Pingxiang Annareach Technology Co., Ltd.
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Pingxiang Annareach Technology Co., Ltd. products
RTO Ceramic Blocks - Mullite Blocks
AREACH - Model 60*60 Cells - Mullite Blocks
Ceramic honeycomb blocks / re-circulation heat exchangers are widely used in the heaters and furnaces of many kinds ,widely used in petrochemical ,pharmaceutical, chemical, electric manufacturing, automobile and machinery manufacturing, metallurgical, paint, printing, paper, wood processing and others who needs to dispose exhaust gas. Extraordinary ability to withstand extreme thermal shock without breaking. Ceramic honeycombs have proven their value as the most efficient heat storage media for regenerative use. Besides,the block’s design allows straight-through, laminar gas flow with a low pressure drop that greatly reduces operating costs and the potential for plugging and maintenance problems. it theoretically provides a straight, aerodynamic channel for the air stream. Ceramics receives the heat coming from the treated emissions, is followed by the heating process.
AREACH - Model 43*43 cells - Mullite Blocks
As a heat exchange media / Packing elements ,Mullite Block are superior in better thermal shock resistance , good crack -resistance ,higher AL content and lower coefficient of heat expansion comparing with alumina and dense alumina material, which has been widely used in thermal treatment of RTO equipments among industrial fields. Mullite ceramic material blocks shaped with straight through, square channels are preferred to be used in aggressive media due to the high chemical resistance and thermal stability. it can achieve considerably higher thermal efficiencies than a shell and tube or plate style.
AREACH - Model 25*25 Cells - Mullite Blocks
As a ceramic filled heat recovery media, Mullite ceramic structured packing are superior in better thermal shock resistance , higher AL content, ultra low pressure and lower coefficient of heat expansion comparing with alumina and dense alumina material, it can meet and exceed your emissions standards while increasing reliability and profitability in RTOs. it adopting direct heat exchange through heat media to reach the required heat efficiency.