Energy-saving high-speed heating far-infrared panel heater PHX series

basic information

ModelVoltageOutputWidthHeightNet Price (Excluding Tax) Direct Sales PriceNet Price (Including Tax) Direct Sales PriceStandard Price (Including Tax) PHX1-50V-690W/KAC50V690W PHX2-100V-1380W/KAC100V1380W PHX3-150V-2070W/KAC150V2070W PHX4-200V-2760W/KAC200V2760W PHX5-200V-2200W/KAC200V2200W PHX6-150V-4140W/KAC150V4140W PHX8-200V-5250W/KAC200V5250W PHX12-200V-8280W/K3-phase AC200V8280W PHX2x2-200V-2760W/KAC200V2760W PHX2x3-150V-4140W/KAC200V4140W PHX2x4-200V-5250W/KAC200V5250W PHX3x4-200V-8280W/K PHX□-□V-□W/KSpecial Order Specification

Price range

Delivery Time

Applications/Examples of results

Small drying oven Touch-up dryer Drying for silk printing Reflow for printed circuit boards Preheating of films Light source for promoting growth and germination in plant factories Curing of epoxy resin Heater unit for drying booths Heating for entrance halls Food warming cabinet Annealing of glass Heating and insulation of car batteries Heating and insulation of wire harnesses Heating and drying of rubber gloves Heating of cover glass for LCDs Multi-stage heating of tires Preheating of prepreg Heating of wool Heating of proteins Promotion of plastic polymerization

Detailed information

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  Annealing of Glass Issues There was no good method for the annealing heater, which was a problem. ⇒ Improvement Points Dried using a far-infrared heater with rapid temperature rise. Since the heater heats up quickly, the operating time has increased. It has also become possible to respond flexibly to unexpected interruption tasks.

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  Heating and Insulation of Car Batteries Issues The battery's performance was inadequate in temperatures close to freezing in winter. ⇒ Improvement Points Insulation was achieved using an instant heating far-infrared heater. The battery was heated quickly, allowing it to perform effectively. Performance tests were conducted successfully.

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  Heating and Insulation of Wire Harnesses Issues The wires were not adapting well in temperatures close to freezing in winter. ⇒ Improvement Points Insulation was achieved using a rapid heating far-infrared heater. The wires adapted well within the engine compartment, allowing for neat wiring.

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  Heating and Drying of Rubber Gloves Issues In temperatures close to freezing in winter, the rubber was not drying, which was problematic. ⇒ Improvement Points Heated with a far-infrared heater that provides instant temperature rise. The startup time is quick, resulting in zero idling time. The heating area is large, allowing for uniform heating and drying of the entire surface. The infrared radiation frequency range is broad, so it can accommodate new materials without needing to replace the heater.

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  Heating of cover glass for LCDs Issues If the glass could bend a little softer, it would improve adhesion. ⇒ Improvement Points Heated with a far-infrared heater that rapidly increases temperature. The rise time is quick, so idle time is reduced to zero, and there is no concern about takt time loss. The heating area is large, allowing for uniform heating and drying of the entire surface. The infrared radiation frequency range is wide, so it can accommodate new materials without needing to replace the heater.

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  Multi-stage heating of tires Issues A responsive heater capable of multi-stage heating was needed. ⇒ Improvement points Heated with the instant temperature rise far-infrared panel heater PHX. Since it can respond to chemical changes, it allows for appropriate curing, improving the quality of the tires.

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  Preheating of prepreg Issues There was no heater that could heat the entire area uniformly. ⇒ Improvement points Heated with a far-infrared panel heater PHX. Since it is a panel heater, it was able to heat the entire area uniformly.

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  Heating of proteins Issues I was looking for a heater that could provide stable heating without contact. ⇒ Points for improvement I heated using the far infrared panel heater PHX. Temperature management can be done in 1°C increments, allowing for confirmation of optimal conditions. It has excellent reproducibility, so quantitative data could be obtained even in additional tests.

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  Promotion of Plastic Polymerization Issues I was looking for a heater that could provide stable heating without contact. ⇒ Improvement Points Heated with the far infrared panel heater PHX. Temperature management can be done in 1°C increments, allowing for the verification of optimal conditions. It has excellent reproducibility, so quantitative data could be obtained even in additional tests.

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