Product Features:
-Instantaneous quantitative pouring function, short die-casting cycle and high quality!
-Long time pouring, long maintenance cycle to reduce downtime!
-Furnace chamber and transfer tube with PID heating control, energy saving, environmental protection, long furnace life.
-Corrosion-resistant, high-temperature-resistant bimetallic composite steel plate and crucible.
-Anti-clogging transfer tube and nozzle design, reduce the chance of clogging and maintenance time is extended.
-Imported PLC programmable control and reserved peripheral preheating charging and other interfaces, convenient for equipment upgrading.
-Furnace insulation adopts nano-microporous heat insulation design, which can effectively improve the melting rate, energy saving and environmental protection.
-Screw lifting and adjusting mechanism, easy to solve the mould high and low position.
-The furnace cover is made of composite plate with 304 stainless steel facing the crucible, which prevents the carbon steel oxide skin from falling off and forming explosion in magnesium liquid.
-The upper part of crucible liquid surface adopts stainless steel full welding to prevent the corrosion of sulphur hexafluoride from peeling off.
-Tiltable furnace body device can make the magnesium liquid in the transfer tube flow back to the crucible when it is not working, which is convenient for disassembling and prolonging the service life of the tube.
Product Description:
The function of magnesium alloy automatic quantitative melting furnace is to melt magnesium alloy liquid and keep warm, and inject magnesium liquid into the material pipe of the die-casting machine at regular intervals under the co-operation of quantitative pump.
Magnesium alloy automatic quantitative melting furnace is composed of steel furnace body/cover, refractory heat preservation and nanometer heat insulation materials, bimetallic compound steel crucible, quantitative pump, liquid transfer pump, transfer tube, resistance heating element, thermocouples, protective gas pipeline and other components.
Technical parameters:
