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-- Curcible Melting Holding Furnace --

Electric Furnace

Features:
	Special furnace design with heat shield and holding layers for walls.
	Heat shield: Heat shielding material is used as lining to reflect electric heat to the crucible directly, so that it can absorb heat immediately without any loss and speed the heating process.
	Temperature holding: Thermal isolation material is used as outer lining to ensure optimal temperature holding effect of the furnace for aluminum and power conservation.

Control Advantages:
	A microcomputer is used for temperature control. The controller is capable of executing automatic PID parameter calculation to ensure that the aluminum is in a constant temperature state and the temperature and quality meet the given requirements.
	An SCR phase electric heat controller (electric heat regulator) is used for power control. This controller is controlled by automatic PID parameter calculation and regulates the current by needs. When the aluminum temperature reaches the given value, the SCR will regulate output current. It is a good power saving device.
	The timing control is ensured with a 24H Time Setting mechanism. The ON/OFF timing can be pre-set to advance the starting of the furnace and save manpower.
	An immersion temperature probe imported from Japan is used to detect aluminum temperature. The temperature probe has a protection tube made of New Ceramics. New Ceramics features high sensing speed with low inaccuracy and is the only material suitable for immersion temperature probes.
	The furnace has a liquid leaking & power disconnection alarm device.
	The furnace has a strip heater disconnection check device.
	Power: 3Φ 220V, 380V or 415V.

-- Fuel Melting & Holding Furnace --

Oil furnace

Features:
	Special furnace design with heatproof, holding, and heat shielding layers to ensure optimal thermal isolation. The heat shielding effect is perfect to ensure low temperature of the outer wall, improve working environment, and enhance working efficiency.
	The furnace has a heat energy recovery chimney that ensures complete utilization of heat energy and accelerates the melting and holding process. The recovered energy is reused for the second burning without producing any waste gas. The furnace can improve the working environment due to its closed design, heat energy recovery capability and non-noise feature.
	The furnace uses Japan KATO automatic diesel burner to ensure high burning efficiency. Feature: Automatic ignition and temperature control; the high-pressure spray system completely nebulizing the diesel to ensure complete burning, energy saving, and cost reduction.
	The 24H Time Setting mechanism can pre-set ON/OFF timing to advance the starting of the furnace and save manpower.
	Temperature of aluminum is controlled automatically with an immersion temperature probe imported from Japan. The temperature probe has a protection tube made of New Ceramics (only for graphite crucibles). New Ceramics features high sensing speed with low inaccuracy to ensure constant temperature, high quality and low fail rate of aluminum.
	Diesel and kerosene may be used as fuel.

-- Graphite Crucible --

Graphite Crucible

Features:
	Collapse and stripping resistance: High collapse and stripping resistance even at extremely high or low temperatures.
	Erosion resistance: The even and seamless inner structure of the crucible is helpful for resistance of erosion against metals and flux.
	Impact resistance: Good strength in cold and hot environment to ensure safe operation.
	Gasification resistance: The improved crucible material and special coating enhance the gasification resistance and ensure longer service life of the crucible.
	Heat conductivity: High content of fixed carbon in the material shortens the melting time and conserves energy.
	Non-contamination of metal: The material used is selected under strict criteria without the concern of contaminating metal during the melting process.
	Quality stability: The high-pressure one-piece formation technique and the quality guarantee test system ensure the quality stability of the crucible.

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