Insulated Furnace Series: Precise Temperature Control to Ensure Stable Aluminum Water Quality

Insulated Furnace Series: Precise Temperature Control to Ensure Stable Aluminum Water Quality

Product introduction

Aluminum water insulation is the key link between aluminum processing, melting, and casting. It requires the insulation furnace to have precise temperature control capabilities and good insulation performance to ensure uniform aluminum water composition and stable temperature, providing high-quality raw materials for subsequent casting processes. The insulation furnace series of Chi Neng Thermal Power includes melt holding furnaces, tilting melt holding furnace groups, thermal storage melt holding furnace groups, electric heating tilting insulation furnaces and other products. Its combustion system adopts the same high standard design configuration as the melting furnace, following relevant European and American standards, equipped with a complete set of safety devices and precise gas control systems to ensure the safe and stable operation of the equipment.

The regenerative melting pot group relies on the company's independently developed environmentally friendly regenerative regenerative burner system to achieve efficient recovery and reuse of combustion heat, significantly reducing energy consumption and aligning with the concept of green production; The electric heating tilting insulation furnace is designed for aluminum processing scenarios that require extremely high temperature control accuracy. It uses electric heating to achieve high-precision temperature control without open flames. The tilting structure operates smoothly and accurately, and can achieve precise pouring of aluminum water, meeting the needs of precision casting production. Whether it is the continuous large-scale production of melting and holding furnace groups or the small batch, high-precision production of electric heating and insulation furnaces, they can achieve excellent insulation effect of aluminum water temperature drop<10 ℃/h, effectively reducing secondary melting of aluminum water and reducing production losses.