N14/N17 carbon fiber reinforced high-density calcium silicate board/ceramic sprue sleeve/aluminum liquid transfer plate, initially used for aluminum titanate sprue sleeves in low-pressure casting. Due to the high cost of aluminum titanate sprue sleeves or sprue cups, our company has developed and researched the use of high-density calcium silicate products processed into sprue sleeves. Calcium silicate sprue sleeves do not adhere to aluminum and are widely used in the non-ferrous metal industry for thermal refining, making floats, nozzles, droppers, etc.

Fiber-reinforced calcium silicate products, customized according to drawings, mechanically *** precision positioning, dimensions ***, fine appearance. Install the trough gate and use it in conjunction with the trough to ensure that the flow channel gate is smooth, clean, undamaged, and seamless. Check the sealing around the trough gate to ensure it is intact; use ceramic fiber paper or ceramic fiber blanket to seal the edges for ideal flow control. Adjust the pneumatic or electric controller of the trough gate for precise control, and then casting can begin.

Aluminum Industry Trough Baffle Material: Formed from N17 and high-silica fused materials;

Product Specifications: U-shaped and square

Aluminum Industry Trough Baffle Applications:

Aluminum industry trough baffles are suitable for directing and providing a check function for molten aluminum and other fluids in various pipelines and troughs in the aluminum industry. The structure and working principle of the aluminum industry trough baffle consist of four parts: valve seat, valve plate, sealing ring, and hinge. It is only used for U-shaped and square outlets with unidirectional flow, featuring a tight structure, reliable operation, and no manual operation required. The opening and closing force comes from the liquid source pressure.

Applicable Media: Molten aluminum, molten steel, and other various metal liquids;

Aluminum Industry Trough Baffle Features: High tensile strength, corrosion resistance, ***, good sealing, no maintenance or replacement required, and can be designed and produced according to user needs. The aluminum industry trough baffle utilizes the moldable characteristics of new material technology, with high strength and low density. The production of aluminum industry trough baffles adopts modern *** process formulations, cured and matured in *** molds, and then processed through post-treatment procedures. The main materials are N17 and high-silica fused material.

U-Shaped Trough Baffle Fixing Method: Using ***, it is compatible with market-sold trough baffles. The other side of the aluminum industry trough baffle is a sealing and liquid-stop gate, with a U-shaped groove on its surface embedded with a Y-shaped sealing strip. Imported *** adhesive is applied between the sealing strip and the trough baffle, ensuring strong bonding and excellent corrosion resistance. It will not fall off due to long-term immersion or frequent opening. The sealing strip is made from imported raw materials and vulcanized in a fluidized bed.

Product Advantages:
Trough gates are used for aluminum liquid flow control and discharge in aluminum alloy casting, used in conjunction with troughs. They are made using material forming technology of different densities, featuring advantages such as erosion resistance, impact resistance, thermal shock resistance, and smooth surface. When used with boron nitride coating, the effect is better, extending the service life to 30-90 days.

The aluminum industry trough baffle is U-shaped, with one injection hole on the top and bottom surfaces. Normally, there is no need to inject metal liquid into the filter box. When the pressure difference inside and outside the trough baffle is small, the trough baffle cannot close properly due to buoyancy. In this case, it is necessary to inject filtering material into the filter box to increase the weight of the aluminum industry trough baffle, thereby closing it. For large or extra-large aluminum industry trough baffles, installing an automatic switching valve can achieve remote automatic control, reducing unnecessary manpower and other safety factors.