NODASCREEN CO.,LTD. Product Lineup

We offer three types of conformal coatings. "Fluorine-based" Fast-drying at room temperature with low odor! It is easy to handle as it is classified as a non-hazardous material under the Fire Service Act. Compared to organic solvent-based coatings, it has a thin film and low heat retention. "Solvent-free UV" Cures instantly with UV light, significantly reducing production time. It also contributes to VOC measures within the factory. Since it is not subject to UNNo., overseas transportation is easy. "Non-fluorine-based" As a PFAS countermeasure, it does not use fluoropolymer and dries quickly at room temperature compared to organic solvents. It contributes to reducing production costs as it does not require a thermal curing oven. All of these products are more resistant to temperature changes and have superior long-term durability compared to traditional coatings for automotive electronics (organic solvent-based), and they comply with international standards (IPC-CC-830). They can accommodate various dispensers. [Features] ■ Waterproof and moisture-proof ■ Insulating properties ■ Corrosion gas resistance ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Compliance with various regulations ■ UNNo. non-applicable product numbers available Free samples are also available. For more details, please download the PDF or feel free to contact us.

Leveraging the resin polymerization technology we have cultivated over many years, as well as our insights in the conformal coating agent market, we have developed a "room temperature fast-drying conformal coating agent" made of fluororesin to provide "moisture-proof insulation protection" for electronic substrates. Our conformal coating agent allows for room temperature drying using low-boiling-point fluorinated solvents, making it easy to achieve moisture-proof insulation protection. It significantly contributes to reducing the use of fossil fuels and carbon dioxide emissions by eliminating the need for thermal drying processes. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to conventional coatings for automotive applications, complying with international standards (IPC-CC-830). We have also conducted constant temperature and humidity tests, dielectric strength tests, and thermal shock tests. In addition to moisture protection, it also has resistance to corrosive gases, functioning effectively even in harsh environments. 【Features】 ■ Thin film high performance ■ Moisture-proof insulation ■ Migration prevention ■ No thermal curing process required ■ Contributes to reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Compliance with various regulations ■ Not subject to fire service law regulations ★ For more details, please download the materials or feel free to contact us with any questions.

We propose three types of conformal coatings as measures against liquid leakage for lithium-ion batteries and capacitors. 'Fluorine-based' Fast-drying at room temperature with low odor! It is easy to handle as it is classified as a non-hazardous material under fire safety laws. Compared to organic solvent-based coatings, it has a thin film and low heat retention. 'Solvent-free UV' Cures instantly with UV light, significantly reducing production time. It also contributes to VOC measures within the factory. Since it is not classified under UNNo., overseas transportation is easy. 'Non-fluorine-based' As a PFAS countermeasure, it does not use fluorine resin and dries quickly at room temperature compared to organic solvents. It also contributes to reducing production costs as it does not require a thermal curing oven. All of these products are more resistant to temperature changes and have superior long-term durability compared to conventional coatings for automotive electronics (organic solvent-based), and they comply with international standards (IPC-CC-830). They can accommodate various dispensers. [Features] ■ Waterproof and moisture-proof ■ Insulating ■ Corrosion gas resistant ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability For those who would like to try it, we offer free samples upon consultation. Please feel free to contact us.

Leveraging the resin polymerization technology we have cultivated over many years, as well as our insights in the conformal coating agent market, we have developed a "room temperature fast-drying conformal coating agent" made of fluororesin to provide "waterproof and moisture-proof protection" for electronic substrates. Our conformal coating agent allows for room temperature drying using low-boiling-point fluorinated solvents, making it easy to achieve waterproof and moisture-proof protection. By omitting the thermal drying process, it significantly contributes to the reduction of fossil fuel use and carbon dioxide emissions. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to conventional coatings for automotive applications, meeting international standards (IPC-CC-830). We have also conducted constant temperature and humidity tests, dielectric strength tests, and thermal shock tests. It has resistance to corrosive gases and functions even in harsh environments (such as hot spring areas and tunnels). 【Features】 ■ Thin film high performance ■ Waterproof and moisture-proof insulation ■ Migration prevention ■ No thermal curing process required ■ Contributes to reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Compliance with various regulations ■ Not subject to fire service law regulations ★ For more details, please download the materials or feel free to contact us with any questions.

Leveraging our long-standing expertise in conformal coatings, we have developed a VOC-free "solvent-free UV-curable conformal coating." It cures instantly under UV light, significantly reducing production time. Being solvent-free allows for VOC measures in the factory and consideration for the environment. By changing the thermal drying process to a UV curing process, we greatly contribute to the reduction of fossil fuel usage and carbon dioxide emissions. It has excellent insulation properties and can protect electronic substrates. It is suitable for substrates expected to be used in harsh environments. 【Features】 - No organic solvents used - No thermal curing process required - Contributes to the reduction of fossil fuels and carbon dioxide - Long-term durability - Complies with various regulations - Not subject to UN No. - Easy to apply (approximately 100–1000 m·Pa) - High insulation properties In addition to solvent-free UV, we also offer a lineup of fluorine-based and PFAS countermeasures. If you would like samples, please contact us. ★ For more details, please download the materials or feel free to consult us with any questions.

If you are considering use in harsh environments, please consider conformal coating agents. They cure instantly under UV light and, being solvent-free, contribute to VOC measures within the factory. By changing the thermal drying process to a UV curing process, it significantly contributes to the reduction of fossil fuel use and carbon dioxide emissions. We can also propose UV curing equipment. Additionally, compared to conventional coatings (organic solvent-based) commonly used for automotive electronics, our products are more resistant to temperature changes, have excellent long-term durability, and comply with international standards (IPC-CC-830). They can accommodate various dispensers (spray, needle, etc.). 【Features】 - Solvent-free - No thermal curing process required - Contributes to the reduction of fossil fuels and carbon dioxide - Long-term durability - Complies with various regulations - Not classified under UNNo. - Easy to apply (approximately 100–1000 m·Pa) We also offer a lineup of fluorine-based and PFAS countermeasures besides solvent-free UV options. If you would like samples, please contact us. ★ For more details, please download the materials or feel free to consult us with any questions.

Leveraging the resin polymerization technology we have cultivated over many years, as well as our insights in the conformal coating agent market, we have developed a non-fluorinated resin "room temperature fast-drying conformal coating agent" to provide "waterproof and moisture-proof protection" for electronic substrates. Our conformal coating agent allows for room temperature drying using low-boiling fluorinated solvents, making it easy to achieve waterproof and moisture-proof protection. By eliminating the thermal drying process, it significantly contributes to reducing the use of fossil fuels and carbon dioxide emissions. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to conventional coatings for automotive applications, meeting international standards (IPC-CC-830). We have also conducted constant temperature and humidity tests, dielectric strength tests, and thermal shock tests. It has resistance to corrosive gases and functions even in harsh environments (such as hot spring areas and tunnels). 【Features】 ■ Thin film high performance ■ Waterproof and moisture-proof insulation ■ Migration prevention ■ No thermal curing process required ■ Contributes to reducing fossil fuels and carbon dioxide ■ Long-term durability ■ Compliance with various regulations ■ Not subject to fire service law regulations ★ For more details, please download the materials or feel free to contact us with any questions.

We have developed a "solvent-free UV-curable conformal coating" that "protects" electronic circuit boards from water, humidity, and corrosive gases. It cures instantly with UV light, significantly reducing production man-hours. Being solvent-free also contributes to VOC measures within the factory. It demonstrates its effectiveness as a countermeasure against equipment failures in harsh environments or near the sea. Abroad, there is a growing demand for UV-curable coatings due to the reduction of organic solvent use from an environmental perspective. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to conventional coatings for automotive electronics, meeting international standards (IPC-CC-830). It can accommodate various dispensers (spray, jet, needle, etc.). 【Features】 ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Complies with various regulations ■ Not subject to UN No. ■ Easy to apply (approximately 100–1000 m·Pa) ★ For more details, please download the materials or feel free to contact us with any questions.

Leveraging the resin polymerization technology we have cultivated over many years, as well as our insights in the conformal coating market, we have developed a "room temperature fast-drying non-flammable conformal coating" made from non-fluorinated resin to meet the demands of companies concerned about PFAS, providing "moisture-proof and insulation protection" for electronic substrates. Our conformal coating uses low-boiling fluorinated solvents, allowing for room temperature drying, which significantly contributes to reducing the use of fossil fuels and carbon dioxide emissions by eliminating the need for thermal drying processes. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to conventional coatings for automotive applications, complying with international standards (IPC-CC-830). To accommodate users' specific requests, such as reducing drying time and controlling coating thickness, we offer a range of products with varying concentrations. We also provide fluorinated products and solvent-free UV options, tailoring our recommendations to your applications and preferences! 【Features】 ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Compliance with various regulations ■ Not subject to fire service law regulations ★ For more details, please download the materials or feel free to contact us with any questions.

We have developed a "solvent-free UV-curable conformal coating agent" that "protects" electronic circuit boards from water, humidity, and corrosive gases. It cures instantly with UV light, significantly reducing production time. The time required for forced drying can be reduced to just a few seconds. Being solvent-free also contributes to VOC measures within the factory. It demonstrates its effectiveness as a countermeasure against equipment failures in harsh environments or near the sea. Abroad, there is a growing demand for UV-curable products due to the reduction of organic solvent use from an environmental perspective. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to conventional coatings for automotive electronics, meeting international standards (IPC-CC-830). It is compatible with various dispensers (spray, jet, needle, etc.). 【Features】 ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Complies with various regulations ■ Not subject to UN No. ■ Easy to apply (approximately 100–1000 m·Pa) ★ For more details, please download the materials or feel free to consult us with any questions.

For companies using flammable organic solvents, how about considering non-flammable solvents to minimize the risk of fire? They are classified as non-hazardous under the Fire Service Act, eliminating the need for explosion-proof equipment and hazardous material storage! You can reduce the amount of solvents managed in hazardous material storage. 〇 No flash point 〇 High safety as they are not classified as hazardous materials under the Fire Service Act, eliminating the need for explosion-proof equipment and hazardous material storage 〇 Our unique blended solvent 〇 Low surface tension 〇 Usable as a cleaning agent or diluent If you have any interest, please feel free to contact us.

For companies using flammable organic solvents, how about considering non-flammable solvents to minimize the risk of fire? They are classified as non-hazardous under the Fire Service Act, eliminating the need for explosion-proof equipment and hazardous material storage! You can reduce the amount of solvents managed in hazardous material storage. 〇 No flash point 〇 High safety as they are not classified as hazardous materials under the Fire Service Act, eliminating the need for explosion-proof equipment and hazardous material storage 〇 Our unique blended solvent 〇 Low surface tension 〇 Usable as a cleaning agent or diluent If you have any interest at all, please feel free to contact us.

For companies using flammable organic solvents, how about considering non-flammable solvents to minimize the risk of fire? They are classified as non-hazardous under the Fire Service Act, eliminating the need for explosion-proof equipment and hazardous material storage! You can reduce the amount of solvents managed in hazardous material storage. 〇 No flash point 〇 High safety as they are not classified as hazardous materials under the Fire Service Act, eliminating the need for explosion-proof equipment and hazardous material storage 〇 Our unique blended solvent 〇 Low surface tension 〇 Usable as a cleaning agent or diluent If you have any interest, please feel free to contact us.

Utilizing the resin polymerization technology we have cultivated over many years, as well as our insights in the conformal coating market, we present our "room temperature fast-drying non-flammable conformal coating" made from fluororesin, which provides "moisture-proof and insulation protection" for electronic substrates. Our conformal coating allows for room temperature drying due to the use of low-boiling-point fluorinated solvents, significantly contributing to the reduction of fossil fuel usage and carbon dioxide emissions by eliminating the need for thermal drying processes. Additionally, it is more resistant to temperature changes and offers superior long-term durability compared to conventional coatings used in automotive applications, complying with international standards (IPC-CC-830). To meet the detailed requests of users, such as reducing drying time and controlling coating thickness, we offer a range of products with varying concentrations. We also have fluorinated products and solvent-free UV options available, and we can propose products tailored to your applications and preferences! 【Features】 ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Compliance with various regulations ■ Not subject to fire service law regulations ★ For more details, please download the materials or feel free to contact us with any questions.

We have developed a "solvent-free UV-curable conformal coating" that "protects" electronic substrates from water, humidity, and corrosive gases. It cures instantly with UV light, significantly reducing production man-hours. Being solvent-free also contributes to VOC measures within the factory. It excels as a countermeasure against equipment failures in harsh environments or near the sea. Abroad, there is an increasing demand for UV-curable coatings due to the reduction of organic solvent usage from an environmental perspective. Additionally, it is more resistant to temperature changes and has superior long-term durability compared to traditional coatings for automotive electronics, complying with international standards (IPC-CC-830). It can be used with various dispensers (spray, jet, needle, etc.). 【Features】 ■ No thermal curing process required ■ Contributes to the reduction of fossil fuels and carbon dioxide ■ Long-term durability ■ Complies with various regulations ■ Not subject to UNNo. ■ Easy to apply (approximately 100–1000 m·Pa) ★ For more details, please download the materials or feel free to contact us with any questions.

Typhoons and guerrilla rainstorms can cause seawater to be stirred up, leading to failures in outdoor equipment. Would you like to take measures against such risks in advance with conformal coating agents? - With high fluorine content, it provides excellent water and oil repellency, strongly protecting electronic components and circuit boards from humidity, condensation, rust, and oil. - The fluorine coating has excellent resistance to sulfuration, preventing the sulfuration of silver and copper. - When combined with waterproof design, reliability is further enhanced. - The transparent coating can be directly applied to LED-mounted circuit boards, maintaining their brightness. - It adheres well to various substrates (glass epoxy, resist, copper foil, SUS, etc.). - It uses a special fluorine solvent, allowing for drying at room temperature without the need for forced drying. - Application can be done using dispensers, brushes, dipping, or spraying. - It is not classified as hazardous material under fire safety laws, making it highly safe and eliminating the need for explosion-proof equipment or hazardous material storage.

The conformal coating agents manufactured and sold by our company protect electronic circuit boards from water, moisture, and corrosive gases. Both fluorine-based and solvent-free UV types can be applied as thin films. *Dispenser application Both products are more resistant to temperature changes and have superior long-term durability compared to conventional coatings for automotive electronics. They also comply with international standards (IPC-CC-830). They can accommodate various dispensers. (Spray, jet, needle, etc.) **Features of Fluorine-based Coating:** - Fast-drying at room temperature, excellent workability, suitable for first-time circuit board coating. **Features of Solvent-free UV Coating:** - Cures instantly with UV light, significantly reducing production time. - Contributes to VOC measures within the factory. - By changing from thermal drying processes to UV curing processes, it helps reduce the use of fossil fuels and carbon dioxide emissions. *For more details, please refer to the PDF data available by downloading the catalog. *If you would like a free sample, please select "Request Sample" from "Contact Us via Web."

In the automotive industry, the moisture resistance of electronic substrates is a crucial factor that affects product reliability. In particular, automotive electronic devices are exposed to harsh environments such as high temperatures, high humidity, and condensation, making insulation protection for the substrates essential. Moisture can cause corrosion and short circuits in electronic components, potentially leading to product failure. Our solvent-free UV-curable conformal coating protects electronic substrates from moisture and ensures long-term product reliability. 【Application Scenarios】 - Automotive ECUs - Automotive meters - Various sensors - Automotive displays 【Benefits of Implementation】 - Improved moisture resistance of electronic substrates - Enhanced product reliability - Assurance of long-term product lifespan - Reduced risk of failure

In the industrial machinery sector, long-term operation under harsh conditions is required, and the reliability of electronic substrates is extremely important. Various factors such as temperature changes, humidity, vibration, and corrosive gases can lead to the degradation of electronic substrate performance. Our solvent-free UV-curable conformal coating provides high durability and protective performance against these challenges. It cures instantly with UV light, contributing to improved production efficiency. 【Usage Scenarios】 - Industrial machinery installed outdoors - Equipment used in high-temperature and high-humidity environments - Substrates exposed to corrosive gases 【Benefits of Implementation】 - Achieving long product lifespan - Reducing maintenance costs - Improving product reliability

In the railway industry, the reliability of electronic circuit boards that support vehicle operations is crucial. Particularly in environments exposed to vibrations and shocks, protecting the circuit boards is essential. Failures of these boards can lead to delays in operations and decreased safety. Our solvent-free UV-curable conformal coating contributes to protecting electronic circuit boards and ensuring long-term reliability. 【Application Scenarios】 - Control boards inside railway vehicles - Signal system boards - Onboard electronic devices 【Benefits of Implementation】 - Improved shock resistance - Assurance of long-term reliability - Reduction in maintenance costs

In the agricultural sector, electronic devices used outdoors are often subjected to harsh environments exposed to rain, wind, and sunlight, leading to issues such as corrosion and degradation of electronic circuits. This can result in equipment failure and performance deterioration, potentially leading to decreased work efficiency and increased costs. Our solvent-free UV-curable conformal coating protects electronic circuits and improves weather resistance, addressing these challenges. 【Application Scenarios】 - Agricultural sensors used outdoors - Greenhouse control systems - Automatic irrigation systems - Agricultural drones 【Benefits of Implementation】 - Extended lifespan of electronic devices - Reduced maintenance costs - Stable operation of equipment - Improved work efficiency

In the energy industry, stability of power supply and long-term operation of equipment are required. Particularly for electronic circuit boards used in outdoor or harsh environments, insulation failure due to humidity and temperature changes poses a significant challenge. Insulation failure can lead to equipment shutdowns or accidents, becoming a factor that undermines reliability. Our fluorine-based room temperature quick-drying coating agent provides "moisture-proof insulation protection" for electronic circuit boards, eliminating the need for thermal curing processes, thereby contributing to the reduction of fossil fuel use and carbon dioxide emissions. It is resistant to temperature changes and has excellent long-term durability, contributing to the stable operation of energy equipment. 【Application Scenarios】 - Solar power generation systems - Wind power generation equipment - Energy storage systems - Transmission and distribution equipment 【Benefits of Implementation】 - Improved insulation performance - Extended equipment lifespan - Reduced maintenance costs - Decreased environmental impact

In the automotive industry, the reliability of electronic substrates is crucial, and durability under harsh conditions such as temperature changes, humidity, and vibration is required. In particular, protecting substrates from these environmental factors is essential for maintaining the performance of in-vehicle electronic devices. Our fluorine-based room temperature quick-drying coating agent is resistant to temperature changes, offers excellent long-term durability, and is suitable for automotive applications. 【Usage Scenarios】 - Engine control units - In-vehicle displays - Various sensors - In-vehicle communication modules 【Benefits of Implementation】 - Extension of product lifespan through protection of electronic substrates - Stable operation under harsh conditions - Reduced risk of failure - Lower maintenance costs

This product provides strong protection for electronic components and circuit boards against issues caused by humidity, condensation, rust, and oil, thanks to its high water and oil repellency unique to fluorine. This contributes to improved product reliability and reduced defects even in harsh environments, both indoors and outdoors. Since it uses a fluorine solvent, it can dry at room temperature without the need for forced drying equipment or additional processes, thereby enhancing productivity and reducing costs. The fluorine coating suppresses the sulfide formation of silver and copper, reducing the risk of contact failure and ensuring long-term stable operation. Furthermore, because it has a transparent coating, it can be applied directly to LED-mounted circuit boards without compromising brightness, thus maintaining appearance and performance while providing protection. The application methods include dispenser, brush application, dipping, and spraying, allowing for flexible process design from prototyping to mass production. Additionally, it is classified as non-hazardous under fire safety laws and has high safety standards, eliminating the need for explosion-proof equipment and hazardous material storage, which reduces the burden of capital investment and storage/operational aspects. *For more details, please refer to the PDF data available by downloading the catalog. *If you would like a free sample, please select "Request Sample" from "Contact Us via Web."