ジェスコ Product Lineup

In the energy industry, long-term stable operation and safety of equipment are required. In particular, stainless steel equipment and piping are prone to corrosion and dirt accumulation, which can lead to performance degradation and accidents. Regular maintenance and appropriate treatment in the early stages are important for extending the lifespan of equipment and reducing operational costs. Our "Pika-Su #SUS300 Series" effectively addresses stains such as rust and fingerprints that are difficult to remove with conventional detergents, and it also contributes to improved corrosion resistance, making it effective for corrosion prevention in the energy industry. 【Usage Scenarios】 - Maintenance of plant equipment and piping - Cleaning of stainless steel equipment on manufacturing lines - Removal of rust and dirt from outdoor-installed equipment - Finishing of stainless steel products before shipping and installation 【Benefits of Implementation】 - Suppresses rust formation and reduces maintenance effort - Contributes to maintaining the aesthetic appearance and longevity of equipment - Non-abrasive, minimizing damage to materials

• Chemicals
• Packaging materials

In the restoration of railway vehicle exteriors, maintaining aesthetics and protecting materials are of utmost importance. Particularly, rust transfer on stainless steel parts, everyday fingerprints, and other dirt not only detract from the vehicle's impression but can also lead to long-term material degradation. The 'Pika-Su #SUS300 Series' effectively addresses these types of dirt, which are difficult to remove with conventional detergents. Since it does not use abrasives, it cleans without scratching the stainless steel surface, enhances corrosion resistance, and helps maintain the vehicle's appearance while reducing maintenance effort. 【Usage Scenarios】 - Removal of rust transfer on stainless steel exterior panels - Removal of fingerprints and oil stains - Removal of light oxidation films - Regular maintenance 【Benefits of Implementation】 - Maintenance of the vehicle's aesthetic appearance - Protection of stainless steel materials - Increased efficiency in maintenance tasks - Extended lifespan due to improved corrosion resistance

• Chemicals
• Packaging materials

In the kitchen equipment industry, it is essential to effectively remove stubborn grease, water stains, as well as rust and fingerprints to maintain a hygienic environment and prolong the lifespan of the equipment. These stains not only detract from the appearance of the equipment but can also lead to hygiene issues and accelerate the deterioration of the equipment. Our "Pika-Su #SUS300 Series" can address these stains that conventional detergents cannot remove, without using abrasives, so there is no worry about scratching kitchen equipment. 【Usage Scenarios】 - Removal of grease stains around stainless steel sinks and stoves - Removal of grease and burnt-on stains from ventilation fans and cooking utensils - Removal of rust and fingerprint stains - Routine cleaning and maintenance of equipment 【Benefits of Implementation】 - Maintenance of the aesthetic appeal of kitchen equipment and ensuring a hygienic environment - Prolonging the lifespan of equipment and reducing maintenance costs - Minimizing damage to equipment by not using abrasives

• Chemicals
• Packaging materials

In the architectural hardware industry, maintaining product quality and long-term aesthetics is essential. In particular, initial rust and dirt that are likely to occur during outdoor use or while in storage not only diminish the product's value but can also lead to structural problems. In response to these challenges, our "Pika-Su #SUS300 Series" effectively removes stains, rust, and fingerprints that traditional detergents cannot eliminate, preventing initial rust on stainless steel products. 【Usage Scenarios】 - Finishing in the manufacturing process of architectural hardware - Quality checks and maintenance before shipping - Cleaning before installation on-site 【Benefits of Implementation】 - Suppression of initial rust formation on stainless steel products - Maintenance of product aesthetics and improvement of customer satisfaction - Reduction of maintenance effort and contribution to cost savings

• Chemicals
• Packaging materials

In the automotive manufacturing industry, it is essential to maintain the beauty of stainless steel parts in terms of product appearance. In particular, rust from manufacturing processes, fingerprints, and other dirt can potentially affect the quality image of the product. The 'Pika-Su #SUS300 Series', which does not use abrasives, removes these stains without damaging them and preserves the aesthetics of stainless steel products. Furthermore, the improvement in corrosion resistance helps suppress rust formation and reduces maintenance efforts. 【Usage Scenarios】 - Finishing stainless steel parts before shipment - Removing rust and fingerprints that adhere during the manufacturing process - Cleaning light oxidation films and oil stains 【Benefits of Implementation】 - Improved appearance quality of products - Reduction in maintenance labor - Maintenance of durability of stainless steel parts

• Chemicals
• Packaging materials

In the shipping industry, rust and dirt on stainless steel parts due to salt damage during voyages can be a significant issue. These stains not only detract from the aesthetic appeal of the hull but can also accelerate material degradation. Particularly in areas where salt tends to accumulate, frequent maintenance is required. "Pika-Su #SUS300 Series" is a stainless steel detergent designed to tackle rust, stains, and fingerprints that are difficult to remove with conventional cleaners. Since it does not use abrasives, there is less concern about scratching the delicate stainless steel parts of the hull, allowing for safe use. Additionally, it is expected to improve corrosion resistance, which helps suppress rust formation and reduces maintenance effort. [Usage Scenarios] - Removal of rust caused by salt damage on the hull and deck's stainless steel parts - Cleaning of fingerprints and oil stains on handrails and decorative elements - Maintenance of areas prone to salt accumulation, such as mooring equipment [Benefits of Implementation] - Maintenance of the aesthetic appeal of stainless steel parts - Suppression of material degradation and prolongation of lifespan - Increased efficiency in maintenance tasks

• Chemicals
• Packaging materials

In the semiconductor manufacturing industry, maintaining a clean environment is directly linked to the quality and reliability of products. Contaminants such as rust, stains, and fingerprints that occur on stainless steel parts used in manufacturing lines and equipment can become fine foreign substances, potentially affecting the manufacturing process. Effectively removing these contaminants and maintaining a clean state is essential for improving manufacturing efficiency and reducing defect rates. "Pika-Su #SUS300 Series" addresses these contaminants that are difficult to remove with conventional detergents and supports the cleanliness of stainless steel products. 【Usage Scenarios】 - Cleaning stainless steel parts of manufacturing equipment - Maintenance of stainless steel fixtures in clean rooms - Finishing stainless steel products before shipment 【Benefits of Implementation】 - Maintaining cleanliness of the manufacturing line - Stabilizing product quality - Reducing maintenance labor hours

• Chemicals
• Packaging materials

In the maintenance of chemical plant equipment, the long-term performance and safe operation of stainless steel piping and equipment are required. In particular, external rust, stains generated during the manufacturing process, and everyday fingerprint smudges can not only be aesthetic issues but also accelerate corrosion and shorten the lifespan of the equipment. A cleaning agent that effectively removes these stains without damaging the material is essential for reducing maintenance effort and enhancing the overall reliability of the plant. Our "Pika-Su #SUS300 Series" demonstrates cleaning power against these stains, which are difficult to address with conventional detergents, while minimizing impact on the material. 【Usage Scenarios】 - Removal of external rust from stainless steel piping and tanks - Removal of stains and fingerprint smudges from stainless steel equipment used in production lines - Removal of welding fumes and light oxide films - Final cleaning of stainless steel products before shipment 【Benefits of Implementation】 - Maintenance of aesthetics and corrosion suppression through rust and stain removal - Increased longevity of equipment due to improved corrosion resistance - Reduced risk of scratching the material as no abrasives are used - Enhanced efficiency of maintenance work

• Chemicals
• Packaging materials

In the energy industry, proper treatment of metal surfaces is essential for the stable operation and longevity of equipment. In particular, the removal of heat-affected zones from welds, polishing, and the formation of passive films are crucial for preventing corrosion and maintaining performance. Inadequate treatment can lead to early deterioration or failure. The Super Shiner AXi addresses these challenges and supports efficient and reliable equipment maintenance. 【Application Scenarios】 - Removal of weld discoloration from stainless steel piping and tanks in energy-related facilities - Polishing of metal parts in plant equipment - Formation of passive films before equipment operation 【Benefits of Implementation】 - Contributes to the longevity of equipment - Improves the efficiency of maintenance work - Maintains the quality of metal surfaces

• Other cleaning machines

In the preservation of ship hulls, it is essential to protect the hull from salt damage and harsh marine environments for an extended period. In particular, the progression of corrosion directly leads to a decrease in hull strength and an increase in maintenance costs, making effective rust prevention measures indispensable. Our product "P-Lock NX-L" protects metal parts from rust and impact simply by being applied, enhancing the durability of the hull. 【Usage Scenarios】 - Rust prevention for metal parts of the hull - Protection of the hull while moored - Simple protection during regular maintenance 【Benefits of Implementation】 - Suppression of corrosion from salt damage and water - Prolonged lifespan of hull components - Reduction in maintenance costs

• Rust Inhibitor
• others

In the construction machinery industry, it is essential to protect equipment from rust and impact under harsh usage conditions, ensuring long-term performance maintenance. Particularly for heavy machinery that is often used outdoors and exposed to rain and wind, reliable rust prevention measures can prevent unexpected failures and reduce maintenance costs. Our product, "P-Lock NX-L (Concentrate Type)," addresses these challenges simply by being applied, providing long-term protection for valuable construction machinery. 【Usage Scenarios】 - Preventing rust during the storage of construction machinery - Protecting operating parts from impact and wear - Maintaining the appearance of heavy machinery on outdoor display 【Benefits of Implementation】 - Suppressing rust formation and extending equipment lifespan - Reducing the risk of unexpected failures - Decreasing maintenance effort and costs - Maintaining a beautiful appearance and preserving asset value

• Rust Inhibitor
• others

In the field of infrastructure, particularly in bridge repair, it is essential to maintain the durability of structures and provide long-term protection. Bridges are constantly exposed to harsh environments such as wind, rain, ultraviolet rays, and salt damage, and protecting them from rust and impact directly relates to ensuring safety and reducing maintenance costs. Traditional rust prevention measures often involve labor-intensive removal processes, but our 'P-Lock NX-L (Concentrated Type)' protects the substrate for an extended period with just application, and can be easily peeled off by hand when no longer needed, contributing to the efficiency of repair work. 【Usage Scenarios】 - Rust prevention for steel structural parts of bridges - Emergency measures for deteriorated areas - Protection during regular maintenance - Use in salt damage-prone areas 【Benefits of Implementation】 - Long-term protection of the substrate from rust and impact - Easy removal by hand, facilitating the removal process - Uniform finish achieved through spray application (Spray Type) - Excellent film properties such as weather resistance, water resistance, and impact resistance

• Rust Inhibitor
• others

In the home appliance industry, metal components require protection from rust and impact to maintain product quality and longevity. This is especially crucial for parts exposed to high humidity environments or vibrations during use, where effective rust prevention measures are essential for product reliability. Insufficient protection can lead to deterioration of appearance and functional decline. "P-Lock NX-L (Concentrated Type)" is a rust prevention coating that can protect metal parts from rust and impact for an extended period simply by applying it. 【Usage Scenarios】 - Rust prevention for metal housings and internal components of home appliances - Temporary protection during the manufacturing process - Prevention of deterioration of metal parts during storage 【Benefits of Implementation】 - Maintenance of product appearance quality - Extension of product lifespan - Reduction of complaint occurrence risk

• Rust Inhibitor
• others

In the precision machinery industry, particularly in circuit boards, protection against external influences is crucial for long-term reliability and performance maintenance. Circuit boards are exposed to various factors such as humidity, temperature changes, and physical shocks, which put them at risk of deterioration and damage. These risks can directly lead to product failures and shortened lifespans. Our "P-Lock NX-L (Concentrate Type)" is an anti-corrosion coating that protects circuit boards from these risks for an extended period simply by being applied. 【Usage Scenarios】 - Prevention of rust during circuit board storage - Protection from shocks during transportation - Temporary protection during the manufacturing process 【Benefits of Implementation】 - Improved reliability of circuit boards - Extended product lifespan - Reduction of defective products

• Rust Inhibitor
• others

In DIY and maintenance at home, protecting metal and glass products from rust and impact is an important issue for long-term use. Especially when considering temporary protection and future maintenance, ease of handling is also required. "Peelack NX-L (Concentrated Type)" is an anti-rust paint that can protect familiar materials such as metal, glass, and some synthetic resins from rust and impact for a long time just by applying it. Additionally, the spray type is easy to apply evenly in DIY projects and can be easily peeled off by hand when no longer needed, reducing future hassle. 【Usage Scenarios】 - Rust prevention for bicycles and metal gardening tools - Protection during storage of metal tools - Scratch prevention for glass products - DIY projects requiring temporary protection 【Benefits of Implementation】 - Protects important household items from rust and impact, extending their lifespan - Easy application during DIY work, resulting in a uniform finish - Simple peeling process when no longer needed, minimizing post-processing effort - Demonstrates protective performance under various conditions such as weather resistance, water resistance, and impact resistance.

• Rust Inhibitor
• others

In the metal processing industry and for temporary storage applications, it is essential to protect processed products from rust and impact to maintain quality. In particular, rust that occurs during the storage period not only decreases the value of the product but can also lead to increased reprocessing effort and costs. Therefore, reliable rust prevention effects and the ability to easily remove the coating when necessary are important. "Peelock NX-L (Concentrate Type)" is a rust prevention paint that protects metal materials from rust and impact for an extended period simply by applying it. It forms a uniform film through spray application and can be easily peeled off by hand when no longer needed. 【Usage Scenarios】 - Temporary storage of metal parts - Storage of processed metal products - Outdoor storage of metal materials 【Benefits of Implementation】 - Suppression of rust occurrence during storage - Maintenance of product quality - Reduction of reprocessing effort

• Rust Inhibitor
• others

In the warehousing industry, it is important to protect stored inventory from rust and impact, and to maintain quality. Particularly, metal products and inventory made from materials susceptible to rust can deteriorate quickly depending on the storage environment. This can lead to lost sales opportunities and the risk of incurring additional maintenance costs. Our product "PILAC NX-L (Concentrate Type)" addresses these challenges simply by being applied, providing long-term protection for inventory. 【Usage Scenarios】 - Storage of metal fixtures and parts - Protection of materials stored outdoors - Rust prevention for temporarily stored products - Protection from impact during transportation 【Benefits of Implementation】 - Prevention of lost sales opportunities by maintaining inventory quality - Reduction of additional maintenance costs - Decreased risk of product deterioration during storage - Improved work efficiency through easy application and removal

• Rust Inhibitor
• others

In the event setup industry and the field of temporary structures, it is essential to prevent deterioration and damage to components, even for temporary use, to ensure safety. Particularly when installing outdoors or frequently assembling and disassembling, the occurrence of rust on metal components can lead to a decrease in structural strength and compromise aesthetics. Our product "P-Lock NX-L (Concentrate Type)" addresses these issues simply by being applied, providing long-term protection for components. 【Usage Scenarios】 - Frameworks for event tents and stages - Metal components of temporary exhibition booths - Temporary structures for outdoor events 【Benefits of Implementation】 - Suppresses rust formation on components, improving durability - Reduces deterioration of components due to repeated use - Makes removal work easy when no longer needed

• Rust Inhibitor
• others

In the agricultural machinery and equipment industry, durability under harsh usage conditions and work efficiency during maintenance are required. In particular, agricultural tools that are often stored and used outdoors are susceptible to rust caused by rain, wind, and dust, which can directly lead to a decline in performance and a shorter lifespan. In response to these challenges, our 'P-Lock NX-L (Concentrate Type)' protects the base material from rust and impact for an extended period simply by being applied, contributing to the reliability of agricultural tools. 【Usage Scenarios】 - Main body of agricultural machinery such as tractors and combines - Tillage claws and attachments - Agricultural materials stored outdoors - Temporary protection at work sites 【Benefits of Implementation】 - Suppresses the occurrence of rust and extends the lifespan of agricultural tools - Reduces maintenance effort - Protects initial investment - Improves work efficiency

• Rust Inhibitor
• others

In the automotive manufacturing industry, it is essential to protect parts during the manufacturing process and while in storage from rust and impact, in order to maintain quality. This is particularly important for complex-shaped parts and those stored for long periods, as reliable rust prevention directly affects product reliability. Insufficient protection can lead to deterioration of parts and the hassle of reprocessing. "PILAC NX-L (Concentrate Type)" is a rust prevention coating that can protect metals and some synthetic resin parts for an extended period simply by applying it. It forms a uniform film through spray application and can be easily peeled off by hand when no longer needed. 【Usage Scenarios】 - Temporary protection of parts on the manufacturing line - Rust prevention for metal parts during storage - Protection of parts during transportation - Rust prevention for molds and jigs during storage 【Benefits of Implementation】 - Maintenance of part quality and reduction of defect rates - Suppression of rust occurrence during storage - Easy manual peeling, improving work efficiency - Applicability to a variety of substrates

• Rust Inhibitor
• others

In the logistics industry, there is a demand for reducing work time in equipment maintenance and repairs while maintaining quality. In particular, the processes of removing burn marks and polishing metal parts can significantly impact the overall work speed if efficiency can be improved. Inadequate processing may lead to rework or a reduction in the lifespan of the equipment. The Super Shiner AXi addresses these challenges with a high power of up to 77A, contributing to improved work efficiency. 【Usage Scenarios】 - Removing burn marks and polishing metal racks and equipment in warehouses - Maintenance of metal parts such as forklifts - Surface treatment during regular equipment inspections 【Benefits of Implementation】 - Increased productivity due to reduced work time - Lower maintenance costs - Extended lifespan of equipment

• Other cleaning machines

In the construction industry, maintaining the quality of structures and adhering to deadlines is essential. In particular, the removal of welding burn marks and surface treatment of stainless steel components are critical processes that affect not only aesthetic appeal but also durability. Inadequate treatment can lead to increased maintenance costs and deterioration of the structure over time. The Super Shiner AXi provides an efficient and reliable solution to these challenges. 【Usage Scenarios】 - Removal of welding burn marks from stainless steel structures - Polishing of metal components at construction sites - Rust prevention through passive film formation 【Benefits of Implementation】 - Reduction in work time - High-quality finish - Extended lifespan of components

• Other cleaning machines

In the food processing industry, thorough hygiene management is essential for ensuring product safety. In particular, stainless steel equipment and utensils used on the production line can pose hygiene issues due to food residue, discoloration from cleaning, and corrosion. If these problems are left unaddressed, they can increase the risk of foreign matter contamination and lead to a decline in product quality and damage to brand image. Super Shiner AXi addresses these challenges by removing discoloration from stainless steel welds, polishing, and forming ultra-passivation films, thereby supporting the maintenance of a hygienic environment. 【Usage Scenarios】 - Removal of discoloration from stainless steel piping, tanks, and frames on the production line - Regular maintenance of cooking utensils and processing equipment - Equipment maintenance in areas where hygiene standards are required 【Benefits of Implementation】 - Maintenance of a hygienic manufacturing environment - Extension of equipment lifespan - Improvement in compliance

• Other cleaning machines

In the medical device industry, high precision in surface treatment of materials is required to ensure product safety and performance. Particularly for stainless steel materials that undergo precise machining, the removal of fine scratches and residues, as well as the formation of a uniform passive film, is essential for maintaining the reliability of the equipment. Inadequate surface treatment can increase the risk of corrosion and potentially affect the lifespan and performance of the devices. The Super Shiner AXi addresses these challenges and supports quality assurance for medical devices. 【Application Scenarios】 - Removal of discoloration from stainless steel medical devices - Polishing of precision parts - Formation of ultra passive films 【Benefits of Implementation】 - Improved precision in surface treatment - Reduced risk of corrosion - Enhanced product reliability

• Other cleaning machines

In the aerospace field, the safety and reliability of materials are of utmost importance. In particular, after the processing of metal parts, the removal of fine burn marks and residues, as well as the formation of a passive film to restore the material's inherent corrosion resistance, are essential for safe operation. Inadequate treatment increases the risk of unexpected deterioration and accidents. The Super Shiner AXi addresses these challenges and supports processing to meet the stringent safety standards in the aerospace sector. 【Application Scenarios】 - Removal of burn marks from aircraft parts - Polishing treatment of space equipment - Formation of passive films on critical components 【Benefits of Implementation】 - Improved reliability of parts - Support for compliance with safety standards - Contribution to longer lifespan

• Other cleaning machines

In the semiconductor manufacturing industry, the precision of the manufacturing process directly affects product yield. In particular, minute defects and impurities in the surface treatment of metal components can lead to a decrease in yield. To prevent these issues and consistently produce high-quality products, reliable surface treatment technology is essential. The Super Shiner AXi is a product that addresses these challenges and supports yield improvement. 【Usage Scenarios】 - Deburring and polishing of metal parts in semiconductor manufacturing equipment - Surface protection through ultra-passivation film formation - Yield improvement by removing minute defects 【Benefits of Implementation】 - Stabilization of the manufacturing process - Improvement in product reliability - Enhancement of yield

• Other cleaning machines

In the automotive manufacturing industry, uniformity and reliability in surface treatment of parts are required. In particular, the removal of welding discoloration, surface polishing, and the formation of passive films directly affect the durability and aesthetic quality of the products. Inadequate treatment can lead to corrosion or compromise the reliability of the products. The Super Shiner AXi was developed to address these challenges and achieve high-quality surface treatment. 【Usage Scenarios】 - Removal of welding discoloration from stainless steel parts - Polishing of metal parts - Formation of passive films 【Effects of Implementation】 - Improvement in product aesthetic quality - Enhanced corrosion resistance - Achievement of quality control standards

• Other cleaning machines

The "Super Shiner AXi" is a product that boasts a maximum power of 77A. It is equipped to handle burn removal, polishing, and ultra-passivation film formation, with thorough measures against dust and moisture. It enables the long-awaited method for burn removal on thick stainless steel, which was previously considered impossible, as well as effective glare reduction and strong passivation after sanding. 【Features】 ■ Maximum power of 77A ■ Capable of burn removal, polishing, and ultra-passivation film formation ■ Suitable for two-person operation ■ Comprehensive measures against dust and moisture ■ User-friendly display indicating suitable electrolytes for various applications ■ Adoption of a special waveform completely prevents the generation of hexavalent chromium *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines

The "Super Shiner Bi" is a device that employs a super compact, lightweight, and detachable battery. It features a maximum output of 12A with an output adjustment function, allowing for approximately 20 to 40 minutes of work from a full charge. Using the included rapid charger, it can be fully charged in 2 hours, and the adoption of a special waveform completely prevents the generation of hexavalent chromium. 【Features】 ■ Super compact, lightweight, detachable battery ■ Maximum output of 12A / output adjustment function ■ Approximately 20 to 40 minutes of work from a full charge ■ Fully charged in 2 hours ■ Supports descaling, polishing, ultra passivation, marking, etc. ■ Special waveform adoption completely prevents the generation of hexavalent chromium *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines

The "Super Shiner Ci" is a lightweight and compact model weighing only 2.6 kg, designed for both 100V and 200V use with an output adjustment feature. With a maximum output of 14A, it is a versatile machine capable of handling everything from burn removal and polishing to ultra-passivation film formation. It features an easy-to-use dial switch design and completely prevents the generation of hexavalent chromium through a special waveform. 【Features】 ■ Lightweight and compact type at only 2.6 kg ■ Maximum output of 14A / Equipped with output adjustment function ■ Versatile, capable of burn removal, polishing, and ultra-passivation film formation ■ Easy-to-operate dial switch design ■ Built-in overcurrent measures focused on reducing sparks ■ Complete prevention of hexavalent chromium generation through the use of special waveforms *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines

The "Super Shiner MXi" is a product that boasts an overwhelming power of up to 105A. It is equipped to handle tasks such as burn removal, polishing, and the formation of ultra-passivation films, with thorough measures against dust and moisture. By adopting a special waveform, it completely prevents the generation of hexavalent chromium and incorporates overcurrent measures focused on reducing sparks. 【Features】 ■ Overwhelming power of up to 105A ■ High-speed processing possible with large electrodes ■ Versatile for burn removal, polishing, surface modification, etc. ■ Thorough measures against dust and moisture ■ Can be used simultaneously by two people ■ Special waveform adoption completely prevents the generation of hexavalent chromium *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines

The "Super Shiner WXi" is a versatile device that boasts a maximum output of 43A in a compact and lightweight body. It is capable of handling tasks such as burn removal, polishing, and surface modification, and incorporates overcurrent measures focused on achieving a finish that minimizes sparks. One-touch registration and retrieval of burn removal conditions are possible, enhancing daily work efficiency. 【Features】 ■ High power of up to 43A in a compact and lightweight body ■ Two types of electrode grips for WX type and Uni can be used without replacement ■ Overcurrent measures focused on achieving a finish that minimizes sparks ■ Comprehensive dust and moisture protection ■ Versatile for burn removal, polishing, surface modification, etc. ■ One-touch registration and retrieval of burn removal conditions available *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines

The "Super Shiner R2i" is a cost-effective, general-purpose burn-off machine compatible with both 100V and 200V, while maintaining high output. It is lightweight (5.0kg) and can perform burn-off, polishing, and ultra-passivation film formation with a maximum power of 27A. By adopting a special waveform, it completely prevents the generation of hexavalent chromium and incorporates measures against overcurrent that focus on minimizing sparks. 【Features】 ■ Lightweight (5.0kg) with high power of up to 27A ■ Capable of burn-off, polishing, and ultra-passivation film formation ■ User-friendly display indicating suitable electrolytes for various applications ■ Special waveform adoption completely prevents the generation of hexavalent chromium ■ Incorporates overcurrent measures that focus on minimizing sparks ■ Two types of electrode grips available: W-type and Uni-type *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines

In the aerospace industry, the engine sector requires protection of components under extremely high temperatures and harsh environments. To maintain engine performance and ensure safety, surface treatments with excellent heat resistance and chemical resistance are essential. Our "Heat-Resistant Glass Coating" is a coating agent developed to meet these stringent requirements. Without compromising the appearance characteristics, it forms a transparent, heat-resistant, and chemically resistant glass-like film on the substrate surface, contributing to the reliability of the engine. 【Application Scenarios】 - Heat protection for engine components - Surface modification in harsh environments 【Benefits of Implementation】 - Improved durability of components - Maintenance of engine performance - Extension of maintenance cycles

• Coating Agent

Automotive exhaust system components are constantly exposed to high temperatures and corrosive gases, requiring high durability. In such harsh environments, deterioration and performance degradation of parts can easily progress, making regular maintenance and protection essential. Our "Heat-Resistant Glass Coating" addresses these challenges by forming a glass-like film that excels in transparency, heat resistance, and chemical resistance without compromising appearance, thereby protecting and modifying the substrate surface to contribute to the durability improvement of exhaust system components. 【Application Scenarios】 - Protection of components in high-temperature and corrosive environments, such as exhaust pipes, mufflers, and catalytic converters - Protection of metal parts within the engine compartment - Application to other automotive components requiring heat and chemical resistance 【Benefits of Implementation】 - Extended lifespan of components due to improved heat and chemical resistance - Surface protection without compromising appearance - Contribution to reduced maintenance frequency

• Coating Agent

In cooking utensils, it is required to prevent food from sticking and to make maintenance easier. Particularly when cooking at high temperatures or handling acidic and alkaline ingredients, the durability and safety of the surface become important. Conventional coatings have limitations in heat resistance and chemical resistance, which can lead to issues with food adhesion and coating degradation. Our "Heat-Resistant Glass Coat" addresses these challenges by forming a glass-like film that excels in transparency, heat resistance, and chemical resistance, thereby achieving surface modification of cooking utensils. 【Usage Scenarios】 - Preventing sticking in cooking utensils such as frying pans and pots - Surface protection during heating - Improving chemical resistance when using acidic and alkaline ingredients 【Benefits of Implementation】 - Reduces food sticking and makes maintenance easier. - Provides surface protection that withstands high-temperature cooking and various ingredients. - Adds functionality without compromising the aesthetics of cooking utensils.

• Coating Agent

In the enhancement of industrial furnace insulation, durability under high-temperature conditions and the reduction of heat loss are required. In particular, preventing the degradation of furnace wall materials and maintaining energy efficiency are critical issues directly linked to operational costs. Our "Heat-Resistant Glass Coating" addresses these challenges by forming a glass-like coating with high transparency, heat resistance, and chemical resistance, without compromising the appearance characteristics of the base material, thereby contributing to the insulation enhancement of industrial furnaces. 【Application Scenarios】 - Protection of furnace walls exposed to high temperatures - Maintenance of energy efficiency by suppressing the degradation of insulation materials - Application in furnace environments where chemical resistance is required 【Effects of Implementation】 - Improved durability under high-temperature conditions (over 700°C for glass) - Enhanced resistance to the furnace environment through the provision of chemical resistance by the glass-like coating - Formation of a thin film of approximately 1μm, which minimizes the impact on the appearance characteristics and insulation performance of the base material.

• Coating Agent

In the semiconductor manufacturing process, durability of components and stable performance maintenance under harsh environments are required. Particularly in environments exposed to high temperatures and chemicals, material degradation and performance decline can affect product reliability. To address these challenges, a 'heat-resistant glass coating' that forms a high transparency, heat resistance, and chemical resistance glass-like film without compromising the appearance characteristics of the base material is effective for enabling surface modification. 【Application Scenarios】 - Protection of components in high-temperature processes - Material protection in processes using chemicals - Surface modification of components requiring transparency 【Effects of Implementation】 - Improved process resistance - Extended lifespan of components - Enhanced product reliability

• Coating Agent

In chemical plants, maintaining the durability of equipment in harsh environments is crucial. Particularly for equipment exposed to highly corrosive chemicals or high temperatures, it is essential to prevent material degradation and ensure long-term stable operation. There are cases where conventional measures are difficult to implement, making more effective surface modification indispensable. The "Heat-Resistant Glass Coating" addresses these challenges by forming a glass-like film with high transparency, heat resistance, and chemical resistance, without compromising the appearance characteristics of the base material, thereby contributing to protection against corrosion. 【Application Scenarios】 - Protection of the inner surfaces of pipes and tanks handling corrosive fluids - Surface protection of equipment used in high-temperature environments - Protection of metal parts that may come into contact with chemical substances 【Benefits of Implementation】 - Reduction of maintenance costs due to extended equipment lifespan - Decrease in unexpected troubles caused by corrosion - Maintenance of stable plant operations

• Coating Agent

In power plants, especially in boiler facilities, durability is required under harsh conditions such as exposure to high temperatures and chemicals. These factors can lead to equipment degradation and performance decline. To ensure stable operation and longevity of boilers, surface protection that can address these challenges is crucial. Our "Heat-Resistant Glass Coating" is a coating agent that meets these needs. 【Application Scenarios】 - Protection of metal parts inside the boiler - Prevention of surface degradation in high-temperature and high-pressure environments - Improvement of chemical resistance 【Benefits of Implementation】 - Enhanced durability of boiler equipment - Reduced maintenance frequency - Maintenance of stable equipment operation

• Coating Agent

In the glass processing industry, there is a demand for both improved product durability and maintenance of appearance. In particular, susceptibility to surface scratches and degradation due to chemicals are challenges that directly lead to a decline in product quality. In response to these challenges, our "Heat-Resistant Glass Coat" forms a glass-like coating that excels in transparency, heat resistance, and chemical resistance, while preserving the appearance characteristics of the glass substrate and modifying its surface. 【Usage Scenarios】 - Surface protection for glass products - Glass components requiring chemical resistance - Glass products used in high-temperature environments 【Benefits of Implementation】 - Prevention of scratches through improved surface hardness - Providing resistance to chemicals - Surface modification while maintaining transparency

• Coating Agent

In the lighting fixture industry, efficient heat dissipation is required to extend product lifespan and maintain stable performance. This is particularly important for LED lighting, which generates a significant amount of heat, as it is crucial to prevent degradation due to heat and suppress the decrease in light output. Insufficient heat dissipation can lead to shortened lifespan of the fixtures and unintended performance degradation. Our "Heat-Resistant Glass Coating" forms a glass-like film with high transparency, heat resistance, and chemical resistance without compromising the appearance characteristics of the base material, thereby contributing to improved heat dissipation. 【Application Scenarios】 - Application to heat sinks of LED lighting fixtures - Coating for heat dissipation components of high-output lamps - Surface treatment of metal parts that are heat sources 【Benefits of Implementation】 - Improved heat dissipation efficiency due to enhanced thermal conductivity - Extended lifespan of components due to increased heat resistance - Formation of a transparent film that does not compromise appearance

• Coating Agent

In the medical device industry, strict hygiene management and sterilization processes are essential, and the materials used must possess high durability and safety. In particular, the degradation and functional decline of materials due to sterilization treatment directly relate to the reliability of medical devices. Our "Heat-Resistant Glass Coating" addresses these challenges by forming a glass-like coating that excels in transparency, heat resistance, and chemical resistance without compromising appearance, thereby protecting and modifying the substrate surface and contributing to the durability of medical devices. 【Usage Scenarios】 - Medical device parts expected to be used in sterilizers (autoclaves, dry heat sterilizers, etc.) - Medical devices that require resistance to cleaning agents and chemicals - Surface protection for medical devices that require high hygiene standards 【Benefits of Implementation】 - Suppression of material degradation due to the sterilization process - Providing resistance to chemicals and cleaning agents - Contributing to the longevity and reliability of devices

• Coating Agent

In the construction industry, there is a demand for improved durability and safety of building materials. In particular, fire resistance performance that suppresses the spread of fire during a blaze is crucial for protecting lives and property. Deterioration or damage to the surface of building materials can lead to a decline in fire resistance performance. Our "Heat-Resistant Glass Coating" forms a glass-like film on the surface of building materials that excels in transparency, heat resistance, and chemical resistance, addressing these challenges by protecting and modifying the substrate surface. 【Usage Scenarios】 - Surface protection of building materials - Application to areas requiring fire resistance - Coating for building materials where maintaining appearance characteristics is desired 【Benefits of Implementation】 - Improved durability of building materials - Contribution to the maintenance and enhancement of fire resistance performance - Surface protection without compromising appearance

• Coating Agent

In the food processing industry, maintaining a hygienic environment is extremely important for ensuring product quality and safety. While cleanliness and durability of equipment are required, the use of safe materials that do not affect food is essential. In response to these challenges, our "Heat-Resistant Glass Coating" forms a glass-like film that excels in transparency, heat resistance, and chemical resistance without compromising aesthetic properties, contributing to the maintenance of a hygienic environment by modifying the surface of the substrate. 【Application Scenarios】 - Equipment surfaces in food manufacturing lines - Cooking utensils and processing equipment - Worktables and walls 【Benefits of Implementation】 - Improved cleanability - Maintenance of hygienic conditions - Protection of equipment surfaces

• Coating Agent