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200T Cold Chamber Die Casting Machine
Horizontal cold chamber die casting machine is one of our series machines, mainly used in automotive, motorcycle, gas, aviation, electrician, electronic equipment, toys, decoration and computer industries, for aluminum, zinc, magnesium, copper, etc. Production of non-ferrous alloy castings. (The melting point of zinc alloy is about 420 °C, the melting point of aluminum alloy is about 660 °C, the melting point of magnesium alloy is about 650 °C, and the melting point of copper alloy is about 1100 °C)
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500 ton Cold Chamber Die Casting Machine
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300 ton Die Casting Machine
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200 ton Die Casting Machine
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Cold Chamber Die Casting Machine 400 ton
Cold Chamber Die Casting Machine RDC400 Spheroidal graphite cast iron mould board, high tensile alloy steel bar, and high-abrasive chromium plating. Mould control under multi-level pressure and speed, intelligent mould protection against low pressure. C-shaped or H-shaped crossbeam linked with pillar support to ensure high reliability and precision of material stamping. Hydraulic gear-type adjusting device. High-speed ejection and core pulling device.
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800 ton Cold Chamber Die Casting Machine
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1300 ton Cold Chamber Die Casting Machine
Cold Chamber Die Casting Machine RDC1300 High Tensile Clamping System. a.Spheroidal graphite cast iron mould board and reamer processed by high precision CNC machining center ensure high precision and solidity of mould clamping system. b.Dual toggle and five pivots ensure the stable and smooth movement of mould board. c.Wide space between four draw bars and long stroke for mould with large sizes. d.Adjust mould board by finite-element analysis for the purpose of even stress, low risk of deformation and high-precision of mould clamping. Ejector adopts special design for adjustable stroke. Water-cooling oil circuit cooler ensures constant pressure and viscosity of oil. Hydraulic gear-type adjusting device is easy to use and ensures accurate mould thickness. Imported clamping force testing device ensures accurate adjustment of clamping force.