Industrial Equipments and Machines in bulk on Qoovee

Water treatment plant VPU-12.0 is designed to soften feed water, used for boiler units and other facilities where softened water is required. The main elements of the VPU-12.0 unit are: a counterflow ion exchange filter, a salt solution preparation tank, an electric pump unit, pipelines and fittings. The equipment of the unit is mounted on a frame. The operation of the VPU-12.0 installation includes the following operations: softening of water; loosening of the cation exchanger; regeneration of the cation exchanger; washing of the cation exchanger from the regeneration products. During softening, the source water is pumped into an ion exchange counterflow filter and, passing from top to bottom, enters the feed water tank. To loosen the blocking layer of the cation exchanger, the source water enters the middle distributor of the ion exchanger and is discharged through the upper distributor into the gravity drainage. The loosening process is carried out until the discharge water is completely clarified. Periodically (after 10-20 filter cycles), the entire layer of the cation exchanger is loosened. Regeneration of the cation exchanger is carried out with a 5-8% solution of sodium chloride. To prepare this solution, the initial water is supplied to the ejector, where a 20-25% salt solution is simultaneously supplied from the tank. Regeneration of the cation exchanger is carried out in two streams. The main part of the 5-8% regeneration solution (~ 76%) is fed into the lower distributor of the filter and passes through the auxiliary and main layers from the bottom up. The rest of the flow (~ 24%) is fed into the upper distributor and passes from top to bottom through the blocking layer. The spent regeneration solution is discharged through the middle distributor. The cation exchanger is washed with feed water, which is also supplied in two streams, the main stream (~ 76%) enters through the lower distributor. A smaller part of the flow (~ 24%) is supplied through the upper distributor. The wash water is discharged through the middle distribution device into the gravity drain. The end of cleaning is controlled by the hardness of the water after the middle distributor. After the end of washing, the VPU-12.0 unit is transferred to the source water softening mode.

Water treatment plant VPU-6.0 is designed to soften feed water, used for boiler units and other facilities where softened water is required. The main elements of the VPU-6.0 unit are: a counterflow ion exchange filter, a salt solution preparation tank, an electric pump unit, pipelines and fittings. The equipment of the unit is mounted on a frame. The VPU-6.0 unit operation includes the following operations: softening of water; loosening of the cation exchanger; regeneration of the cation exchanger; washing of the cation exchanger from the regeneration products. During softening, the source water is pumped into an ion exchange counterflow filter and, passing from top to bottom, enters the feed water tank. To loosen the blocking layer of the cation exchanger, the source water enters the middle distributor of the ion exchanger and is discharged through the upper distributor into the gravity drainage. The loosening process is carried out until the discharge water is completely clarified. Periodically (after 10-20 filter cycles), the entire layer of the cation exchanger is loosened. Regeneration of the cation exchanger is carried out with a 5-8% solution of sodium chloride. To prepare this solution, the source water is fed to the ejector, where a 20-25% salt solution is simultaneously fed from the tank. Regeneration of the cation exchanger is carried out in two streams. The main part of the 5-8% regeneration solution (~ 76%) is fed into the lower distributor of the filter and passes the auxiliary and main layers from the bottom up. The rest of the flow (~ 24%) is fed to the upper distributor and flows from top to bottom of the blocking layer. The spent regeneration solution is discharged through the middle distributor. Washing of the cation exchanger is carried out with source water, which is also supplied in two streams, the main stream (~ 76%) enters through the lower distributor. A smaller part of the flow (~ 24%) is fed through the upper distributor. The wash water is discharged through the middle distribution device into the gravity drain. The end of cleaning is controlled by the water hardness downstream of the middle distributor. After the end of washing, the VPU-6.0 unit is transferred to the source water softening mode.

Water treatment plant VPU-3.0 is designed to soften feed water, used for boiler units and other facilities where softened water is required. The main elements of the VPU-3.0 unit are: a counterflow ion exchange filter, a salt solution preparation tank, an electric pump unit, pipelines and fittings. The equipment of the unit is mounted on a frame. The VPU-3.0 unit operation includes the following operations: softening of water; loosening of the cation exchanger; regeneration of the cation exchanger; washing of the cation exchanger from the regeneration products. During softening, the source water is pumped into an ion exchange counterflow filter and, passing from top to bottom, enters the feed water tank. To loosen the blocking layer of the cation exchanger, the source water enters the middle distributor of the ion exchanger and is discharged through the upper distributor into the gravity drainage. The loosening process is carried out until the discharge water is completely clarified. Regeneration of the cation exchanger is carried out with a 5-8% solution of sodium chloride. To prepare this solution, the initial water is supplied to the ejector, where a 20-25% salt solution is simultaneously supplied from the tank. Regeneration of the cation exchanger is carried out in two streams. The main part of the 5-8% regeneration solution (~ 76%) is fed into the lower distributor of the filter and passes through the auxiliary and main layers from the bottom up. The rest of the flow (~ 24%) is fed into the upper distributor and passes from top to bottom through the blocking layer. The spent regeneration solution is discharged through the middle distributor. The cation exchanger is washed with feed water, which is also supplied in two streams, the main stream (~ 76%) enters through the lower distributor. A smaller part of the flow (~ 24%) is supplied through the upper distributor. The wash water is discharged through the middle distribution device into the gravity drain. The end of cleaning is controlled by the hardness of the water after the middle distributor. After the end of washing, the VPU-3.0 unit is transferred to the source water softening mode.

Water treatment plant VPU-2.5 is designed to soften feed water, used for boiler units and other facilities where softened water is required. N / a Name Value one Productivity, m 3 / h 2.0 2 Working pressure, MPa (kgf / cm 2 ) 0.6 (6.0) 3 Medium temperature, o C 40 four Overall dimensions (Length, mm) 1500 five Overall dimensions (Height, mm) 2295 6 Nominal diameter, mm 885 7 Factory delivery weight, kg, no more 560 The main elements of the VPU-2.5 unit are: a counterflow ion exchange filter, a clarifying filter, an electric pump unit, pipelines and fittings. The equipment of the unit is mounted on a frame. The VPU-2.5 unit operation includes the following operations: softening of water; loosening of the cation exchanger in the ion exchanger; regeneration of the cation exchanger; washing the cation exchanger from the regeneration products; loosening of the clarifying filter cation exchanger; washing of the clarifying filter cation exchanger. During softening, the source water is pumped into the clarification filter, then it enters the ion exchange counterflow filter and, passing from top to bottom, enters the feed water tank. To loosen the cation exchanger layer, the source water, after passing through the clarifying filter, enters the lower distributor of the ion exchanger and is discharged into the gravity drainage system. When clear water appears, loosening is stopped. To restore the ion-exchange capacity of the cation exchanger, the cation exchanger is regenerated with a solution of sodium chloride. Washing of the cation exchanger is carried out with source water, which is supplied from the clarification filter. Loosening and washing of the clarifying filter cation exchanger is carried out when the pressure loss in the filter increases to 0.1 MPa and the quality of the clarified water deteriorates. Loosening of the entire layer of the filter bed is carried out in an upward flow. Loosening of the filter bed is carried out until a sharp clarification of the wash water. After loosening the filter bed of the clarifying filter, it is washed until the wash water is sharply clarified.

Water treatment plant VPU-1.0 is designed to soften feed water, used for boiler units and other facilities where softened water is required. N / a Name Value one Productivity, m 3 / h 1.0 2 Working pressure, MPa (kgf / cm 2 ) 0.6 (6.0) 3 Medium temperature, o C 40 four Overall dimensions (Length, mm) 1765 five Overall dimensions (Height, mm) 1605 6 Nominal diameter, mm 865 7 Factory delivery weight, kg, no more 390 The main elements of the VPU-1.0 unit are: a counterflow ion exchange filter, a salt solution preparation tank, an electric pump unit, pipelines and filter fittings. The equipment of the unit is mounted on a frame. The production process at the water treatment plant consists in softening the treated water, stopping the filter for regeneration, loosening the cation exchanger by the reverse flow of water. The VPU-1.0 unit operates according to the parallel-precision Na-cationization scheme. Initial water is supplied to the upper part of the filter in the upper distribution device. Having passed through the cationite loading of the filter in the direction from top to bottom, the water softens, exits from the bottom of the filter and is discharged into the feed tank, from where it is disassembled for consumption. As the cation exchange filter depletes, the residual hardness of the softened water increases and, when the maximum permissible value of this value is reached, the unit is turned off for regeneration. Regeneration of the cation exchange filter is carried out with a 6-8% sodium chloride solution prepared in the tank. At the end of the regeneration, the filter is turned on. All equipment of a block water treatment plant - a cation exchange filter, its upper distribution device, a salt solution preparation tank and pipelines are made of carbon steel. The lower distributor of the filter is made of polymeric material.

FormLabs Form 3l 3D Printers Condition of the goods: You will receive full transparency on the individual products, their condition, product prices and informative photos. The goods are in good condition and are visually inspected and classified in category A, B and C.   Minimum purchase: Individual trucks will be made up for you. The price quoted is a truck average price, therefore the price will vary depending on your selection.   Household goods: Consumer Electronics: Computer Appliances: Electric Electrical Cameras, Laptops, Mobile Phones, Drones, Graphics Cards, Motherboards, Video Games, Antminers, Dishwasher, freezer, cookers, fridge/freezer, oven, dryer, washing machine.   Top Brands: Apple,Sony,Panasonic,Heir Thermocool,MSI,Gigabyte,AMD,AEG, Bosch, Bauknecht, LG, Neff, Samsung, Siemens.   Appointment: After making an appointment, you are welcome to visit our warehouse in Nuremberg at any time and convince yourself of our high quality.   Contact: For further details, please send us your contact details as a message, or contact us by phone. We look forward to a successful cooperation.   MACHINERY CONNECTIONS, CMT - CORPS OHIO, USA

SPECIFICATIONS Print technology: Fused Deposition Modeling Filament Diameter: 2.85mm Build area: 230 x 190 x 200mm Minimum layer resolution: 20 microns Maximum layer resolution: 600 microns Dimensions: 394 x 489 x 637mm Weight: 14.4kg                     Condition of the goods: You will receive full transparency on the individual products, their condition, product prices and informative photos. The goods are in good condition and are visually inspected and classified in category A, B and C.   Minimum purchase: Individual trucks will be made up for you. The price quoted is a truck average price, therefore the price will vary depending on your selection.   Household goods: Consumer Electronics: Computer Appliances: Electric Electrical Cameras, Laptops, Mobile Phones, Drones, Graphics Cards, Motherboards, Video Games, Antminers, Dishwasher, freezer, cookers, fridge/freezer, oven, dryer, washing machine.   Top Brands: Apple,Sony,Panasonic,Heir Thermocool,MSI,Gigabyte,AMD,AEG, Bosch, Bauknecht, LG, Neff, Samsung, Siemens.   Appointment: After making an appointment, you are welcome to visit our warehouse in Nuremberg at any time and convince yourself of our high quality.   Contact: For further details, please send us your contact details as a message, or contact us by phone. We look forward to a successful cooperation.   MACHINERY CONNECTIONS, CMT - CORPS OHIO, USA  

The Gemeral MIG 200 welding machine is a convenient and lightweight machine that can be used at home and in professional activities. Thanks to a duty cycle of 60%, the device easily welds long seams with a minimum waste of time and a complete absence of overheating. The wide and stiff handle at the top of the case makes it easy to transport. All external elements are securely fastened and do not vibrate during transportation or welding. The model is capable of working in several modes. Welding with and without shielded gases facilitates the selection of the type of wire. There is an additional gas heating function. Also, the welding machine can be used for welding aluminum with non-fusible electrodes. The wire feeder is located directly in the body of the machine. This ensures compactness and ease of use. Ease of changing the coil due to the quick opening of the housing speeds up the welder's work process. The control panel is equipped with a display. This allows you to monitor the current amperage. There are two controllers for adjustment, which adjust the amperage and wire feed speed. The simple control panel is ideal for beginners and experienced welders.

The Gemeral MIG 160 welding machine allows you to work in hard-to-reach places. The model uses a self-shielded flux-cored wire with a diameter of 0.8-1 mm as a tooling. The wear-resistant 2-roller feeder is made of metal, which increases the service life of the device. The compact body and low weight make it easy to transport and also make it possible to work at height. Equipment: Apparatus. Burner Coil 1 kg 0.8. Ground wire. Passport. Packaging.

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.

*All of our products are made with care and covered with 2 years warranty! *Fast installation and FREE operator training The mobile concrete batching plant Sumab K-40 is intended to produce high-quality concrete and concrete mixes. Exact performance of plant capacity depends on type and mark of produced concrete and on used aggregates, cement and quantity of chemical additives. Batching plant is mounted on a container frame and can be transported on a 40 foot open top container.4 aggregate storages, mixer 1500/1000 liters. Additive pump, high pressure compressor. Computer Siemens (100 concrete sorts). Batching plant equipped with comfortable cabin and system of automatic control of the plant. Modern computer system Siemens enables to produce 100 recipes and sorts of concrete. You can print each mixture of ready batch in kilograms and percent, that prevents the theft of cement or aggregates in the preparation of a concrete mix.Optionally can be delivered: cement silo, cement screw, belt conveyer of supply ready-mixed concrete from the mixer. If you need more information, you can visit our website, or send a request. We will necessarily find the best solution for you! We are ready to invite you to see our existing concrete plants, which were manufactured in 1980-s. They are still in the ranks!Concrete plants SUMAB are a guarantee of quality, durability and reliability. Batching plant is produced on Scandinavian technology, using components from leading European manufacturers! Scandinavian quality at the best price!

*All of our products are made with care and covered with 2 years warranty! *Fast installation and FREE operator training   Fully automatic batching plant. The plant is designed on a container frame. 4 aggregate storages, turbine type mixer 1200/800 liters. Water tank 250 l. Automatic control of a plant: Computer Siemens (100 concrete recipes). Control room container 2,5 x 2,5 x 2,95m. Swedish quality. Good price. Mobile concrete plant is equipped with a comfortable cabin and system of automatic control of the plant. Modern computer system Siemens enables to produce 100 recipes and sorts of concrete. You can print each mixture of ready batch in kilograms and percent, that prevents the theft of cement or aggregates in the preparation of a concrete mix.

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.

Cutting machine: Rated voltage (V): 220 Rated frequency (Hz): 50 Cutting disc diameter (mm): 110 Max. cutting depth (mm): 30 Rated power (w): 1200 Rated speed (r / min): 13000 Net (kg): 3.0

Marinades - a large list of various vegetables preserved in a marinade (a mixture of water, vinegar and spices), such as cucumbers, tomatoes, zucchini, squash, sweet and hot peppers, garlic, corn cobs, mushrooms, and eggplants. LLC BESTEK-Engineering offers to supply modern, high-performance lines for the production of canned vegetables of various designs and modifications at manufacturer's prices with a full package of services. Each technological line is individually selected depending on: technical specifications, available area, product specifications and required performance.

This machine is suitable for the processing of diversified and complex products the processing of multiple, widely used, can engrave drilling, etc., mainly used for carving and milling.     Woodworking industry: this machine is suitable for coffin, shoucai, wooden door, embossment carving, also can do three-dimensional wave board processing, screen art window processing, computer table and board home products auxiliary processing. Our 1325 CNC Router is a woodworking cnc router machine with a high-performance configuration. And have good stability, high accuracy, lower wastage, and long service time. Principal Axis uses Water-cooling principal axis, resistant to wear and low noise and can cooling the machine timely and effective .Then Machine Casing has Factory customization, electrostatic plastic absorbing and no peeling paint. High accuracy. The control box adopts an advanced CNC system, making it high stability. Guide Rail adopts Taiwan HIWIN double nut ball screw ensures more stable movement and high accuracy. Our router may carve various kinds of shade vulture, relief, craft, and gift, as a typical of multi-functional machine

Application: ASSEN ZYD Transformer Oil Purification plant is portable maintenance equipment, it is a process the reduces, or in fact, eliminates all the physical contaminants from oils by means of physical processes such as oil filtration, de-humidification, and degasification. ZYD transformer oil filtration process effectively removes all those particles that are larger than 0.1 micron as well as most of the dissolved water and gases in the oil.   Aftre treatment   Moisture PPM ≤3 Gas content % ≤0.01 Impurity size μ ≤1 (no free carbon) Breakdown voltage kV ≥75 IFT dynes/cm ≥40 Acid value mgKOH/g ≤0.03 Dielectric loss factors tgδ(90°C) ≤0.001     Features: 1. Unique and highly efficient dewatering and degassing device, it adopted a large area three-dimensional flash evaporation and mature film evaporation technology to rapidly remove the free and dissolved water and gases from used and waste insulating oils. 2. Precise filtration system, high quality filter element, multi-stage filtration system levels, can effectively remove the mechanical impurities from the insulating oils. 3. Electrical heating system is the optimized pipeline design to ensure uniform heating and stable oil temperature. 4. Automatic constant temperature control device, automatic liquid level control device, automatic defoaming device, automatic pressure protection device and excellent configuration can ensure the equipments in high performance. 5. Work online and the indicators display running. 6. Unattended operation with low working noise and longtime free maintenance.7. A complete machine safety interlock protection system, discharge oil system, vacuum system and the heating system interlock, to avoid the adverse effects of misuse.       Our Services:  1. We customize the machine as your requirements.2. We have more than 20 years export experience.3. We offer our customers high quality products at competitive price.4. We offer our customers excellent after-sales service.5. We are not satisfied until our customers are satisfied       For any inquiry,Please don't hesitate to contact Assen  

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. ...