List of Heating equipment/furnace products
- classification：Heating equipment/furnace
811～855 item / All 4593 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
![[Q&A Material] All About Heaters ~F...](https://image.mono.ipros.com/public/product/image/73b/2000500022/IPROS15500979983071837508.png?w=280&h=280){kind=small}
Explanation of various heaters! We also answer questions for those considering their options [Free Q&A collection available].
- Other heaters
- Heating device
Various heaters such as plug heaters and sheath heaters are available. Related data materials are being provided.
- Other heaters
This electric heater has a higher heat resistance than band heaters and can be used up to 450°C. It is also waterproof and is recommended for the tips of injection molding machines and extruders.
- Other heaters
- Heating device
The size is 78×54mm, the resistance value is 80Ω, and the material is SUS (polyimide insulation).
- Other heaters
The size is 78×54mm, the resistance value is 250Ω, and the material is SUS (polyimide insulation).
- Other heaters
The size is 30×30mm, the resistance value is 20Ω, and the material is SUS (polyimide insulation).
- Other heaters
The size is 420×297mm, the resistance value is 139Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 297×210mm, the resistance value is 278Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 85×54mm, the resistance value is 5Ω, and the material is SUS (polyester insulation).
- Other heaters
It's not just about generating heat! Reasons why planar heating elements (planar heaters) are chosen.
- Other heaters
The size is 85×54mm, the resistance value is 10Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 85×54mm, the resistance value is 20Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 85×54mm, the resistance value is 40Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 20×20mm, the resistance value is 45Ω, and the material is SUS (polyimide insulation).
- Other heaters
Ready to use! Easy to implement adhesive, thin and flexible surface heater.
- Other heaters
Ready to use! Easy to implement adhesive and wire-attached, thin and flexible surface heater.
- Other heaters
Ready to use! Easy to implement adhesive and wire-attached, thin and flexible surface heater.
- Other heaters
Ready to use! Easy-to-implement surface heater with attached wires, thin and flexible.
- Other heaters
Custom-made polyimide heaters with excellent high heat resistance! Featuring an ultra-thin design that can be applied to curved surfaces, suitable for various applications in medical, semiconductor, a...
- Other heaters
- Surface treatment contract service
Thin! Soft! That's why it can be used in various shapes.
- Other heaters
Everything is designed and manufactured to order, allowing us to supply in a way that meets our customers' needs!
- Other heaters
The size is 85×54mm, the resistance value is 20Ω, and the material is SUS (polyimide insulation).
- Other heaters
The size is 100×12mm, the resistance value is 32Ω, and the material is SUS (polyimide insulation).
- Other heaters
The size is 78×54mm, the resistance value is 80Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 95×56mm, the resistance value is 20Ω, and the material is SUS (with protective film).
- Other heaters
The size is 95×56mm, the resistance value is 20Ω, and the material is SUS (mica insulation).
- Other heaters
The size is 297×210mm, the resistance value is 100Ω, and the material is SUS (polyimide insulation).
- Other heaters
The size is 100×12mm, the resistance value is 6Ω, and the material is SUS (polyester insulation).
- Other heaters
The size is 330×20mm, the resistance value is 28Ω (14Ω×2 circuits), and the material is SUS (polyimide insulation).
- Other heaters
The size is 78×54mm, the resistance value is 80Ω (40Ω × 2 circuits), and the material is SUS (polyimide insulation).
- Other heaters
Ready to use! Easy-to-implement adhesive, thin and flexible surface heater.
- Other heaters
Ready to use! Easy to implement with attached wires, thin and flexible surface heater.
- Other heaters
With high insulation and durability, it fits perfectly in narrow spaces and curved surfaces. A custom-made polyester heater that meets your needs.
- Other heaters
Utilizing hydrogen gas, stainless steel bright treatment is possible!
- stainless
- Annealing furnace
- Electric furnace
For joining metal products, flux-free brazing in a non-oxidizing furnace is optimal!
- Electric furnace
- Other processing machines
A tempering furnace for molds and tools that utilizes steel and extends lifespan.
- Electric furnace
- Press Dies
Gas carburizing furnace for multi-variety, small-batch production.
- Other machine tools
- Electric furnace
- Other cutting tools
We solve various challenges in the heat treatment process with high-frequency induction heating.
- Heating device
We solve various challenges in the heat treatment process with high-frequency induction heating.
- Heating device
Heat recovery type, low running cost, hot air dryer for painting.
- Other painting machines
- Industrial Furnace
- Drying Equipment
Dryer Dry Tech Price Information Public Site Now Available
We have launched a price information website for the painting-specific dryer, Drytech. The site features product information and sizes focused on standard models of Drytech, both front and single-door types, as well as custom products and options, including performance and price information. We have disclosed price information to facilitate a quicker process from consideration and decision-making to implementation. Please make use of it.
High-efficiency heat exchanger featuring a new shape fin. Approximately 15% improvement in performance compared to conventional products! Dedicated video also available.
- Heating device
- Heat exchanger
- Cooling system
[Newsletter Distribution] Stainless Steel Fin Tube Heat Exchanger Suitable for Heat Recovery and Solvent Recovery / Sakai River Industrial Co., Ltd.
High-efficiency heat exchanger featuring a new shape fin. Approximately 15% improvement in performance compared to conventional products! A dedicated video is also available. The performance of finned tube heat exchangers is greatly influenced by the degree of contact between the heat transfer tubes and the radiating fins, the shape of the contact, and the shape of the radiating fins. This time, by reviewing the mold and pressing process, we developed high-efficiency stainless steel radiating fins that maximize the degree of contact between the heat transfer tubes and the radiating fins. Compared to our conventional fins, we have achieved an approximately 15% improvement in performance. There are also cases where the introduction of this product has resolved issues related to corrosion of copper tubes due to water quality and lifespan problems in corrosive environments. [Must-see for those facing these issues] ■ Those who need drying and cooling processes in production lines where cleanliness is required ■ Those who want to perform heat exchange in corrosive environments ■ Those seeking compactness and cost reduction ■ Those who want to recover exhaust gas and waste heat to reduce energy consumption *For more details, please download the PDF document or feel free to contact us.
The only one in the world! Prevents calcium scale without using chemicals.
- Heating device
"Non-scaler" that prevents calcium scale without the need for chemicals or power.
On November 23, 2022, an article about the calcium scale solidification adhesion prevention device "Non-Scaler" was published in issue 2941 of "Air Conditioning Times." The calcium scale solidification adhesion prevention device "Non-Scaler" has been widely adopted in various factories, including steel mills and paper mills, and has received high praise for its effectiveness. Calcium scale forms when water containing dissolved calcium hydroxide undergoes temperature changes or becomes acidic, causing it to combine with free carbon dioxide in the water or carbon dioxide in the air to create insoluble calcium carbonate crystals. These crystals then solidify and adhere to the inner walls of pumps, boilers, heat exchangers, and piping, forming thick, hard layers. By installing the Non-Scaler introduced here, water is passed through a device equipped with two types of special blades, which forcibly oxidizes the calcium hydroxide in the water and transforms it into fine particles of calcium carbonate. This suppresses the adhesion of scale (calcium carbonate crystals) to the insides of pumps, boilers, heat exchangers, and piping, thereby preventing blade damage within pumps, reducing heat exchange efficiency loss, significantly decreasing the frequency of scale removal work (resulting in substantial maintenance cost reductions), and lowering the frequency of production line stoppages.
![[Non-Scaler Introduction Case] Majo...](https://image.mono.ipros.com/public/product/image/d52/2001533379/IPROS7358022031947167320.jpg?w=280&h=280){kind=small}
A case of preventing calcium deposition in the piping of a cooling water line at a chemical plant.
- Heating device
![[Case Study of Pipe Protector] St. ...](https://image.mono.ipros.com/public/product/image/a13/2001533710/IPROS6515731031098133372.jpg?w=280&h=280){kind=small}
Unexpected Facts about Coil-Type Electromagnetic Devices and Examples of Pipe Protectors and Non-Scalers
- Piping
- Heating device