Feeding Castertip for Aluminum Strip Casting and Rolling Production

Feeding castertip is used for crystal forming and dimensional control of aluminum strip castings in casting and rolling production lines. It is formed by vacuum suction filtration of high-purity fibrous materials and processed by precision equipment.

It is used for the casting and rolling process of many series of aluminum alloy casting and rolling products: Casting and rolling of micron aluminum foil wool, PS substrate and elastic packaging material for printing.

Feeding Castertip

Advantages of Aluminum Strip Casting Feeding Castertip

Nano fiber composite material is used for the whole molding, and high-precision equipment is used for processing. The size control is accurate, and the density and stiffness are appropriate.

The key parts are strengthened by nano-coating, and the surface of the hole is sealed, which has good non-stratification and non-sticking properties, and enhances the corrosion resistance of liquid aluminum.

In order to meet the requirements of liquid aluminum hydrodynamics, a reasonable symmetrical flow channel was designed in the internal structure.

It has good heat preservation and can effectively control the constant temperature parameters in the casting and rolling area. It is the best choice for casting and rolling high quality aluminum foil blank.

Low deformation, easy to adjust the gap between the casting nozzle and roller, improve the surface quality of aluminum foil blank, and effectively improve the white stripes and dark lines.

Instructions for Feeding Castertip

According to the drawing structure, cutting and assembling to ensure that the nozzle plate is not damaged and cracked.

Before use, it is placed in the oven, heated at a constant rate for 2 hours to the target value, and the roll pH control temperature is maintained at 260 ° C for more than 5 hours to remove the adsorbed crystalline water, and then cooled to room temperature, and removed for no more than 2 hours (including vertical plate time) to prevent secondary absorption of water from entering and ensure safe use and undamaged installation.

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