Industrial Light
Through technical collaboration with leading international light-source manufacturers, TingHao supplies short-wave, fast medium-wave, medium-wave, and carbon medium-wave infrared heating emitters, as well as UV disinfection and kitchen fume purification systems — selecting the optimal wavelength and power density for each process.
Infrared Heaters
Infrared heating can deliver large amounts of energy in a short time and heat specific zones. The twin-tube design provides high mechanical stability and high power density, the gold reflector coating nearly doubles the effective radiation, it supports single-ended or double-ended connection, and it can be paired with the SYS series of electrical control and power control systems.
Short-wave penetrates and heats the object's interior, while medium-wave mainly heats surfaces and thin layers; the gold reflector coating nearly doubles the effective radiation, and precise wavelength matching can save up to 50% energy. Other design types, lengths, voltages, and power densities are available.
Applications: drying coatings and paints, curing inks, plastic films and sheets, glass heat treatment, food drying, shrink packaging, and localized heating of workpieces.
UV Disinfection
UV can be used for air and surface disinfection. TingHao offers an indoor UV-C air disinfection series (wall-mounted / suspended / desktop / handheld, verified by independent research institutes and a university hospital), as well as UVC disinfection.
The indoor UV-C air disinfection series uses UV-C 254nm recirculating disinfection — ozone-free and safe for occupied spaces — with wall-mounted / suspended / desktop models chosen by floor area.
References to European/US OEM technology on this site describe equipment sources and applications; actual models, specs and supply are subject to a per-case quotation.
UV Kitchen Fume & Exhaust Purification
A low-pressure UV mercury lamp uses 185nm to excite oxygen in the air into ozone (O₂ → O₃) and 254nm to activate the ozone; once the ozone bonds with grease fumes and odor molecules, photochemical oxidation gradually breaks them down into CO₂ and H₂O. It has strong oxidizing power, a fast reaction, no secondary pollution, and low operating costs.
Suitable for deodorizing kitchen fumes in food-service settings, commercial exhaust hoods, and industrial VOC exhaust treatment. Using UV photolysis combined with ozone for synergistic oxidation, it reduces grease buildup and exhaust odors.
Breaks down fume and odor molecules, reducing exhaust odor and grease buildup in ducts.
Suitable for photo-oxidation treatment of VOC and organic exhaust — fast-reacting and highly efficient.
Low operating cost, no secondary pollution, used together with existing exhaust systems.
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