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We propose heat exchangers suitable for factory equipment and machinery for drying, cooling, and dehumidifying.
We propose heat exchangers suitable for factory equipment and machinery for drying, cooling, and dehumidifying.
Efficiently heats gases, and cleaning and repairs are a breeze. We can propose custom specifications that perfectly match your needs.
We custom-manufacture "Elophin Heaters" for heating air (gas) incorporated into drying equipment, facilities, and air conditioning units. The fin tube, which has a metal plate wrapped around the heat transfer tube, exhibits high heat dissipation. It is widely used as a heat source for steam, hot water, and thermal oil, and is commonly adopted in steam coils for air conditioning systems, as well as in steam heaters for drying industrial products and warming cabinets. It is easy to clean and repair, making it suitable for process air conditioning in various manufacturing lines. We can provide proposals tailored to your specific usage needs. 【Features】 ■ Available in various fin materials such as SS, SUS, copper, and aluminum ■ Zinc plating, tin plating, and brazing processing are possible for fin tubes ■ We also accommodate the production of pipes and fins made from special metals ★ We are currently offering a "Basic Knowledge and Selection Guide for Heat Exchangers," which includes examples of applications in manufacturing lines. You can view it immediately by clicking the download button. Please feel free to contact us with any inquiries.
We will design the necessary temperatures for gas cooling in production lines and equipment. We respond quickly from design to delivery! A complimentary copy of "Basic Knowledge and Selection Guide for Heat Exchangers" will be provided.
Katsukawa Thermal Engineering is one of the few manufacturers in Japan that has consistently engaged in the design and manufacturing of heat exchangers suitable for dehumidification devices and factory production cooling lines since 1934. Our plate fin coolers are used in various industrial fields for cooling, dehumidification, heat recovery, and improving working environments. **Katsukawa Thermal Engineering's Plate Fin Cooler** - Utilizes stainless steel heat exchangers that require low replacement frequency and can be used without difficulty. - Cools by passing water or refrigerant through the heat transfer tubes and air or gas through the casing on the outside of the tubes. - Capable of designs suitable for a wide range of cooling and dehumidification systems, including pollution control devices for media containing pharmaceuticals, dairy products, beverages, food, polymers, chemical products, ceramics, and organic materials. To avoid troubles with heat exchangers used in production processes and ensure stable production, it is important to select a manufacturer with experience and responsiveness. *We are currently offering a free "Basic Knowledge and Selection Guide for Heat Exchangers." Please check it out via the "PDF Download" link below. Feel free to contact us for quotes or inquiries.*
Achieves lightweight, compact, and space-saving design.
The PFA heat exchanger "PFA shell & tube heat exchanger" uses PFA tubes that contribute to low leaching of metals and fine particles. The structure at both ends features a honeycomb design that integrates a PTFE sleeve and PFA tube through thermal fusion, ensuring corrosion resistance, heat resistance, and high reliability. It is compact and space-saving, making it suitable for inline use with high-purity chemical solutions. For more details, please download the catalog.
Heat exchange rate approximately 85% - Heat exchanger - Features and performance of the heat exchanger
Features and Performance of the Heat Exchanger 【 Heat Exchange Rate 85% 】 Recovers heat from exhaust combustion gases and exchanges heat with fresh outside air at a high efficiency of around 85% (when the drying chamber is set to 120°C). An 85% heat exchange rate provides significant energy-saving effects, greatly reducing fuel consumption and running costs (varies with outside temperature). 【 Patented Plate Structure 】 Adopts a plate-type heat exchange method uniquely developed and patented by Takubo Seiki Manufacturing Co. It features a sealed structure that completely separates exhaust and intake, blocking paint mist, moisture, and dust in the exhaust. The design is clean and excellent in maintainability. 【 High Safety Indirect Heating Method 】 Physically separates the combustion chamber from the drying furnace, preventing combustion gases from entering the drying chamber. This eliminates the risk of ignition sources mixing in, ensuring extremely high safety. The drying furnace introduces 5m³ of fresh outside air per minute, accommodating hazardous material painting (compliant with Tokyo Fire Prevention Ordinance). Main Benefits Heat Efficiency: Significantly reduces fuel consumption by reusing up to 85% of exhaust heat. Maintainability: The exchanger unit is designed for easy replacement. Flexibility: Easy to integrate into line drying furnaces (Yamagata type). Thin floor plates and modular design allow for easy relocation and expansion.
A sanitary tubeless heat exchanger that can be easily disassembled and allows for visual cleaning and sterilization of the fluid contact area.
- The tubeless heat exchanger can be easily disassembled, allowing for visual cleaning and sterilization of the liquid-contact parts. - In addition to its high heat exchange capacity, it features a compact design that saves space. - The connection for the inlet and outlet of the processing liquid and cooling water is a small-diameter Heli-Coil. - For more details, please contact us.
Tank mounting type
When planning a heat exchanger, the key point is how accurately you can grasp the usage conditions. Tank-mounted type 【Features】 ○ Uses SUPER PFA for the heat transfer tubes ○ Ideal for heating and cooling high-purity chemicals ● SERA, with its rich technology, offers a total of five models ● For details, please refer to the catalog.
Confident in our perfect circles! Due to high welding strength, they are suitable for bellows pipes, heat exchangers, and automotive tuning mufflers. Please consult with us once.
Fuji Seiko's "Ultra-Thin Welding Pipe" has high welding strength, allowing for weight reduction and improved durability. Since it is fully custom-made, we can manufacture it in your desired size. 【Examples of Applications】 ■ Bellows pipes ■ Heat exchangers ■ Muffler tails ■ Long pipes ★ Please feel free to consult with us. * For more details, please download the PDF or feel free to contact us.
Total heat exchanger maintenance service
This is an introduction to the maintenance services for total heat exchangers handled by Seibu Giken. When dust and other particles clog the total heat rotor, it can lead to insufficient airflow, resulting in an increase in indoor carbon dioxide concentration, a decrease in heat exchange efficiency, and added load on the air conditioning system, which can lead to higher electricity costs. By performing maintenance, we can prevent these issues, as well as determine the timing for replacing consumable parts, extend the lifespan of each unit, and assess the current performance through measurements. 【Maintenance Contents】 - Rotor cleaning and internal cleaning - Parts replacement - Condition checks of each device - Lubrication of drive units - Condition checks of wear points - Additionally, we also provide rotor replacement and replacement parts. ● For more details, please contact us.
Ion Adsorption Type Total Heat Exchanger Hi-Panex Ion®
Solving odor transfer issues with ion adsorption. A groundbreaking definitive version for energy saving and CO2 reduction, as well as improving IAQ (Indoor Air Quality). 【Features】 ○ Generally, rotary total heat exchangers use silica gel as the adsorbent, but during the rainy season, water vapor preferentially enters the areas where odor components have accumulated, replacing the odors with water vapor and causing them to be expelled from the rotor, leading to odor generation. The ion adsorption type maintains high performance while solving this odor issue. ○ By using antibacterial and antifungal agents in conjunction, true improvement of IAQ (Indoor Air Quality) has been achieved. ● For other functions and details, please contact us.
Case Studies for Solving Grinding Issues: Mirror Finishing, Burr Removal, Inner Diameter Polishing, Automation, Cost Reduction, Environmental Measures, Improvement of Work Environment (Dust Prevention), Quality Enhancement
Collection of Solutions for Grinding Issues: Problems related to grinding, such as mirror finishing, burr removal, inner diameter polishing, automation, cost reduction, environmental measures, and improvement of work environments (dust prevention), as well as quality enhancement (maintenance), are endless. Sankyo Rika Chemical Co., Ltd. can compare various grinding methods and propose the most suitable method for your processing objectives! We will introduce examples of how our grinding equipment and materials have solved customer issues. Case 1: We want to implement dust prevention measures for environmental protection and to reduce the burden on workers. Case 2: We want to eliminate variations in quality and work time caused by operators. Case 3: Our monthly electricity costs are high and are becoming a burden on management. We are considering multiple nozzles but are worried about the electricity costs. Case 4: We want to automate and simplify the burr removal for cross holes. Case 5: We were looking for a more precise grinding method using our own blasting machine. Case 6: We were searching for grinding equipment capable of achieving mirror finishes on inner and outer diameters. Our products consistently require high quality and polishing precision. Sankyo Rika Chemical Co., Ltd., as a specialist in grinding, offers the perfect grinding equipment and methods to solve the problems faced by those in the manufacturing industry.
ROSS HEAT EXCHANGERS High-efficiency compact multi-tube heat exchangers
Space-saving installation that is easy to set up. An inexpensive heat exchanger device equipped with an electric valve unit. For the reuse of waste heat, wastewater, drainage heat, cooling, and heat from natural energy. Easy disassembly and cleaning from the side of the bonnet. The bonnet is available in BC, SUS, and titanium materials.
