【Hot Air Generation Device】Gas Type, Compatible with High Temperature and High Furnace Pressure! 【AH-B Series】
A hot air generation device that supports special specifications such as "maximum hot air temperature of 800℃," "blast furnace pressure environment," and "indirect hot air using a heat exchanger."
The "AH-B" can be used as a hot air generator for food heating, paint drying, fiber drying, deodorization devices, and heating devices. 【Features】 1. Maximum hot air temperature of 800°C. 2. Equipped with a burner that can handle high furnace pressure conditions. 3. Energy-saving as it can accommodate hot air return temperatures up to 350°C. 4. Utilizes highly reliable combustion equipment, with an automatic safety combustion device included as standard for safety. 5. Compactly integrated piping equipment that excels in maintainability. 6. Customizable design according to usage conditions. 7. An indirect hot air type (AH-BX) with an external heat exchanger is also available. For more details, please refer to the catalog.
basic information
【Lineup】 ■AH-10B 116kW ■AH-20B 233kW ■AH-30B 349kW ■AH-40B 465kW ■AH-60B 698kW ■AH-80B 930kW ■AH-100B 1163kW ■AH-200B 2326kW 【Installed Burners】 SP Burner ~233kW BJ Burner 233kW~ 【Gas Types Used】 □ City Gas 13A LNG □ Propane Butane LPG □ Hydrogen H2 *Please consult us.
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Model number/Brand name
AH-B
Applications/Examples of results
● Baking furnace (metal coating, plywood, resin, etc.) ● Drying furnace (drying for painting, textiles, food, printing, adhesion, metal water removal, etc.) ● Heating furnace (preheating furnace, pretreatment furnace, foaming furnace, heat set furnace, oil burning furnace, etc.) ● Deodorization device (direct combustion, catalytic type, etc.) ● Other hot air processing for various applications such as chemicals, rubber, and food processing.
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Since its establishment in 1959, Seiei Manufacturing Co., Ltd. has supplied gas burners and industrial furnaces to various fields. Leveraging the "combustion technology" and "thermal utilization technology" developed during this time, we are working on the development of "hydrogen and ammonia combustion technology" and "low-carbon thermal equipment." At the "Thermal Technology Research Institute," we can conduct combustion tests of hydrogen gas burners, as well as tests for painting drying and aluminum melting using hydrogen combustion. Additionally, we can perform various tests to solve issues related to thermal equipment. As professionals in thermal equipment, we are committed to contributing to the realization of carbon-neutral manufacturing.