A rilru a buai em em a, a rilru a hah em em bawk a

Honeycomb Ceramic Regenerator hi porous ceramic heat storage medium a ni a, honeycomb channel structure nei a ni a, heat absorption leh release cycle repeated hmanga thermal energy dahkhawm leh chhuah theihna tura duan a ni.

Taksa lama hnathawh dan

Chemical a awm dan

Customization duhthlan tur a awm

Riruang: A zungbun, fan- ang, square, rectangular
Hole awm dan tur: A zungpui, a sir pathum, square, hexagonal
Installation mamawh ang zela dimension leh structural design

Hot flue gas hian ceramic heat storage chamber a paltlang a, thermal energy chu honeycomb ceramic body ah a transfer thin.
Heat storage hnuah airflow direction chu a inher leh thin.
Combustion air lo lut chu ceramic structure lum tak kal tlangin thermal energy dahkhawm chu a la let leh thin.
Recovered heat hian combustion efficiency a ti tha a, exhaust gas atanga heat loss a ti tlem bawk.

Temperature sang tak atanga inven theihna
Alumina sang tak ceramic composition hian refractoriness sang tak a pe a, high-temperature furnace leh thermal recovery application-ah structural stability a vawng reng bawk.
Thermal Shock Resistance tha tak a ni
Thermal expansion hniam ceramic materials hian heating leh cooling cycle repeated laiin internal stress a ti tlem a ni.
Heat Storage Capacity sang tak a ni
Honeycomb channel structure hian thermal cycle chhunga heat absorption leh release tha tak neih theihna turin surface area lian tak a pe a ni.
Heat Transfer tha tak a ni
Optimized channel design hian gas flow distribution a ti tha a, flue gas leh ceramic media inkara heat exchange a tichak bawk.
Chemical lama a dinhmun a nghet thei
Chemically stable ceramic compositions hian corrosive gas te a do thei a, industrial environment mamawh takah pawh performance rintlak tak a vawng reng bawk.

ZC-TECH hian temperature range hrang hrang, thermal cycling condition hrang hrang, leh operating environment hrang hrang nena inmil turin ceramic material option hrang hrang a pe a.

Corundum / Mullite tih a ni
Refractoriness sang tak leh high{1}}temperature furnace application atan high-temperature stability tha tak a ni.
Mullite a ni
Industrial heat recovery system tlangpui atan thermal performance leh mechanical strength inthlau tak a ni.
Cordierite / Mullite te an ni
Temperature inthlak danglam fo thin application atan thermal expansion tihhniam leh thermal shock resistance tihchangtlun.
Cordierite a ni
Thermal shock resistance tha tak leh expansion characteristic hniam tak nei, heating leh cooling cycle repeated atan.

HTAC hmanga kangmei chhuahna system te
Flue gas lumna lak let leh combustion air tihlum hmasak nan regenerative combustion system atan hman a ni.
Industrial Heating Furnas te pawh a awm bawk
Push-type, stepper, heat treatment, leh forging furnace-ah te hman a ni a, chu chuan temperature sang tak -temperature heat recovery a mamawh a ni.
Metallurgical Furnace System hmanga siam chhuah a ni
Melting furnace, soaking furnace, leh blast furnace hot blast stove-ah te thermal storage leh heat exchange atan hman thin a ni.
RTO / RCO Bawlhhlawh Gas tihfai dan tur ruahmanna siam
VOC oxidation, industrial waste gas tihthianghlimna, leh thermal recovery atan ceramic heat exchange media atan hman a ni.
Petrochemical hmanga thil tih dan tur furnace te
Tubular furnace, cracking furnace, leh high-temperature process hmanrua dang, heat recovery ngaiah te hman thin.
Ceramic leh Glass Kiln te pawh a awm
High-temperature processing laiin thermal storage leh energy recovery atan ceramic leh glass kiln-ah hman thin a ni.