INDUSTRY SOLUTIONS
Six recurring heating tasks,
one engineering method.
Every solution below starts from the typical operating case: medium, temperature, flow and safety constraints first — then heater construction and control configuration. Use them to structure your questions before selection, or as a checklist when you send us your operating data.
Solution scenarios
S1Chemical & process pipeline heatingHeat-up, trace heating and temperature holding for gases, liquids and process media. Confirms medium, pressure, corrosivity and explosion-protection requirements.S2Waste gas & VOC treatment heatingWaste-gas preheating, pre-heat before catalytic oxidation and duct supplementary heating. Focuses on air volume, temperature rise, pressure drop and fan interlocks.S3Industrial drying & hot airStable hot air for drying rooms, drying lines, fresh-air and recirculation systems. Judges air velocity, temperature uniformity and staged control.S4Reactor thermal-oil temperature controlIndirect heating and constant-temperature control through a thermal-oil loop. Confirms target temperature range, circulation flow, system volume and number of heat consumers.S5Tank & liquid heatingLiquid heat-up through flanged immersion elements or a circulation loop. Watches level, scaling, sheath material and surface watt density.S6Hazardous-area electric heatingFor atmospheres with explosion risk: zone classification, Ex protection level, temperature class, electrical isolation and over-temperature protection.
Full write-ups for each scenario are currently published in Chinese (links above). Send your operating data through the English form and we reply in English with a preliminary selection.