The four-column hydraulic press features solid structure rigidity, high guiding accuracy and easy operation. It can achieve the capable of working with fixed pressure and stroke in a mode of adjustment, manual control and semi-automatic control. The machine is widely used in press molding processes for material stretching, bending, flanging, extruding and punching.
The four-column hydraulic press features solid structure rigidity, high guiding accuracy and easy operation. It can achieve the capable of working with fixed pressure and stroke in a mode of adjustment, manual control and semi-automatic control. The machine is widely used in press molding processes for material stretching, bending, flanging, extruding and punching.
•It's made of stainless steel, used as sealed vessel for storing liquid or gas.
•Constituting by welded tank body, saddle and various process nozzles, the shape is often circular.
•High strength, good sealing, resistance to high or low temperature, compression, corrosion, and durable.
•As condensed water tank, domestic water tank, fermenter, wine, sauce, vinegar tank, fire water tank, etc.
•Running reliably and safely because of double-row chain drive and 4-cradle rollers mechanism.
•Equipped with plain or V-shaped inclined table, with nylon lining board, and pallet groove structure.
•Easy operation, overload protection, self-locking of power failure, alarm and remote control.
•Used to turnover steel coils, sheets, spools, molds, barrels, coils, etc.
•On-line welding machine, butting and welding the tail with the head of two coils by means of laser.
•Stable welding, fast speed, narrow weld, sufficient penetration, uniform microstructure, high weld strength.
•Automatically controlling in pressure, speed, centering, shearing, butting and welding, process parameters.
•Used in continuous strip production lines that require high welding quality in the metallurgical industry.
•On-line welding machine, joining the tail with the head of two coils by overlap welding.
•Using 3-phase MF DC, narrow overlap and rolling resistance seam welding, overlap amount adjusted steplessly;
•Sound weld quality, small overlap amount, stable welding process, efficient, reliable performance.
•Used for overlap welding of strip head and tail of strip processing line in metallurgical industry.
•Adopting spur gear or helical gear meshing, parallel shaft type or vertical shaft layout output.
•The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
•Large transmission torque, high accuracy, smooth operation, good contact, low noise, long life.
•Digunakan dalam pemacu kuasa metalurgi, perlombongan, mengangkat, pengangkutan, kimia, cahaya dan industri lain.
•Adopting two or three stage deceleration, spur gear or helical gear meshing transmission.
•The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
•Large transmission torque, reliable operation, high accuracy, good contact, low noise, long life.
•Used in drive mechanism of metallurgy, mining, lifting, cement, light, food, textile and other industries.
•The input and output shafts are arranged in parallel or vertical axis layout.
•The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
•Large carrying capacity, stable operation, high efficiency, high accuracy, reliable use, low noise.
•Used in mechanical equipment drives of metallurgy, mining, transport, chemical, textile, light industries.
•Adopting spur gear or helical gear, multistage transmission, parallel or vertical shaft layout output.
•The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
•Large transmission torque, smooth operation, high efficiency, high accuracy, good contact, low noise.
•Used in mechanical transmission of metallurgy, mining, transport, construction, chemical, energy industries.
•Adopting power double-split, two-stage deceleration, spur gear or helical gear meshing transmission.
•Using high quality alloy steel, the hardened tooth flank gears by carburizing, quenching, grinding process.
•Large transmission power, smooth operation, high efficiency, high accuracy, low noise, long life.
•Used in drive devices of metallurgy, mining, coal, chemical, cement, construction and other industries.
•Adopting spur gear or helical gear transmission, parallel or vertical shaft layout output.
•The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
•Large load torque, stable operation, high transmission efficiency, high accuracy, low noise, long life.
•Used in drive devices of metallurgy, mining, lifting, chemical, light, printing and dyeing industries.
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