discs of the safety clutch. The toothed discs are pinned to the toothed wheel and the coupling half. The overload clutch is adjusted to transmit a certain torque, depending on the size of the furnace. If the safety clutch fails, the pins holding the toothed discs can shear off. PTB-1200 drive gearboxes do not have gear shifting.

Trimmer: Engine displacement (cc): 22.5 Coverage (mm): 600 Engine type: two-stroke, air-cooled Knife: double-edged Power (kw): 0.7 Rotational speed (r / min): 7500 Net (kg): 6

Lawn mower: Engine displacement (cc): 160 Coverage (mm): 480 Power: four-stroke, air-cooled, XP160 Knife: guillotine knife Max. torque and rotational speed (NM) (r / min): 8.1 / 3000 Net (kg): 33

CENTRIFUGES FOR SPINNING AND DRYING CARPETS

Parts washing machines PYM 1500 are machines designed for washing parts and engine blocks in places such as car workshops, garages, mechanical workshops.

1.Маленький станок  (Модель: ЛМ25-16, ЛМ25-25) Материал: Лист может из железа , алюминиевого листа , нержавеющей стали и т.д. Применение : Станок используется в механизме , нефти , трансформаторе , строительстве , метале , защите и т.д. Основные параметры : Модель Толщина листа Ширина листа Скорость Ребро (Росстояние подачи листа) Длиная диагональ ячейки Мощность Вес Габариты ЛМ25-16 0.2-1.0мм ≤1000мм 150 рядов/мин 0-1.2мм 25мм 3 KW 2000кг 1.74*1.4*1.5м ЛМ25-25 0.2-1.5мм ≤1250мм 150рядов/мин 0-1.2мм 30мм 4 KW 3000кг 1.94*1.6*2.01м   2. Тяжелый станок (Модель: ЛМ25-100, ЛМ25-160B) Применение :Станок используется в судостроении ,руднике ,механизме , нефти , трансформаторе , строительстве , метале , защите и т.д. Основные параметры : Модель Толщина листа Ширина листа Скорость Ребро (росстояние подачи листа) Длиная диагональ ячейки Мощность Вес Габариты ЛМ25-100 0.5-4.0мм ≤2000мм 60рядов/мин 0-4мм 150мм 18 KW 12т 3.6*2.5*3.0м ЛМ25-160В ≤6.0мм ≤2000мм 45рядов/мин 0-7мм 160мм 30 KW 21т 3.0*3.2*4.11м   3. Мини-станок (Mодель: ЛМ25-6.3A , ЛМ25-6.3B) Этот мини-станок разделится на две модели :ЛМ25-6.3А и ЛМ25-6.3В. Машина может производить лист с мак. толщиной 1мм и мак шириной 500мм. Модель ЛМ25-6.3В применяет передовые техники ,например бесступен чатное изменение скорости , автоматическая отрезка , безмасляная смазка и т.д.   Материал :Лист может из железа , алюминиевого листа , нержавеющей стали и т.д. Применение : Этот станок может использоваться в лёгкой промышленности ,электроаппрате , бефере , метале , микроэлементе, и т.д. Основные параметры : Модель Толщина листа Ширина листа Скорость Ребро (Росстояние подачи листа) Длинная диагональ ячейки Мощность Вес Габариты ЛМ25-6.3А 0.1-1.0мм ≤500мм 180рядов/мин. 0-1.2мм 20мм 2.2 KW 950кг 1.09*0.71*1.45м ЛМ25-6.3В 0.1-1.0мм ≤500мм 200-400рядов/мин. 0-1.6мм 10мм 2.2 KW 950кг 1.09*0.71*1.45м   4. Средний станок (Модель: ЛМ25-63) Этот станок может производить лист с толщиной 2.5мм и мак. Шириной 2000мм. Применение:Станок используется в судостроении ,руднике ,механизме , нефти , трансформаторе , строительстве , метале , защите и т.д.   Основные параметры :   Модель Толщина листа Ширина лсиста Скорость Рероб (Росстояние подачи листа) Длинная диагональ ячейки Мощность Вес Габариты ЛМ25-63 0.5-2.5мм ≤2000мм 70рядов/ мин 0-4мм 100мм 11 KW 11т 2.4*3.5*23м    

1. This machine adopts electrical synchronous control technology. The welding process and welding time are controlled by a digital integrated electrical circuit. The welding process is stable and accurate. Welded joints have a small contact patch, are free from defects and have high strength.   2. The machine pulls longitudinal and transverse wire segments from a coil of wire.   3. This equipment is equipped with a special device for cutting wire (the device is protected by the state patent ZL2208722.2), as well as a system for determining the position of the cells (patent AL02208721.4), thus, the distance between the mesh elements is the same and constant, which is necessary for cutting the resulting product. ...   4. The machine has a mesh pulling system that cuts the wire mesh elements under    the action of a mechanical load (the system is protected by the state patent ZL200520024380.9) and a grid positioning device. This allows you to control the holes of the wire loops and the open part of the mesh more closely, and more accurately to carry out the welding operation.     Item Model L M- 189 wire diameter 1.8-3.5 mm Longitudinal wire feed Continuous wires Cross wire feed Breaking wires Cell 50 * 50-200 * 200mm Food 380v 50hz Power 189 kVA Number of electrodes 2 4 Mesh width 1 200 mm Poppy. speed 45 deliveries / min Weight 3.2 T Dimensions (edit) 1.8 * 2.5 * 1.8m  

Model LM- 2000 Mesh width 2000mm Poppy. number of electro in 40 Wire diameter 3.0-5.0mm Cell 50 * 50-200 * 200mm Cross wire feed mode From hopper Longitudinal wire feed mode From coil Adjusting the size between the longitudinal wires manually Adjusting the size between the cross wires automatically Poppy. welding speed 45 rows / min Net type In rolls or cards Material low carbon, galvanized wire Power 380v 50HZ

Parameters Mesh: 30-80mm Wire diameter: 2-4mm (depends on the width of the chain-link) Chain-link width: 2,3,4m Speed : 200-500 (frequency adjustable) Total power: 9.6 kw (4 motors) Chain-link - edge with bent or pinched Wire diameter specifications chain-link width (mm) thirty 40 fifty 60 70 80 diameter (mm) 2.0-3.5 2.0-3.5 2.0-3.5 2.0-4.0 2.0-4.0 2.0-4.0   Reminder : The stiffness of the steel wire package must be uniform in order to produce normally. Attention : we can also manufacture the machine according to your requirement.

Features of work: Electric motor The machine works with electric synchronous control technology. The welding process and welding time are set by the programmable logic controller system. The input panel is a touch screen and keyboard, which makes programming the machine more logical and intelligent. The machine is powered by an electric motor, regulates the welding pressure easily and conveniently, has a loading chute that is transmitted from a stepper motor, freely adjusts the cell size in the area, the longitudinal wire is fed and the mesh is pulled out by a stepping motor. The longitudinally and transversely fed wire is pre-straightened and cut. Main settings Model LM-MK Wire diameter 6-8mm Rated voltage 380v Rated power 441kVA Number of electrodes 14 Cell size 100 * 100-150 * 150mm Mesh length 1300-2600mm Net width 1300mm Welding speed 40 rows / min Dimensions 7280mm × 4110mm × 1945mm

1. This equipment is our latest developed welding equipment. for the manufacture of reinforcing mesh, powered by an electric motor.     2. Longitudinally and transversely fed wire is pre-straightened and cut. The servo-fed longitudinal wire moves the resulting mesh automatically.   3. The force on the welding machine is transferred from the electric motor, so that the pressure on the welding electrodes can be easily controlled. The cross wire is fed from a universal feed hopper, which is ten times larger than a conventional feeder, up to 1 ton at a time.   4. This equipment also has a wire tool tray, which makes the operation more convenient. The welding unit of the machine has elastic hoppers that allow using the welding electrode for a longer time. The machine works with electric synchronous control technology.   5. Welding process and welding time are set by the programmable logic controller system. The input panel is a touch screen, which makes programming the machine more logical and intelligent.   6.   This year we started using water cooled transformers. These transformers are equipped with a cooling unit and a heat dissipation system that allows the excess heat to be removed in a timely manner. Despite the fact that the diameter of the machine has become larger, this did not affect its performance.   Technical specifications   Item Model L M-12 wire diameter 5.0-12.0mm Longitudinal wire feed Breaking wires Cross wire feed Breaking wires Cell 100 * 100-300 * 300 Food 400-1000v Number of electrodes 24 Mesh width 1100-2500mm Poppy. speed 50 r i dov / min Dimensions (edit) 26 * 5 * 2.3m Poppy. length 12000mm Weight 14T

1.The machine works with electric synchronous control technology. The welding process and welding time are set by the programmable logic controller system.   2. The input panel is a touch screen and a keyboard, which makes the programming of the machine more logical and intelligent, also has the following features: firmly squeeze once; multiple welding.   3. The machine is powered by an electric motor, has a loading chute that is powered by a stepper motor, a longitudinal wire fed by a brake motor, and pulls out the mesh using a stepper motor.   4. The longitudinally and transversely fed wire is pre-straightened and cut and therefore only a mesh is obtained with a card. The advantage of this machine: it is possible to have different cells between the longitudinal wires.   Technical specifications   Item Model L M-3A L M-3A / 250 L M-3A / 210 L M-3A / 120 Mesh width 900-2500mm 900-2100mm 900-1200mm Poppy. number of electrodes 48 42 24 Longitudinal wire diameter 3-6mm Cross wire diameter 3-6m m Distance between longitudinal bars 50-300mm Distance between cross bars 25-300mm Poppy. mesh length 6000mm Longitudinal and cross wire feed cut wire from the hopper Poppy. welding speed 50 rows / min Mesh type In card x Material low carbon, galvanized wire Food 380 V Dimensions (edit) 8 * 3.2 * 1.75m 8 * 2.8 * 1.75m 8 * 1.8 * 1.75m Application : Manufacturing is mainly used for expressway, railway, airport, and housing, also shopping carts,   display shelves etc. ...  

Material: Low carbon (black or galvanized) or stainless wire. The machine has a closed correct system, vertical gearbox , and electromagnetic stepless speed regulation. & nbsp; You can get strong and even cells. Welding is controlled three-phase electron and electricity. & nbsp; The machine will stop working automatically by the CNC when the length has reached the desired length. Welding power is large, regulation control is excellent. < / span> (Cross wire feed by rotating shuttle) & middot; & nbsp; </ span> Model Item Л М-4X1 & rsquo; & rsquo; Л M-5x1 & rsquo; & rsquo; Л M-6x1 & rsquo; & rsquo; & nbsp; Л M-7x1 & rsquo; & rsquo; Л М-2.5mx1 & rsquo; & rsquo; Grid Width 914.4-1219, 2mm 914.4-1524mm < / span> 1219.2-1828.8mm </ span> 1828.8-2133, 6mm 1828.8-2500mm < / span> Cell < / p> 1 & rsquo; & rsquo; -4 & rsquo ; & rsquo; （ 6 & rsquo; & rsquo; ） </ span> Wire diameter 1.4-2, 7mm Speed ​​ < / p> 60-80 rows / min Food < / p> 380 / 220V, 50- 60HZ Mac. roll length 80m Dimensions < / p> 2.7 * 1, 75 * 1.45m 3.1 * 1, 75 * 1.45m 3.5 * 1, 75 * 1.45m 3.9 * 1, 75 * 1,5m 4.3 * 1.75 * 1.5m Material < / p> low carbon, galvanized wire </ span> & nbsp; Machine for the production of welded prairie mesh fence (Model Л M- 7X1-A, L </ span> М-2,5МХ1-А) Item & nbsp; & nbsp; Model Л М- </ a> 7X1-A Л M- 2,5МХ1-А Wire diameter 2-3mm </ span > Cell 1 & rsquo; & rsquo; -12 & rsquo ; & rsquo; (25.4mm-304.8mm) Speed ​​ < / p> 40-50 rows / min Fingering < / p> 380 / 220v, 50- 60HZ Mac. roll length 100m < / p> Dimensions < / p> 4.1 * 2.1 * 1.8m </ span > < span style = "mso-spacerun: 'yes'; font-family: Arial; mso-fareast-font-family: 'Lingoes Unicode'; color: # 000000; font-size: 12.0000pt; mso-font-kerning: 0.0000 pt; "> 4.5 * 2.1 * 1.8m Material low carbon, galvanized wire </ span> Grid Width 2133.6-1828.8mm </ span> 2500-1828.8mm </ span> & nbsp; </ p > Medium Welding Machine </ p> Item & nbsp; & nbsp; & nbsp; Model Л М-4Х1 / 2 < / p> Л М-5Х1 / 2 < / p> Л М-6Х1 / 2 < / p> Cell 1/2 & rsquo; & rsquo; -1 & rsquo; & rsquo; (12.7mm, 25.4mm) Grid Width 914.4-1219.2mm < / p> 914.4-1524mm </ p > 1219.2-1828.2mm < / p> Wire diameter 0.7-1.6mm < / p> 0.7-1.6mm 0.9-1.6mm < / p> Speed ​​ 100 lines / min 85 lines / min 70 lines / min Mac. roll length 100m Food 380V / 220V, 50-60HZ Dimensions 2.7 * 1.75 * 1.45m 3.1 * 1.75 * 1.45m < / span> 3.5 * 1.75 * 1.45m < / span> Material low-carbon, galvanized wire & nbsp; </ p > Item & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp ; & nbsp; Model Л М-4Х1 </ p > Л М-5Х1 </ p > Л M-6X1 Cell 1 & rsquo; & rsquo; -4 & rsquo; & rsquo; (25.4mm , 50.8mm, 76.2mm, 101.6mm) Grid Width 914.4-1219.2mm < / p> 914.4-1524mm </ p > 1219.2-1828.2mm < / p> Wire diameter 0.8-1.8mm < / p> 0.8-1.8mm < / p> 1.2-1.8mm < / p> Speed ​​ 100 lines / min 90 lines / min 70 lines / min Mac. roll length 100m Food 380V / 220V, 50-60HZ < / p> Dimensions 2.7 * 1.75 * 1.45m < / span> 3.1 * 1.75 * 1.45m < / span> 3.5 * 1.75 * 1.45m < / span> Material low carbon, galvanized wire & nbsp; </ p > & nbsp; </ p > Small welding machine </ p> Item Model Л М-4х1 / 2 Л М-5x1 / 2 Cell < / p> 1/2 & rsquo; & rsquo; -1 & rsquo; & rsquo; (12.7mm-25.4mm) Wire diameter 0.55-0, 9mm & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; 0.6-1, 0mm Width < / p> 1219.2-914.4mm </ span> 1524-914.4mm </ span> Speed ​​ < / p> 120 lines / min & nbsp; & nbsp ; & nbsp; & nbsp; & nbsp; & nbsp; 90 lines / min </ span > Food < / p> 380 / 220V, 50- 60HZ Max roll length 120m < / p> Dimensions < / p> 2.7 * 1, 75 * 1,4m & nbsp; 3.1 * 1, 75 * 1.4 Material < / p> low carbon and galvanized wire < span style = "mso-spacerun: 'yes'; font-family: Arial; mso-fareast-font-family: 宋家; font-size: 12.0000pt; mso-font-kerning: 0.0000pt;"> Mini </ span > - < / span> welding & nbsp; car & nbsp; Clause < span style = "mso-spacerun: 'yes'; font-family: Arial; mso-fareast-font-family: 'Lingoes Unicode'; color: # 000000; font-size: 12.0000pt; mso-font-kerning: 0.0000 pt; "> Model Л М-3Х1 / 4 Л М-1Х1 / 4 Л М-4Х1 / 4 Л М-5Х1 / 4 Grid Width 914.4MM </ span > 1000mm < / p> 1219.2mm </ span > 1524mm < / p> Cell < / p> 6.35-12, 7mm Wire diameter 0.35-0.75mm Speed ​​ < / p> 100 lines / min </ span > Food < / p> 380 / 220V, 50-60HZ </ span> Mac. roll length 150m < / p> Dimensions < / p> 2.15 * 1, 8 * 1.7m 2.45 * 1, 8 * 1.7m 2.75 * 1, 8 * 1.7m 3.0 * 1, 8 * 1.7m Material < / p> low carbon, galvanized wire </ span> & nbsp; </ p > Heavy & nbsp; welding machine Clause < span style = "mso-spacerun: 'yes'; font-family: Arial; mso-fareast-font-family: 'Lingoes Unicode'; color: # 000000; font-size: 12.0000pt; mso-font-kerning: 0.0000 pt; "> & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; Model Л М-6Х1 / 2 Л M-2mX1 / 2 Л М-7Х1 / 2 Grid Width 1828.8mm </ span > 2000mm 2133.6mm </ span > Cell < / p> 1/2 & rsquo; & rsquo; (12.7mm) Wire diameter 0.5-1, 1mm Speed ​​ 70 lines / min </ span > Food < / p> 380 / 220V, 50- 60HZ Mac. roll length 70m < / p> Dimensions < / p> 3.05 * 1, 9 * 1,75m 3.35 * 1, 9 * 1,75m 3.75 * 1, 9 * 1,75m Material < / p> low carbon, galvanized wire & nbsp; </ p > <! - [if gte mso 9]> 1 </ o: Revision> 1 </ o: Pages> 1 </ o: Lines> 1 </ o: Paragraphs> </ o: DocumentProperties> <! [Endif] -> <! - [if gte mso 9]> < xml> </ o: OfficeDocumentSettings> <! [endif] -> <! - [if gte mso 9]> MicrosoftInternetExplorer4 </ w: BrowserLevel> 0 </ w: DisplayHorizontalDrawingGridEvery> 2 </ w: DisplayVerticalDrawingGridEverytical> DrawingNotSpecified> </ w: DocumentKindacing 8 / w: DrawingGridVerticalSpacing> </ w: PunctuationKerning> Normal </ w: View> </ w: Compatibility> 0 </ w: Zoom> </ w: WordDocument> <! [endif] -> < ! - [if gte mso 9]> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> <! [endif ]--> <! - [if gte mso 9]> 1 </ o: Revision> 1 </ o: Pages> 1 </ o: Lines> 1 </ o: Paragraphs> </ o: DocumentProperties> <! [Endif] -> <! - [if gte mso 9]> </ o: OfficeDocumentSettings > <! [endif] -> <! - [if gte mso 9]> MicrosoftInternetExplorer4 </ w: BrowserLevel> 0 </ w: DisplayHorizontalDrawingGridEvery> 2 </ w: DisplayVerticalDrawingGridEvery> DocumentNotSpecified </ w: DocumentKind> 7.8 磅 </ w: DrawingGridEvery> w: PunctuationKerning> Normal </ w: View> </ w: Compatibility> 0 </ w: Zoom> </ w: WordDocument> <! [endif] -> <! - [if gte mso 9]> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> </ w: LsdException> <! [endif ]-->

1.The machine works with electric synchronous control technology. The welding process and welding time are controlled by a digital integrated electrical circuit. The welding process is stable and accurate.   2. Welded joints have a small contact patch, have no defects and have high strength.   3. The machine pulls the longitudinal wire segments from the wire coil. This equipment is equipped with a special device for cutting wire, as well as a system for determining the position of the cells, thus, the distance between the mesh elements is the same and constant, which is necessary for cutting the resulting product.   4. The machine has a net pulling system, which cuts off the wire elements of the net under the action of mechanical load and a net positioning device.   5.This allows you to control the holes of the wire loops and the open part of the mesh more closely, and more accurately carry out the welding operation.   6. Welding mesh can be obtained by roll or card.   Technical specifications   Model LM-2500 LM-2100 LM-1200 Mesh width 900-2500mm 900-2100mm 900-1200mm Poppy. number of electrodes 48 42 24 Wire diameter 3.0-5.0mm Cell 50 * 50-200 * 200mm Cross wire feed mode From hopper Longitudinal wire feed mode From coil Setting up a cell manually Poppy. welding speed 45 rows / min Net type In rolls or cards Material low carbon, galvanized wire Power 380v 50HZ

Specification: 1.         Model:    HM-538 2.         Product name:        Pressureless Under Counter Boiler 3.         Capacity: Hot 3.5L 4.         Voltage:   110V / 60Hz, 220V  50~60Hz 5.         Dimension:     W19cm x D22cm x H40cm 6.         Power consumption: Hot 750 W 7.         Filter type:      Reverse Osmosis (With NSF certificate)   Feature: 1.         Water shortage warning: Water shortage warning with an error code, preventing overheating. 2.         Pressure-less system: Prevent water tank leakage.

Specification: 1.         Model     HS-10GB 2.         Product name 10GB Storage Type Boiler 3.         Capacity  Hot 10GB 4.         Voltage    AC 220V  50/60Hz 5.         Dimension      W42cm x D41cm x H83cm 6.         Power consumption       Hot 4000 W    7.         Filter type       2 stage filtration (1st P.P sediment filter, 2nd Active carbon filter)   Feature: 1.         Child safety lock: Hot water safety lock, avoid accidentally burn.   2.         Electricity leakage protection: Installed with national CNS Standard leakage protector. Pressure-less system: Prevent water tank leakage. 3.         Double over-heating protection: Double over-heating protection, for top safety.   4.         Error Code display: Error Code display, with error codes for more precise maintenance.

Specification: 1.         Model:    HS-6L 2.         Product name:        6L Electrical Boiler 3.         Capacity: 6L 4.         Voltage:   110V/220V, 50/60Hz 5.         Dimension:     W28cm x D26cm x H52cm     6.         Power consumption:      Hot 750 W   Feature: 1.         LED temperature display: LED HOT / Warm / Cold water temperature display 2.         Hot water temperature setting: Adjustable hot water temperature.       

Specification: 1.         Model     HM-190 2.         Product name HOT / WARM / COLD Dispenser 3.         Capacity  Hot 2L / Warm 2.2L / Cold 2.8L 4.         Voltage    110V / 60Hz; 220V  50~60Hz 5.         Dimension      W26cm x D54cm x H58cm 6.         Power consumption       Hot 500 W, Cold 130 W 7.         Filter type       5 stage built-in reverse osmosis 8.         UV sterilization system: optional    Feature: 1.         Continuous water: Press one button button Continuous water output setting up to 60 seconds.   2.         Clear instruction: User friendly design with button indicator.   3.         Re-boil setting: Re-boil setting for high temperature requirements. 4.         LED temperature display: LED HOT / Warm / Cold water temperature display.   5.         6 stage hot water temperature setting: Adjustable hot water temperature.   6.         Water shortage warning: Water shortage warning with an error code, preventing overheating. 7.         Cold water temperature setting: Adjustable cold water temperature.

Specification: 1.         Model:    HM-6991 2.         Product name:        Desk Top HOT / WARM / COLD Dispenser 3.         Capacity: Hot 2.5L / Warm 12L / Cold 1.2L 4.         Voltage:   110V / 60Hz; 220V  50~60Hz 5.         Dimension:     W39cm x D41cm x H68cm 6.         Power consumption:      Hot 750 W, Cold 130 W   Feature: 1.         Water shortage warning: Water shortage warning with an error code, preventing overheating.   2.         Cold water temperature setting: Adjustable cold water temperature.   3.         Re-boil setting: Re-boil setting for high temperature requirements.

Specification: 1.         Model:        HM-700 2.         Product name:    HOT, WARM, COLD Dispenser 3.         Capacity:     Hot 15L, Warm 7L,  Cold 3L 4.         Voltage:       110V/ 60Hz ; 220V  50~60Hz 5.         Dimension: W42cm x D41cm x H127cm 6.         Power consumption:  Hot 1100 W, Cold 100 W 7.         Filter type:         (1) 2 stage filtration (1st P.P sediment filter, 2nd Active carbon filter) (2)Reverse Osmosis (With NSF certificate)   Feature: 1.         Water shortage warning: Water shortage warning with an error code, preventing overheating.   2.         LED temperature display: LED HOT / Warm / Cold water temperature display.   3.         Re-boil setting: Re-boil setting for high temperature requirements. 4.         Clear instruction: User friendly design with button indicator.   5.         Cold water temperature setting: Adjustable cold water temperature.   6.         Continuous water: Press one button button Continuous water output setting up to 60 seconds.

Specification: 1.         Model: HS-990 2.         Product name:       HOT / WARM / COLD DIGITAL WATER DISPENSER 3.         Capacity: Hot22L / Warm8L / Cold4L 4.         Voltage:   110V / 220V ; 50~60Hz 5.         Dimension:     W43cm x D47cm x H135cm 6.         Power consumption:      Hot 1100 W,  Cold 130 W 7.         Filter type:      5 stage reverse osmosis ( LG. RO membrane)   Feature: 1.         ECO standby: This feature can be adjusted according to user living style. 2.         Continuous water: Press one button button Continuous water output setting up to 60 seconds. 3.         Water shortage warning: Water shortage warning with an error code, preventing overheating. 4.         LED temperature display: LED HOT / Warm / Cold water temperature display 5.         Clear instruction: User friendly design with button indicator. 6.         Cold water temperature setting: Adjustable cold water temperature. 7.         LED light: LED light indicating the water outlet position, avoiding hazards. 8.         Re-boil setting: Re-boil setting for high temperature requirements.

1.Stable performance with advanced PLC and conveying preforms automatically with conveyor. 2.Strong penetrability and good and swift distribution of the heat by letting the bottles rotate by itself and revolute in the rails simultaneously in the infrared preheater. 3.High adjustability to enable the preheater to preheat preforms in shapes by adjusting the light tube and the length of the reflecting board in the preheating area and eternal temperature in the preheater with an automatic thermostatic apparatus. 4.High safeties with security automatic-locking apparatus in each mechanical action,which will make the procedures turn into a state of safety in case of a breakdown in certain procedure. 5.No contamination and low noise with the air cylinder to drive the action instead of the oil pump. 6.Satisfaction with different atmospheric pressure for blowing and mechanical action by dividing the blowing and action into three parts in the air pressure diagram of the machine. 7.Strong clamping force with high pressure and double crank links to lock the mold. 8.Two ways of operating: Automatic and manual. 9.Safe,reliable and unique design of the position of valve to make the air pressure diagram of the machine easier to understand. 10.Low cost,high efficiency,easy operation,easy maintenance,etc. 11.Contamination is avoided for the bottle body. 12.Ideal effect of the chilling with the chilling system for the bottle mould. 13.Easy installation and starting. 14.Low rejection rate:less than 0.2 percent. 15.Full automatic machine, one man is enough for operation the machine. 16.Adopt the new type double bend arm and the four rod-clamping structure(won the patent): Cross direction; Middle mould board is move parallel; the distance between two mold board is adjusted by the chain wheel. Thus, the clamping force is very strong. 17.Power saving design that can increase your profits. 18.Separated type air controlling system, which is designed for avoiding waste pollution. 19.The preheater of PP blow machine should be more bigger than PET blow machine.

Airtech Kinetic Blower (AKB) Series are dynamic blowers that transfer kinetic energy to the medium agent by a contactless rotating impeller. The gas is drawn in by a high-performance titanium turbo impeller. The minimized internal losses lead to extremely high efficiencies and silent compression at rotational speeds up to 12,500 RPM. The position of tangential inlet and outlet can be selected individually according to the needs of the application. The reliable IE4/NEMA super premium blower motors are also available with integrated plug and variable frequency drive.  

     APPLICATION OF OZONATORS STORING VEGETABLES AND FRUITS The use of ozone in refrigerated storage of fruits and vegetables AGRICULTURE AND LIVESTOCK Air disinfection in poultry farming Stimulation of the growth and vital activity of plants and animals Beekeeping - the fight against ascopherosis The use of ozonizers in greenhouses Fight against plant diseases Grain handling Increasing shelf life and maintaining the quality of food, grain, etc. FOOD INDUSTRY Disinfection of air, premises, equipment and products with ozone The use of ozone in the meat and dairy industry Disinfection of food production CLEANING OF DRINKING WATER AND WASTE Swimming pool water ozonation Ozonation application for bottled water filling Iron removal and manganese removal from water using an ozonation station Aquaculture - water purification in aquariums and fish farming with ozone Sewage treatment LAUNDRIES, CLEANING, ODOR REMOVAL Hotels, sanatoriums, country holiday homes Cleaning and car washes Optimization of the laundry Elimination of stubborn smells of burning, tobacco, paint and others Car wash Removal of oil products with ozone

It is used in supply and exhaust ventilation systems for industrial and public buildings. Designed to move air or other non-explosive, non-aggressive gas mixtures with temperatures up to +40 ° C, free of sticky substances and fibrous materials, with a concentration of dust and other solid impurities not exceeding 100 mg / m3.

Supply of shut-off valves, gate valves, ball valves, gates, any construction and other equipment directly from the manufacturer Provision of advisory and other services for the implementation and development in the market of Uzbekistan and Central Asia