【Exhibition Information】Coating Japan - High-Performance Materials Week - Paint and Coating Equipment Exhibition

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 a lineup of "hydrogen combustion type" and "electric heater type." 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 - Hydrogen gas burners that can also use city gas/propane gas. 【Painting Baking Drying Oven】 Hot Air Zone (100–250°C) ⚪︎ Hydrogen combustion hot air generator "AH-H2" ⚪︎ Electric hot air generator "AH-E" Radiant Baking 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 device (CT) ⚪︎ Electric regenerative thermal oxidizer (RTO) Our Thermal Technology Research Institute is equipped with a painting drying test oven (QCO) with a painting booth.

• Painting Machine
• Drying Equipment
• Heating device

An exhaust gas treatment device that achieves high energy efficiency and high decomposition rate! It features a compact design that saves space.

The direct combustion deodorization device "CH Series" is a system that completely oxidizes and decomposes odors and VOCs by passing them through at high temperatures of 700°C to 800°C for a certain period of time. It comes standard with a heat exchanger that preheats the odors and recovers about 50% of waste heat, contributing to energy savings. We offer various deodorization devices that effectively handle a wide range of odors, such as those from painting drying ovens, printing drying, and food processing. 【Features】 ■ High energy-saving effect ■ High deodorization efficiency ■ Excellent safety ■ Excellent durability ■ Compact design ■ Easy operation *For more details, please refer to the PDF materials or feel free to contact us.

• Other painting machines
• Heating device
• Industrial Furnace

This is a large-capacity deodorization device that boasts a high heat recovery rate due to its heat storage type. It processes odor gases (VOCs) in exhaust gas with high decomposition efficiency.

Due to its high heat recovery efficiency achieved through thermal storage, it efficiently performs large-capacity deodorization treatment. 【Features】 1. High energy-saving efficiency By recovering and reusing the thermal energy generated during the thermal oxidation decomposition of VOCs and others with ceramic heat storage materials, high energy-saving efficiency is realized. 2. Selection of suitable methods We offer a lineup of rotary, two-tower, and three-tower systems, proposing the most suitable method based on the customer's usage conditions. 3. Wide range of processing airflow It can accommodate a wide range of odor gas airflow (60 to 1700 Nm³/min). 4. Excellent deodorization efficiency and heat recovery rate The standard deodorization efficiency is high at 95-99%, and the heat recovery efficiency is 95-97%, resulting in excellent running costs. 5. Long lifespan of heat storage materials to reduce maintenance costs The heat storage materials use durable ceramics, allowing for a long equipment lifespan and the possibility of keeping maintenance costs low. 6. Equipped with a suitable original dedicated burner The heat source is equipped with a gas burner specifically designed for RTO, featuring a space-saving design with excellent maintainability. 7. Abundant delivery track record and reliability Since the start of sales, we have a rich delivery record both domestically and internationally over approximately 20 years.

• Gas recovery/treatment equipment
• Incinerators and incinerators
• Deodorizing Equipment

It is a device that uses a catalyst to oxidize and decompose VOCs with high efficiency. Since it can process at low temperatures, it can reduce the amount of gas used, and an electric heater type is also available as an option.

The catalytic combustion deodorization device "CT Series" is an environmental device that uses a catalyst to oxidize and decompose odors and VOCs at around 350°C, rendering them harmless for discharge. It comes standard with a heat exchanger that preheats the odors and recovers about 50% of waste heat, contributing to energy savings. We provide various deodorization devices that effectively handle a wide range of odors, such as those from painting drying ovens, printing drying, and food processing. 【Features】 ■ High energy-saving effect ■ High deodorization efficiency ■ Excellent safety ■ Excellent durability ■ Compact ■ Easy operation ■ Heat sources can be either electric or gas

• Other painting machines
• Electric furnace
• Industrial Furnace

Optimal heat source! Testable with four heat sources. We propose suitable heating equipment for 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 optimal heating patterns by changing the heat source. The equipment can accommodate large and long workpieces, so please feel free to consult us about your requirements. ■ Gas hot air & jet heating zone With a jet stream of 350°C 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, sides 35kW x 2, Max. 800°C) Gas far-infrared panel (116kW x 1 Max. 350°C) Gas hot air & jet heating (233kW x 1, Max. 350°C, 50m/sec) *1 Electric infrared heater (bottom 11kW x 2, sides 17.5kW x 2, Max. 800°C) *1 Please consult us regarding hydrogen combustion.

• Drying Equipment
• Heating device
• Industrial Furnace

It is a movable unit that can be transported to the customer's factory, allowing for tests using actual odors. Deodorization tests for various odors, including VOCs, are possible!

Direct combustion deodorization device (on-site demonstration available) As it is a mobile demo unit, testing can be conducted using actual odors at the customer's factory. It can accommodate various fields such as painting sites and food processing. ~Device Overview~ Processable components: VOCs (volatile organic compounds) and various other odors. Processing capacity: Max. 1.0㎥N/min Processing temperature: 760℃ (Max. 800℃) Inlet gas temperature: Ambient temperature to 250℃ Inlet gas pressure: More than -500Pa Inlet gas concentration: Below 1/4 of the lower explosion limit ~Utilities and items to be prepared by the customer~ Power supply: AC200V, φ3, 50/60Hz, 10A Fuel used: City gas (13A) supplied at 2.0kPa Max. 2.8㎥N/h LPG (propane) supplied at 2.8kPa Max. 2.5kg/h External dimensions: 1875L × 1050W × 975Hmm (excluding attached duct) Weight: 600kg Outdoor use: Yes Transport: Will be loaded and transported by a one-box vehicle. Please feel free to contact us for more details.

• Heating device
• Industrial Furnace
• Environmental Test Equipment

We propose a suitable "hot air generator" for your drying equipment. [It can be used for painting drying, food drying, heating furnaces, and various industrial furnaces.]

The hot air generation device can be used as a heat source for drying ovens, heating furnaces, and various industrial furnaces, as well as in drying processes for painting equipment and food processing, making it suitable for a wide range of applications. 【Feature 1】 We offer a variety of heat sources and heating methods. ○ Gas type (compatible with city gas, propane gas, and hydrogen gas combustion) ○ Electric type (capable of achieving outlet temperatures equivalent to gas combustion type with clean hot air) ○ Indirect type (clean hot air using a heat exchanger) 【Feature 2】 We have a rich selection of combustion volumes and heater capacities. ○ Gas type: 47kW to 2300kW ○ Electric type: up to 470kW 【Feature 3】 (Model in parentheses) Flexible selection tailored to drying equipment is possible. ○ You can choose "clean hot air" that does not contain combustion exhaust gases, whether gas or electric type. (AH-BX, AH-E) ○ It can also accommodate high furnace pressure. (AH-B) ○ High-temperature hot air up to 800℃ (AH-B) ○ Hot air return is possible (AH-B, AH-D, AH-E) ○ Design can be customized according to the installation location. (All AH models) ○ Various safety devices are standardly equipped. For more details, please download the catalog or contact us.

• Heating device
• Electric furnace
• Industrial Furnace

The hydrogen-only specification of the SDC duct burner, which is a heat air generation device for paint drying ovens, has made its debut.

The "hydrogen-only specification" of the pre-mixed duct burner series, which has a proven track record as a heat source for hot air generators, has made its debut. It is a decarbonized gas burner that achieves both stable combustion and low NOx performance. 【Features】 1. Hydrogen combustion gas burner that emits no CO2 during combustion. 2. Unique casing structure that balances durability and combustion performance, with a turn-down ratio of over 20:1. 3. A lineup of combustion capacities up to "465 kW." 4. Clears emission regulation values through low NOx combustion technology (tested with our equipment). 5. The ignition pilot burner is also equipped with a hydrogen-only specification. 6. Can be replaced with existing burners. As a heat source for hot air generators, it can be used in painting drying ovens, food drying ovens, various drying furnaces, drying equipment, and heating furnaces. Hydrogen combustion demonstrations are currently being conducted at the Thermal Technology Research Institute. We invite you to visit.

• Drying Equipment
• Heating device
• Industrial Furnace

Introducing the forefront of development! Hydrogen combustion without carbon dioxide emissions! SHOEI is advancing the hydrogen compatibility of its proven in-house burners.

【New Development! Hydrogen Gas Burner Lineup】 ◇ High-Temperature Furnace Hydrogen Gas Burner (EIS-H2) Achieves a wide combustion range and stable combustion Suitable for heat treatment furnaces, melting furnaces, heating furnaces, deodorization devices, etc. ◇ Package Burner (BJ-H2) ◇ Fan-Equipped Package Burner (SP-H2) Provides stable flames even under high furnace pressure conditions, with good operability and maintainability; suitable for low-temperature fields such as drying furnaces, as well as various industrial furnaces like heat treatment furnaces and deodorization devices. ◇ Hydrogen Combustion Recuperative Burner (STBW-H2) Equipped with a waste heat recovery device (heat exchanger), capable of reducing fuel usage by approximately 30% in addition to decarbonization. Developed in collaboration with Tokyo Gas Co., Ltd. and Tokyo Gas Engineering Solutions Co., Ltd.! Suitable for aluminum melting holding furnaces, preheating, heat treatment furnaces, etc. ◇ Hydrogen Combustion Single-End Radiant Tube Burner (TRFH-H2) Indirect heating method utilizing radiant heat With an integrated heat exchanger, the burner efficiency is 75%, achieving high efficiency. ◇ Hydrogen Combustion Duct Burner (SDC-H2) Converts duct burners mounted on hot air generation devices to hydrogen combustion Suitable for various drying furnaces such as painting drying and food drying.

• Drying Equipment
• Heating device
• Industrial Furnace

A continuous rust prevention treatment drying furnace suitable for processing large quantities of small items such as bolts, nuts, and drill screws!

This is a drying furnace that scatters workpieces after dip-spin coating on a mesh belt conveyor, sends them into the furnace, and performs processing. It is also possible to design a furnace with zones such as preheating, curing, and cooling zones. Additionally, by using a direct combustion deodorization device, it is possible to deodorize odors such as VOCs generated during processing. Furthermore, we can also propose a heat recovery system that exchanges high-temperature exhaust after deodorization and reuses it in the curing furnace!

• Electric furnace
• Industrial Furnace
• Heat Treatment Drying Equipment

Drying furnace after carburizing the motor rotor with varnish.

This is a batch furnace for electric heater drying after carbonizing the motor rotor in varnish. It uses an inner fan for hot air circulation and has a compact design.

• Drying Equipment
• Industrial Furnace
• Other drying equipment

It is a drying oven for painting tests equipped with an input and output mechanism.

This is an electric drying oven equipped with an automatic lift door powered by an air cylinder and an input/output mechanism for conducting painting evaluation tests. The processing airspeed can be varied through inverter control of the circulation fan. Regarding the hot air discharge temperature, a thyristor control method for the electric heater is adopted, allowing for a wide range of temperature settings.

• Other painting machines
• Drying Equipment
• Industrial Furnace

Introducing the latest lineup of hydrogen gas burners and low-carbon equipment! 【Thermal Technology 2024】 (October 10-11, Grand Front Osaka)

**Exhibition Information** An information dissemination event from Kansai consisting of product and technology exhibitions of industrial furnaces and related equipment, as well as seminar presentations and lectures. We will be exhibiting at Thermal Technology 2024. Date: October 10 (Thursday) and 11 (Friday), 2024, from 10:00 to 17:00 Venue: Grand Front Osaka, North Building, B2F **Latest! Hydrogen Gas Burner Lineup** Hydrogen combustion with zero carbon dioxide emissions! SHOEI is advancing the hydrogen compatibility of its proven in-house burners. We offer a wide range of products suitable for various temperature ranges and types of thermal equipment. **Electrification of Thermal Equipment** We are responding to high-efficiency electrification based on proven thermal equipment (combustion furnaces). The newly developed electric hot air generator (AH-E) can replace our gas combustion type. **Hybrid Heating of Electric and Combustion Types** In addition to full electrification of thermal equipment, we have numerous achievements in hybrid heating that combines the advantages of combustion types. In addition to improving the efficiency of electric systems, energy-saving systems that utilize waste heat for gas burners are also possible. **Test Equipment Available** The Thermal Technology Research Institute offers various test furnaces, including hydrogen combustion testing!

• Drying Equipment
• Heating device
• Industrial Furnace

The existing furnace remains as it is, contributing to the reduction of fuel gas consumption and low carbonization!

By installing a heat exchanger in the existing paint drying oven and recovering the exhaust heat from the oven, the combustion air for the burner is preheated. The temperature difference from the preheating of the combustion air contributes to energy savings.

• Drying Equipment
• Industrial Furnace
• Energy efficient utilization system

【What if a massive earthquake halts production at factories, resulting in losses of hundreds of millions of yen!?】 Revealing successful case studies of "DX × Earthquake Countermeasures" to protect the future of manufacturing! A massive earthquake is not something that "will happen someday," but rather "can happen at any time." If a major earthquake were to occur now and halt production lines in factories... businesses would face critical risks to their survival (losses ranging from millions to billions of yen) due to not only damage to buildings and equipment but also delays in delivery and withdrawal of business partners. This document presents real examples of "actual loss amounts and reconstruction costs" that occur in factories during an earthquake, based on data from the Great East Japan Earthquake and the Kumamoto Earthquake. ▼ What you will learn in this seminar Actual damages during an earthquake: Real data on sales losses and reconstruction costs associated with factory shutdowns On-site action guide: A chronological action plan and checklist to follow without hesitation from initial response to recovery Safety measures utilizing DX and AI: The mechanism and estimated costs of systems that detect shaking and automatically stop equipment and enable remote recovery Keys to successful business continuity: How to effectively use earthquake insurance to expedite recovery and case studies from advanced companies ▼ Event Overview Date: September 11, 2026 (Friday) 13:30 - 14:30 Format: Online (Teams Webinar) Participation fee: Free

[Reforming Manufacturing Sites] "Invisible Inventory" and "Manual Errors" Solved by AI! The Cutting Edge of DX in Inventory Management and Logistics Main Text: "Searching for where everything is takes too much time..." "Ordering based on experience and intuition leads to overstock and stockouts..." Do you face these issues in your manufacturing site? This document introduces the latest examples of automating inbound and outbound processing and achieving real-time visibility of inventory data by utilizing camera imaging, barcodes, QR codes, and AI! ▼ Three Key Points Explained in the Document Instant reading with batch imaging! Automate inbound processing and data updates to significantly reduce work time. AI automatically determines the optimal storage location! Eliminate waste in searching and moving, maximizing storage efficiency. [Case Study] A unified management model from procurement to the reuse of processed scrap in a plastic product processing factory. This is the definitive guide to DX that covers data integration with WMS and production management systems, ready for immediate application in the field. Please download and read it! ▼ Event Overview Date: October 9, 2026 (Friday) 13:30 - 14:30 Format: Online (Teams Webinar) Participation Fee: Free

"Even though the processing costs in the catalog are the same, there are products that somehow do not generate profit..." "We are unable to grasp the causes of machine stoppages (short stops and long stops) or the speed differences among operators..." The "invisible losses" lurking in the workplace may actually be significantly squeezing the factory's profits. This document explains a method to dramatically enhance the profitability and competitiveness of the workplace by automatically acquiring the "operating time" of processing machines and the "working time" of operators, and cross-analyzing them on the same time axis! ▼ What you will learn in this seminar 【Reduce equipment downtime】 Identify priority measures for short and long stops, significantly reducing machine downtime 【Highlight unprofitable products】 Calculate the "net actual cost" from equipment and personnel data, leading to evidence-based price negotiations 【Knowledge transfer and leveling】 Visualize the work differences between skilled workers and newcomers (e.g., screw tightening) to eliminate bottlenecks in the process 【Case study of a press processing factory】 A practical model from daily report automation to data collection using RFID and QR codes ▼ Event Overview Date: November 13, 2026 (Friday) 13:30 - 14:30 Format: Online (Teams webinar) Participation fee: Free

Trelleborg Sealing Solutions will hold a two-and-a-half-hour online event introducing the basics of rotary seals, the latest technological trends, and selection methods according to applications. This event, taking place on September 22, 2026 (Tuesday), will feature two sessions with the same content to accommodate participants from around the world: For Asia-Pacific and Europe: September 22, 2026 (Tuesday) at 16:00 (Japan time) For Europe and North and South America: September 22, 2026 (Tuesday) at 23:00 (Japan time)

Trelleborg Sealing Solutions will host a two-and-a-half-hour online event introducing the basics of rotary seals, the latest technological trends, and selection methods based on applications. This event, taking place on September 22, 2026 (Tuesday), will feature two sessions with the same content to allow participation from around the world: For Asia-Pacific and Europe: September 22, 2026 (Tuesday) at 16:00 (Japan time) For Europe and North and South America: September 22, 2026 (Tuesday) at 23:00 (Japan time)