Industrial Machinery & Equipment

Harisefendi.com selling Printers,Laminator,Engraving Machines, Scanners, Printheads, Printerboard, Ink Catridges, Etc. Buy U-Marq GEM-RX5 Engraving Machine from Harisefendi store, because the purchase of products at Printer All New provides official genuine products and 100% money back guarantee. To purchase online visit us : harisefendi.com Price : USD 2,000.00 Min Order : 1 Pcs Lead Time : 7 Days Express Terms : Paypal, Bank Transfer, Wise, Westernunion, Moneygram. Shipment : FedEx, DHL, UPS Harisefendi Jl. Setiabudi No. E-10 Medan - 20132, Sumatera Utara Indonesia

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Harisefendi.com selling Printers,Laminator,Engraving Machines, Scanners, Printheads, Printerboard, Ink Catridges, Etc. Buy Sisma Smarky YAG Laser from Harisefendi store, because the purchase of products at Printer All New provides official genuine products and 100% money back guarantee. To purchase online visit us : harisefendi.com Price : USD 26,000.00 Min Order : 1 Pcs Lead Time : 7 Days Express Terms : Paypal, Bank Transfer, Wise, Westernunion, Moneygram. Shipment : FedEx, DHL, UPS Harisefendi Jl. Setiabudi No. E-10 Medan - 20132, Sumatera Utara Indonesia

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★ Single Facer is the main machine to produce corrugated cardboard. The vacuum suction model single facer has very good production precision. The choice of machine directly effects the quality of corrugated cardboard. 1. Vacuum suction of the cover. 2. The corrugated roller is made of high quality alloy steel 48CrMo, the surface is medium frequency quenched and chrome plated. The hardness can reach HRC55~60, which ensures good wear resistance and long service life. 3. No gear transmission. 4. The glue roller is pneumatically lifted and lowered. 5. Independent glue cleaning device and electric glue-separate panel to control the width of the glue.1. Manually or electrically adjust the display device. 6. Lubricated by high temperature lubricate grease. 7. The surface of all dancing rollers and preheating rollers are ground and chrome plated. 8. The pressure roller is medium frequency quenched and chrome plated.

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We recommend the combination of ionic liquid desulfurization and industrial sulfuric acid process to treat the lead smelting flue gas to meet the standard emission and produce industrial sulfuric acid. Side-blown furnace flue gas purification: adopt adiabatic evaporation dilute acid cooling process, side-blown furnace flue gas purification into the automatic gas separation system to automatically adjust the amount of gas to be divided, 50% of the flue gas into the composite amine SO2 capture desulfurization system, 50% of the flue gas into one-turn one-suction acid production system RE TECH – the name that is synonymous with innovation, excellence, and sustainability in the field of metallurgy and recycling! Introduction of Main System Flue gas purifying system The flue gas from the side-blown furnace electric dust collector, enters the high efficiency scrubber, contact with the spray liquid to cool down, remove most of the mineral dust and other impurities, enter the packed scrubber tower, the packed scrubber tower to spray liquid scrubbing further dust removal, the temperature is reduced again, the flue gas after the second scrubbing into the automatic gas separation system, 50% of the flue gas into the composite amine SO2 capture desulfurization system, 50% of the flue gas into the flue gas cooling tower, cooling tower to spray liquid scrubbing further dust removal to cool down, then into the two-stage electric mist eliminator to remove acid mist and other impurities before entering the next step of dry suction section.

The standard capacity of this battery crusher and sorting system is 100,000t batteries per year, waste lead batteries (10% acid content) as raw material, the batteries will go through preliminary crushing machine to remove acid, then go to secondary crushing, vibrating screening, hydro-separator, heavy metal removal,water separation. Finally will get the final products lead paste, lead grid, PP plastic and heavy plastic. The plant acid water system is a closed circuit, with pH meter control and discharging system.

The furnace design of the RE-type oxygen enriched side blown furnace is a result of years of research and development led by the experts of the company from Central South University and nonferrous metallurgy industry. The team behind the design has extensive experience in the non-ferrous metallurgical industry. The very first patent on the oxygen-enriched side-blowing furnace process was obtained by Liu Wei, the founder of the company, in 2014. Since then, the company has been dedicated to continuous innovation and R&D to respond to the changing demands of the industry. The process design and furnace design have been constantly improved, resulting in the acquisition of more than 40 patents. The oxygen enriched side blown furnace plays a vital role in numerous industries, and this particular furnace type has garnered significant attention owing to its outstanding performance. It has proven to be a game-changer, not just in terms of economic benefits but also with regards to environmental protection,energy-saving,efficiency,safety and stability. Its popularity has only soared over the past decade, with newly-built smelters widely incorporating this furnace type. RE TECH – the name that is synonymous with innovation, excellence, and sustainability in the field of metallurgy and recycling! We're proud to be a world-leading furnace manufacturer and an integrated solution provider for comprehensive recycling of non-ferrous metal and safe disposal  of heavy metal hazardous wastes.As a disciplinary company of the Research Institute of Resource Regeneration and Environmental Engineering of CSU, we are established with technological innovation, and also with technological innovation as our corporate mission.

Last September, we posted a new model E-EP08-35 hydraulic piloted directional element equivalent to HydraForce EP08-35. It is a screw-in, cartridge style, pilot to close hydraulic directional element. Since it was posted, we received inquiries from customers in Europe, Russia, USA and Canada in the past year. The customers in Europe and Russia placed the test orders. Last week, we received feedback from the European customer that AAK sample passed their internal testing for performance and durability. They will place the regular order for 300 pcs very soon. The advantages of AAK Hydraulic Piloted Directional Element E-EP08-35 are: 1. The quality of this valve is benchmarking HydraForce, but price is much cheaper. 2. The service life is 2 times that of domestic hydraulic cartridge valve manufacturers in China Technical parameters of AAK E-EP08-35 Hydraulic Piloted Directional Element: Max. Operating Pressure: 345 bar (5000 psi) Capacity: 38 lpm (10 gpm) Maximum internal leakage: 164 ml/min (10 in³/min) at 207 bar (3000 psi) Cavity: VC08-3 AAK E-EP08-35 Hydraulic Piloted Directional Element, benchmarking HydraForce EP08-35, its service life is 2 times that of its domestic peers. You are welcome to give it a try. AAK HYDRAULIC CARTRIDGE VALVES (803) 2024-07-01

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Super-stable electronic control solution of laser brings extremely stable power output and helps power fluctuation less than 1.5%; Industrial-grade electronic control design of laser enables annual average laser power attenuation being less than 4%; In the case of dramatic changes in environments (such as grid fluctuations, temperature changes, etc.), the performance of each machine can be always consistent; Unique hardware design and software control ensures that the output parameters of the machine are still accurate and consistent after a long period of service; Two modes are available: continuous and pulse, adaptive for heat conduction welding of thin plates and deep penetration welding of medium & thick plates with a large depth-to-width ratio; High welding efficiency to save time and labor, one laser welding machine be equivalent to four TIG machines; Industrial-grade LCD touch-screen supports friendly operation and simple & efficient human-computer interaction; 10 JOBs to save parameters with user-defined, suitable for both handheld welding and robotic welding; Weldable Materials: Carbon steel, stainless steel, high-strength steel, galvanized sheet, corrugated sheet, aluminum alloy, magnesium alloy, alloy, and other kinds of metals.

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BHJG570 bucking machine has six parts: power tong, backup tong, hydraulic system, pneumatic system, control system and machine body. The power tong is driven by hydraulic motor and it is used to make up or break out. The backup tong is driven by pneumatic and it is used to fix the pipe. The make up torque value is output by tension sensor and controlled by PLC system. Product Application BHJG570 bucking unit produced by our company is a special equipment used to make up and break out 13 3/8″, 16″, 18 5/8″, 20″coupling and pipes. Features 1. BHJG570 bucking machine is driven and controlled by both hydraulic and pneumatic system. The system is simple, also has convenient and flexible manipulation. 2. The system is controlled by pneumatic except for power tong hydraulic motors so that can greatly reduce the oil leakage. 3. The power tong uses closed form, which is driven by hydraulic motor with roller climbing clamping. The clamp head include 4 jaw plates with 90º proportional distributing, every jaw plate has 4-6 teeth. A total of 16-24 teeth contact the coupling surface with reliable clamping. Teeth marks accord with API standard. The clamp head is reset by means of automatic positioning machinery, quickly and reliably. 4. The backup tong also uses closed form, which is driven by the pneumatic cylinder. The jaw clamping rollers climbing principle is similar to the driving clamp. 5. The power tong and the backup tong can automatically regulate to meet the casing and coupling which have a little bending. 6. The replacement of dies is convenient. 7. The backup tong is equipped with tension sensor which is used to measure torque (the unit is KN.m). Control system will contrast the torque value and screw circles to the setting value, so that the bucking machine operates automatically.

BHJQ300 hydraulic bucking machine has five hydraulic sycliders, in working, the pipe is fixed, the five hydraulic cylinders synchronized able to clamp the coupling and rotate continuousely. Every cylinder controls one jaw. The reliable synchronizer is imported from Italy. To adjust the center automatically, the backup tong can float a bit. The clamp force is controlled by the hydraulic system. Product Application The BHJQ300 bucking unit is used for making up & break out the pipes, casings and downhole tools. Tubing Casing Bucking Machine Features This structure has features of large application, high mechanical strength, reliable Clamping, no-skiding, no- pipe damage, small die marks to API, high automation, double pump speed, quick making up, slow torque increasing, and it can be used for premium connections.

A hot rolling pipe mill production line is a manufacturing facility designed for the production of seamless steel pipes through the hot rolling process. It typically consists of several key components, including a billet heating furnace, piercing mill, elongator, sizing mill, cooling bed, and cut-off machine. The unique feature of this production line is its ability to produce high-quality, seamless steel pipes by heating and shaping steel billets at extremely high temperatures. These pipes find applications in various industries, such as oil and gas, automotive, construction, and manufacturing, due to their strength, durability, and reliability. There are generally three main deformation processes in the production of hot- rolled seamless steel pipes: piercing, pipe rolling, and sizing and reducing. Each of these processes serves specific objectives and has distinct requirements: Piercing: Process Objective: The piercing process is the initial step in creating a seamless steel pipe from a solid billet or hollow shell. The main objective is to form a hollow cavity within the billet. Requirements: High temperature: The steel billet is heated to a suitable temperature to make it malleable. Piercing tools: Specialized tools, such as a mandrel or a piercer point, are used to create the initial hole. Consistency: The hole must be created with precision and maintain a uniform diameter to ensure the seamless pipe's quality. Pipe Rolling: Process Objective: After piercing, the pipe rolling process elongates and shapes the hollow billet into a cylindrical pipe with the desired diameter and wall thickness. Requirements: Reduction of diameter: The billet is passed through a series of rolls that gradually reduce its diameter while increasing its length. Temperature control: The steel must be maintained at an elevated temperature to allow for plastic deformation. Uniformity: The rolling process should ensure uniform wall thickness and dimensions along the length of the pipe. Mechanical properties: Control of the material's mechanical properties, such as tensile strength and toughness, is essential. Sizing and Reducing: Process Objective: In this final step, the hot-rolled pipe is further sized and reduced to achieve its precise dimensions, roundness, and surface finish. Requirements: Dimensional accuracy: The pipe must meet specific size and roundness criteria according to industry standards. Surface finish: The pipe's exterior should have a smooth surface, free from defects or irregularities. Straightness: The pipe should be straightened to meet straightness requirements. Final inspection: This process may include non-destructive testing and visual inspection to ensure the pipe's quality.

Cross Roll Type Tube Straightening Machine Specifications: Our tube straightening machine is designed to handle different models of pipes with diameters from 20 mm to 508 mm. According to API standard. 1.Parameter：           

Pipe Hydro Testing Machine Technical parameters:                 

Wedge Wire Headers and laterals of Distributor are important components of distributors and are used to distribute fluids in a vessel or tank evenly. A wedge wire header pipe is a central pipe to which laterals are connected to deliver fluids to different areas of the vessel. Design of wedge wire Headers and Laterals The design of headers and laterals depends on the specific application, such as the size of the vessel, the type of fluid, and the required flow distribution. Design factors include the size, number, and spacing of the laterals, as well as the diameter and material of the header. Manufacturing of Headers and Laterals Headers and laterals are typically made of stainless steel, carbon steel, or other corrosion-resistant materials. They can be made using a variety of manufacturing processes, such as welding, bending, and drilling.

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