Silicone Regeneration/Reclamation equipment takes into account the characteristics of high density and small particle size of silicone sand, as well as its slightly poor fluidity. It also refers to the common granular activated carbon, considering the easy combustion and explosive characteristics of the product surface being directly acted upon by the flame of an internal heat furnace. An indirect heating method is employed to address the industry challenge of low yield and relatively poor performance recovery for powdered objects. Multi-Like has conducted extensive research on the regeneration and reduction of powdered and granular silicone, achieving good results in practical applications. The products have passed a series of certifications and obtained patent proof.

The product primarily utilizes a high-temperature thermal desorption process with indirect heating, employing specialized materials, and features a unique heat accumulation structure, resulting in extremely low energy consumption. It is also supplied to the drying and regeneration sections. Exclusive technology ensures no splashing or leakage during the regeneration process. Multiple control and monitoring methods also guarantee the sanitation and safety of the regeneration process.

Products can be customized to meet demand, typically with an annual processing capacity of2000-8000Ranging from tons. Mainly includes feeding, drying, recycling, flue gas incineration, desulfurization and denitrification, screening, and intelligent control systems. Product performance recovery and yield rates are significantly higher than the industry standard.