ジェスコ Product Lineup

The "ThermaShield-Glass Coat" is a coating agent that can form a glass-like film with high transparency, heat resistance, and chemical resistance on metal and plastic substrates without compromising their appearance. The "Heat-Resistant Glass Coat" can be applied by brush or spray to substrates such as glass, metal, and acrylic resin, forming a glass-like film with high transparency, heat resistance, and chemical resistance without compromising the appearance characteristics, and is particularly effective on glass, acrylic, stainless steel, and chrome plating. 【Features】 ■ Has heat resistance of over 700°C (in the case of glass) ■ Easily imparts a glass-like film with excellent chemical resistance to the substrate surface ■ The film thickness is approximately 1μm (calculated value), making it very thin and not compromising the appearance characteristics of the substrate ■ Forms a transparent and homogeneous thin film on both inorganic molded products and organic resins ■ Effective as a surface protective coat for glass, ceramics, metals, chrome plating, and acrylic, and can also be considered for use as an insulating coat for electrical circuits where transparency is required. *For more details on usage, please feel free to contact us.

The "Heat-Resistant Glass Coating (L)" is a coating agent that forms a glass-like film with high transparency, heat resistance, and chemical resistance without compromising the appearance characteristics when applied using brushes, immersion, or other application devices. It is particularly effective on glass, acrylic, stainless steel, chrome plating, and more. 【Features】 ■ Heat resistance of over 700°C (for glass) ■ Easily imparts a glass-like film with excellent chemical resistance to the substrate surface ■ The film thickness is approximately 1μm (calculated value), making it very thin and preserving the appearance characteristics of the substrate ■ Capable of forming a transparent and homogeneous thin film on both inorganic molded products and organic resins ■ Effective as a surface protection coat for glass, ceramics, metals, chrome plating, and acrylic, and can also be used as an insulating coat for electrical circuits where transparency is required *For more details, please refer to the catalog.

A coating agent that forms a glass-like film with high transparency, heat resistance, and chemical resistance without compromising appearance characteristics, simply by spraying it on. It is particularly effective on glass, acrylic, stainless steel, chrome plating, and more. *For details, please refer to the catalog.

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

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

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

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

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

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

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

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

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.

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.

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

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