Furnace Product List and Ranking from 121 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Furnace Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. レージェンシー Chiba//Building materials, supplies and fixtures manufacturers
  2. サンファーネス Osaka//others
  3. 富士瓦斯株式会社（フジガス） Tokyo//Electricity, Gas and Water Industry
  4. 4 フルテック Osaka//Electrical equipment construction business
  5. 5 サンヨー Mie//others
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Furnace Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Regency Gas Fireplace "Contemporary Series" レージェンシー
  2. Flame Interior Gas Fireplace Danlocks 富士瓦斯株式会社（フジガス）
  3. 薪用フード型暖炉「エバ992」センターモデル レージェンシー
  4. 4 薪用フード型暖炉「TATIANA タティアナ 997」 レージェンシー
  5. 5 French-made wood-burning hooded fireplace "Zelia 908" レージェンシー

Furnace Product List

406～420 item / All 553 items

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Industrial drying equipment

Industrial drying equipment

Free design that allows for the selection of heat source equipment! We respond to customer needs.

Andex's "Industrial Drying Equipment" can be designed freely to meet our customers' needs. We can propose options that were not possible with standard products, such as "freedom of main body size," "choice of door types," and "selection of heat sources." Please feel free to contact us. 【Selection of Heat Source Equipment】 ■ Gas Burner (Gun Type) ■ Gas Burner (Duct Type) ■ Oil Burner (Gun Type) & Heat Exchanger ■ Electric Heater (Duct Type) ■ Steam Heater (Duct Type) ■ Infrared Lamp *For more details, please refer to the PDF materials or feel free to contact us.

  • others

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Used oil stove that significantly reduces heating costs.

Used oil stove that significantly reduces heating costs.

A waste oil stove that significantly reduces heating costs by utilizing waste oil that was originally going to be discarded!

Shinshu Industrial Co., Ltd. offers a "waste oil stove" that significantly reduces heating costs by utilizing waste oil that would otherwise be discarded. Waste oil is heated and vaporized at the bottom of the combustion chamber, and then completely gasified and burned in the heat dissipation section. This enables stable and efficient combustion at all times. Additionally, adjusting the heat output is simple and can be done by just opening and closing the air volume adjustment lever. Ash cleaning can be completed in just a few minutes before ignition, and it excels in maintenance as well. 【Features】 ■ Significantly reduces heating costs from the rising price of kerosene ■ Amazing heating effect due to a unique combustion method ■ Easy and excellent operational performance *For more details, please request materials or view the PDF data available for download.

  • Stove
  • Heating and cooling equipment and facilities

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Batch-fed gasification incinerator (capable of processing waste plastics)

Batch-fed gasification incinerator (capable of processing waste plastics)

We can also handle the disposal of waste such as the large amounts of plastic waste and rubber scraps that are proliferating due to export regulations!

Gasification incinerators can process waste plastics, rubber scraps, and medical waste, which are difficult to handle with conventional direct combustion incinerators due to the generation of smoke, odors, and harmful substances, in an environmentally friendly and non-polluting manner. 〇 Structure of Gasification Incinerators They consist of two chambers: the "gasification chamber," which converts waste into combustible gas, and the "combustion chamber," where the gas generated in the gasification chamber is burned. Gasification Chamber: Waste is loaded into the chamber, and a portion is ignited. The combustion heat dries and thermally decomposes the other waste, converting it into combustible gas. Combustion Chamber: The gas converted in the gasification chamber is sent to the combustion chamber, mixed with air, and ignited with a burner for combustion. By processing waste through this method, complete combustion can be achieved, significantly reducing the levels of dioxins and dust below legal standards, and resulting in a minimal amount of ash.

  • Heat and Drying Treatment Systems
  • Incinerators and chimneys
  • Waste treatment facility

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Warm Water Recovery Gasification Heat Utilization Device

Warm Water Recovery Gasification Heat Utilization Device

Hot water recovery is possible using thermal recycling technology!!

It is possible to recover hot water by utilizing the heat generated during waste disposal. The recovered hot water can be used for heating in greenhouses, floor heating, melting snow in heavy snowfall areas, and process heating in factories. 【Features】 ■ No smoke, odor, or dioxins ■ Energy-saving and commercial fuel savings possible ■ High safety and durability ■ Capable of processing various types of waste at once ■ Clean exhaust and ash ■ Minimal ash production ■ As it is a small incinerator, no notification to the authorities is required (limited to the company's own waste)

  • Waste treatment facility
  • Heat and Drying Treatment Systems
  • Incinerators and chimneys

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Diverse gasification and incineration furnaces

Diverse gasification and incineration furnaces

We would like to introduce a gasification incinerator that can be utilized in various situations!!

Gasification incinerators can process waste plastics, rubber scraps, medical waste, and other materials that are difficult to handle due to the generation of smoke, odors, and harmful substances when treated in conventional direct combustion incinerators, all without burdening the environment and in a pollution-free manner. 〇 Structure of the Gasification Incinerator It consists of two chambers: the "gasification chamber," which converts waste into combustible gas, and the "combustion chamber," where the gas generated in the gasification chamber is burned. Gasification Chamber: After loading the waste, a portion is ignited, and the combustion heat dries and thermally decomposes the other waste, converting it into combustible gas. Combustion Chamber: The gas converted in the gasification chamber is sent to the combustion chamber, mixed with air, and ignited with a burner for combustion. 〇 Various Applications of the Gasification Incinerator - In addition to wood and paper, it is also skilled in processing waste plastics and rubber (capable of handling infectious medical waste as well). - Easy to transport and install on remote islands, it is expected to reduce marine debris and the costs associated with transporting waste to the mainland. - The heat generated during waste processing can be utilized for hot water, metal recovery, and rare metal recovery. - Since it can be transported by truck and operated on the truck bed, it is useful during emergency disasters. - It can also be used for the disposal of harmful animals and the handling of infectious diseases such as avian influenza.

  • Heat and Drying Treatment Systems
  • Rare metal recovery
  • Incinerators and chimneys

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Direct combustion incinerator delivery

Direct combustion incinerator delivery

High-speed combustion treatment of wood and paper waste! Water-cooled type also allows for hot water use!

We have delivered a direct-fired incinerator to a shipbuilding-related manufacturing company. This incinerator specializes in processing wood and paper, which are the customer's preferred materials for disposal. It has the advantage of being able to directly input items like pallets without the need for cutting, and it is also easy to install due to its scale, which does not require notification to the authorities. Additionally, as it is a product eligible for tax incentives, it is possible to expect both a reduction in industrial waste disposal costs and tax deductions. Our company proposes the most suitable products based on the type and quantity of waste our customers have. If you have any questions or requests, please feel free to contact us.

  • Heat and Drying Treatment Systems
  • Rare metal recovery
  • Incinerators and chimneys

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New type of carbon furnace

New type of carbon furnace

Easy maintenance and simple repairs! The thermal atmosphere inside the furnace is stable.

This product is a charcoal furnace that allows for quick installation and short assembly time. The door opens and closes with a space-saving vertical sliding mechanism. It minimizes heat dissipation into the workspace, improving the working environment. Additionally, the "W type" in the lineup can handle over 20 kg of charcoal and is characterized by a rapid decrease in internal temperature after use. 【Features】 ■ Quick installation of the charcoal furnace (short assembly time) ■ Easy maintenance (repairs can be done simply) ■ Good insulation (efficient radiant heat from the furnace body) ■ Strong against heat stress ■ Stable thermal atmosphere inside the furnace *For more details, please refer to the PDF document or feel free to contact us.

  • others

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Rice husk carbonization furnace

Rice husk carbonization furnace

Simple and inexpensive! A carbonization furnace that can process rice husks without smoke or generating soot.

The "husk carbonization furnace" is a device that can process rice husks without smoke and without generating dust. Its simple structure makes it very inexpensive compared to conventional carbonization furnaces. We design and manage quality in-house, and it is manufactured at our affiliated factory in China, ensuring low prices and high quality. Since a portion of the rice husks is burned to completely combust the pyrolysis gas, the running cost is only the electricity expense. It can process large quantities of lightweight raw materials. 【Features】 ■ Low price and high quality ■ Simple and reliable ■ Capable of large-scale processing ■ Harmless treatment of rice husks ■ Reduction of running costs ■ Easy operation *For more details, please download the PDF or feel free to contact us.

  • Waste treatment facilities
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Aluminum Melting Holding Furnace - Oxide Suppression Type - SMH Series

Aluminum Melting Holding Furnace - Oxide Suppression Type - SMH Series

Reduces the occurrence of oxides and significantly decreases the hassle of cleaning the retention chamber. (About once every six months to a year!)

Oxide Suppression Furnace: SMH Series (Aluminum Holding Melting Furnace & Aluminum Central Melting Furnace) 【Features】 ◇ Maintains a low atmosphere temperature (below 800°C) in the holding chamber and keeps the residual oxygen concentration below 1%, utilizing the protective effect of the aluminum oxide film to slow down the progress of oxidation with a new furnace structure. ◇ Equipped with a newly developed flat frame burner that prevents direct flame contact with the molten metal in the holding chamber, ensuring no disturbance to the surface of the molten metal. Additionally, energy-saving measures are implemented through a heat exchanger utilizing exhaust gas (a hybrid version with electric heaters is also available). ◇ To achieve significant forced convection heat transfer through matching the furnace structure, a newly developed melting burner is installed, taking into account flame length, diameter, and speed. 【Expected Effects】 (Compared to our conventional furnaces) By using the oxide suppression furnace… ○ Reduction in the frequency of cleaning the holding chamber (proven to be unnecessary for up to one year) ○ Elimination of flux treatment (may be performed in the melting chamber depending on the amount of dross) ○ Improvement in molten metal quality (reduction of hydrogen gas and inclusions in the molten metal) ○ Increased yield due to reduced material loss ○ Improved fuel efficiency through energy recovery from waste heat in the holding chamber ○ Improved working environment due to reduced surface temperature of the furnace

  • Aluminum sash
  • Related Equipment
  • Heat and Drying Treatment Systems

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Introduction to Industrial Furnaces

Introduction to Industrial Furnaces

Leveraging our expertise in thermal utilization technology, we cater to various industrial furnaces.

We will propose the optimal furnace based on the type of heating target and heating conditions. So far, we have accumulated numerous achievements in various industrial fields such as iron, non-ferrous metals, automobiles, glass, home appliances, painting, and food. Heating methods: Direct heating / Indirect heating (compatible with electric heaters, gas burners, and hybrid systems) Operation methods: Continuous / Batch We propose energy-saving, low-carbon, and decarbonization technologies that consider the environment! - Waste heat recovery using heat exchangers - Waste heat recovery gas burners - Low NOx gas burners - Optimal control of air-fuel ratio - High-efficiency electric heaters - Hybrid heating using both electricity and gas

  • Synthetic resin fittings
  • Steel
  • Bulldozers and scrapers

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Introduction of the test equipment "Quick Curing Oven" for heat source optimization.

Introduction of the test equipment "Quick Curing Oven" for heat source optimization.

Testable with four heat sources. We propose the optimal heating equipment for your work using gas/electric/hybrid heat sources! Thorough testing can be conducted together with our customers!

QCO Test Equipment ■ You can test the painting and drying processes in an environment close to an actual production site. Temperature measurements of the workpiece can be conducted, allowing for the derivation of the optimal heating pattern by changing the heat source. The equipment can accommodate large and long items, so please feel free to consult us about your conditions. ■ Gas hot air & jet heating zone With a jet stream of 350℃ and 50m/sec, it can handle not only painting and drying but also other heating applications. Hydrogen combustion is also possible, allowing for the evaluation of its impact on products. Load capacity: 800W x 800D x 1400H (maximum) 50kg/hanger (maximum) Conveyance method: Trolley conveyor (hanger pitch 300mm) Conveyance speed: 1 to 10 m/min Painting booth: No-pump type Drying furnace: Gas infrared burner (bottom 23kW x 2, side 35kW x 2, Max. 800℃) Gas far infrared panel (116kW x 1 Max. 350℃) Gas hot air & jet heating (233kW x 1, Max. 350℃, 50m/sec) *1 Electric infrared heater (bottom 11kW x 2, side 17.5kW x 2, Max. 800℃) *1 Please consult us regarding hydrogen combustion.

  • paint

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Aluminum Central Melting Furnace STM Series [Improved Fuel Efficiency with Unique Degassing Chamber Structure]

Aluminum Central Melting Furnace STM Series [Improved Fuel Efficiency with Unique Degassing Chamber Structure]

Custom furnace body design is possible! With a unique integrated degassing chamber structure, the degassing process becomes unnecessary, eliminating temperature drop in the molten metal and improving fuel efficiency.

Concentrated Melting Holding Furnace for Aluminum (Non-Ferrous Metal) STM Series We have a wealth of experience not only in Japan but also in China and Southeast Asia (Vietnam, Thailand, etc.). We can provide detailed layout designs tailored to your factory. 【Features】 ◇ We offer flexible responses with custom-made designs. ◇ We also have an integrated type with a degassing chamber placed between the unique structure of the holding chamber and the trough. This allows for the transfer of molten metal to the holding furnace without the hassle of GBF treatment in the degassing unit, preventing a decrease in molten metal temperature. ◇ We adopt flat-frame burners for holding that suppress the generation of oxides. ◇ A new design that does not directly apply flames to the molten metal surface, preventing agitation of the molten surface within the holding chamber. ◇ Equipped with newly developed melting burners that consider flame length, flame diameter, and flame speed. ◇ Standardly equipped with combustion safety devices. ◇ Melting capacity ranges from 500 kg/h to 1500 kg/h (consultation available for over 1500 kg/h). ◇ We also offer the concentrated melting furnace version of the hand-held oxidation suppression furnace, SMH-C. Others We handle melting holding furnaces (SMH) with further oxide suppression structures, electric holding furnaces, hand-held melting and holding furnaces, and aluminum heat treatment furnaces, among various aluminum industrial furnaces.

  • Heat and Drying Treatment Systems
  • Aluminum sash
  • others

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Introduction of Low-Carbon Coating Equipment [Coating Drying Oven/Exhaust Gas Treatment Device]

Introduction of Low-Carbon Coating Equipment [Coating Drying Oven/Exhaust Gas Treatment Device]

At Seiei Manufacturing, we are proposing low-carbon painting drying ovens to respond to a decarbonized society.

At Shoei Manufacturing, which has extensive experience with painting drying ovens and exhaust gas treatment systems, we offer both "hydrogen combustion type" and "electric heater type" options. By using "renewable energy sources" and "hydrogen fuel," we can achieve decarbonization. Even if these options are not currently available, we can adapt to the uncertain future of energy supply by introducing: - A hybrid type that electrifies part of the heat source configuration - A hydrogen gas burner that can also use city gas/propane gas 【Painting Curing Drying Oven】 Hot Air Zone (100–250°C) ⚪︎ Hydrogen combustion hot air generator "AH-H2" ⚪︎ Electric hot air generator "AH-E" Radiant Curing Heating Zone (700–850°C) ⚪︎ Electric infrared heater ⚪︎ Hydrogen combustion burner Water Removal Drying Oven (100–150°C) / Booth Heating ⚪︎ Hydrogen combustion hot air generator "AH-H2" ⚪︎ Electric hot air generator "AH-E" 【Exhaust Gas Treatment System / VOC Treatment】 ⚪︎ Electric catalytic deodorization system (CT) ⚪︎ Electric regenerative thermal oxidizer (RTO) Our Thermal Technology Research Institute is equipped with a painting drying test oven (QCO) that includes a painting booth.

  • Metal siding

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Water-based carbonization prevention agent "AVION(R)C100"

Water-based carbonization prevention agent "AVION(R)C100"

A special composition devised by a metallurgist with rich on-site experience!

"AVION(R)(Abion) C100" is a special composition devised by experienced metallurgists that compensates for many of the shortcomings of conventional water-based agents, solving various issues and providing an environmentally friendly carbon prevention agent. Currently, it is a high-performance carbon prevention agent with a proven track record in the batch and continuous gas carburizing, vacuum furnace, and related parts industries in the aerospace, automotive, and general machinery sectors, primarily in the United States and Europe. 【Features】 ■ Water-based - non-hazardous - no dilution solvent required ■ Excellent safety for operators ■ Superior carbon prevention properties ■ Excellent drying properties ■ No re-absorption of moisture after drying ■ Excellent peelability after treatment *For more details, please download the PDF or feel free to contact us.

  • Safety and consumables

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Melting process steps

Melting process steps

There is no generation of incineration ash (burned residue) or the need for landfill disposal, so the final disposal is completed through intermediate treatment!

Melting treatment is a processing method that involves simultaneously charging various types of waste into an electric furnace along with scrap, using the heat of molten steel for the treatment. Electric arc furnaces for steelmaking are facilities that melt large amounts of iron scrap in a short time using ultra-high temperature arc heat generated by high-voltage electric current, producing steel products. The arc heat of the electric furnace is said to reach a central temperature of about 4,000°C, typically melting over 100 tons of iron scrap into molten steel at 1,600°C in approximately one hour, and separating impurities (slag) using the difference in specific gravity during the tapping process. 【Processing Steps】 ■ Charging with a magnet → Moving the charging bucket → Charging ■ Arc discharge → Tapping ■ Continuous casting → Rolling → Cooling bed *For more details, please download the PDF or feel free to contact us.

  • Other services and technologies

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