ペルノックス Product Lineup

In the formation of circuits using flexible substrates, precise printing on thin and flexible materials and conductivity characteristics tailored to specific applications are required. Particularly for circuits that are susceptible to external influences, stable conductivity and durability significantly affect the reliability of the product. To address the need for eliminating supply uncertainties and delivery risks associated with overseas products, and for in-house production of unique electrode shapes and wiring patterns, our silver/silver chloride paste K-398X series responds with stable domestic supply and short delivery times. 【Application Scenarios】 - Printing on thin and flexible substrates - In-house production of unique electrode shapes, areas, and wiring patterns - Fabrication of reference electrodes and bioelectrodes - Circuit formation for various electrochemical sensors 【Benefits of Implementation】 - Elimination of supply uncertainties and delivery risks associated with overseas products - Strengthening of BCP and second-source measures - Acceleration of product development through increased design flexibility of electrodes - Optimal paste selection according to measurement methods and desired characteristics

• paint
• Coating Agent

In the field of IoT sensors, particularly for environmental measurement, there is a demand for stable long-term measurements and adaptability to various installation environments. The selection of electrode materials, which influences sensor performance, is a crucial factor as it directly impacts measurement accuracy and reliability. Relying on overseas products may introduce risks such as supply instability and delivery delays, which can affect development and mass production plans. Our silver/silver chloride paste K-398X series addresses these challenges by providing stable domestic supply and the flexibility to choose optimal characteristics according to specific purposes. 【Usage Scenarios】 - Outdoor environmental measurement sensors - Wearable environmental monitoring devices - Agricultural soil moisture and pH sensors - Water quality monitoring systems 【Benefits of Implementation】 - Achieves stable procurement and short delivery times compared to overseas products - Effective as a BCP and second-source measure - Allows selection of Ag:AgCl ratios tailored to measurement methods and required characteristics - Supports free design of electrode shapes and wiring patterns

• paint
• Coating Agent

In fluid control using microchannels, accurate electrochemical measurements within fine channels and stable electrode functionality are required. In particular, reliable electrode materials are essential for precisely controlling fluid behavior and conducting reproducible experiments and analyses. To address the need for eliminating supply uncertainties and delivery risks associated with overseas products, and to manufacture unique electrode shapes and wiring patterns in-house, our silver/silver chloride paste K-398X series achieves stable domestic supply and short delivery times. This enables faster research and development, as well as serving as a BCP and second-source measure. 【Application Scenarios】 - Fabrication of reference electrodes and bioelectrodes in microchannel devices - Development of electrochemical sensors involving fine fluid control - Electrode printing on thin, flexible substrates - Selection of Ag:AgCl ratios according to measurement methods and desired characteristics 【Benefits of Implementation】 - Stable supply and procurement with short lead times from domestic sources - Optimization of device performance through free design of electrode shapes, areas, and wiring patterns - Response to diverse measurement needs through selection of Ag:AgCl ratios - Support for continuous production through screen printing

• paint
• Coating Agent

In fluid control using microchannels, accurate electrochemical measurements and stable signal transmission within the fine channels are required. In particular, the design flexibility of the channels and the adjustment of electrode characteristics according to the usage environment affect the accuracy and reproducibility of experiments. In response to challenges such as supply instability of overseas products and the desire to manufacture unique electrode shapes and wiring patterns in-house, our silver/silver chloride paste K-398X series offers stable domestic supply and design flexibility to choose the Ag:AgCl ratio, meeting customer needs. 【Application Scenarios】 - Fabrication of reference electrodes and bioelectrodes in microchannel devices - Construction of electrochemical sensors within fine channels - Electrode printing on thin, flexible substrates - Electrode design tailored to measurement methods and desired characteristics 【Benefits of Implementation】 - Ease of procurement and short delivery times due to domestic production - Contribution to BCP and second-source measures - Optimization of characteristics through selection of Ag:AgCl ratio - Improved device performance through flexible electrode design

• paint
• Coating Agent

In the field of printed electronics, high-precision and reliable conductive materials are required to integrate diverse functions. Particularly in applications such as bioelectrodes and various electrochemical sensors, finely tuning the characteristics of electrodes and achieving unique shapes and wiring patterns is essential for improving device performance. It is important to eliminate supply uncertainties and delivery risks associated with overseas products and to enhance design flexibility through in-house production. The Peltron K-398X series is a domestically produced screen printing silver/silver chloride conductive paste that meets these needs. 【Usage Scenarios】 - Integration of functions in bioelectrodes - Fabrication of various electrochemical sensors - Customization of reference electrodes - Printing on thin and flexible substrates 【Benefits of Implementation】 - Stable supply and short delivery times from domestic production - Optimization of characteristics through selection of Ag:AgCl ratios - Realization of function integration through flexible electrode design - Cost reduction and lead time shortening through in-house production

• paint
• Coating Agent

In the formation of circuits using flexible substrates, uniform printing on thin films and high adhesion to the substrate are required. In particular, the ability to freely design electrode shapes and wiring patterns is essential for miniaturization and enhanced functionality of products. In response to the need to eliminate supply uncertainties and delivery risks associated with overseas products and to internalize unique electrode designs, our silver/silver chloride paste K-398X series offers stable supply and short delivery times unique to domestic production. 【Application Scenarios】 - Printing on thin, flexible substrates - Internalization of unique electrode shapes, areas, and wiring patterns - Circuit formation for bioelectrodes, reference electrodes, and various electrochemical sensors 【Benefits of Implementation】 - Elimination of supply uncertainties and delivery risks associated with overseas products - Increased freedom in electrode design leading to enhanced product functionality - Support for continuous production through screen printing

• paint
• Coating Agent

In the semiconductor industry, reliable conductive connections are required for precise chip fixation. Particularly, when mounting heat-sensitive components or on complex-shaped substrates, soldering can be difficult. The use of inappropriate adhesives or inaccurate mixing ratios can lead to poor connections and reduced product performance. ONE-HAND MIXING allows for the automatic mixing and dispensing of two components using a dedicated cartridge and mixer nozzle, eliminating the need for weighing and mixing tasks, reducing variability in the mixing ratio by the operator, and achieving stable conductive connections. 【Application Scenarios】 - Conductive connections for heat-sensitive resin components, FPCs, LEDs, and sensors - Conductive bonding to materials that are difficult to solder, such as glass, resin, aluminum, and SUS - Repairing or connecting areas subject to bending or vibration 【Benefits of Implementation】 - Reduction in work time and labor - Conductive connections with uniform quality - Compatibility with materials that are difficult to solder

• Repair Agent
• Solder
• glue

In the energy industry, particularly in the connection of solar cells, reliable conductivity is essential. Solar panels are exposed to outdoor conditions and temperature changes, making the durability of connections and stable electrical characteristics indispensable. Connections to materials that are difficult to solder or components that are sensitive to heat can affect the performance and lifespan of the product. ONE-HAND MIXING addresses these challenges by automatically mixing two components with just a push, eliminating the need for weighing and manual mixing, and enabling conductive connections at room temperature. 【Usage Scenarios】 - Wiring connections for solar panels - Connections for flexible solar cells - Conductive bonding to heat-sensitive materials 【Benefits of Implementation】 - Simplification of work and assurance of uniform quality - Compatibility with materials that are difficult to solder - Mitigation of heat impact on components

• Repair Agent
• Solder
• glue

In the lighting industry, reliable conductive connections for LEDs are directly linked to product performance and lifespan. Particularly in the implementation of heat-sensitive LED components and surrounding substrates, there is a need to avoid difficulties with soldering and to prevent damage from heat. Additionally, improving work efficiency and minimizing variations in mixing by operators are also important. ONE-HAND MIXING addresses these challenges by automatically mixing and dispensing two components with a dedicated cartridge and mixer nozzle, achieving room-temperature curing conductive adhesion without the need for weighing or manual mixing. This makes it easier to create conductive connections to materials that are difficult to solder and to work around heat-sensitive components. 【Application Scenarios】 - Conductive connections between LED chips and substrates - Wiring connections within LED modules - Ensuring conductivity around heat-sensitive resin components - Conductive adhesion to materials that are difficult to solder, such as glass and aluminum 【Benefits of Implementation】 - Eliminates the need for soldering irons, enhancing safety and convenience in work - Reduces variations in mixing ratios by operators, achieving stable conductive performance - Avoids damage to components from heat due to room-temperature curing - Increases reliability against vibration and bending due to flexibility after curing

• Repair Agent
• Solder
• glue

In the repair of audio equipment, a reliable connection in the conductive parts related to sound quality is essential. Particularly in the wiring and internal connections of speaker units, there may be materials that are difficult to solder and components that are sensitive to heat. Improper connections can lead to deterioration in sound quality or disconnections. ONE-HAND MIXING allows for the automatic mixing of two liquids with a dedicated cartridge and mixer nozzle while dispensing, eliminating the need for measuring and mixing tasks, reducing variability in the mixing ratio by the operator, and achieving stable conductive connections. 【Usage Scenarios】 - Conductive repair of disconnection points in speaker units - Internal wiring connections for tweeters and woofers - Conductive repair of amplifiers and network circuit boards - Conductive connections to metal terminals and resin components that are difficult to solder 【Benefits of Implementation】 - No soldering iron required, enabling safe and easy conductive connections - Safe for use on heat-sensitive components due to room temperature curing - Maintains flexibility after curing, reducing disconnections caused by vibrations - Stable conductive performance reduces sound quality deterioration

• Repair Agent
• Solder
• glue

In the telecommunications equipment industry, particularly in antenna bonding, reliable conductive connections of fine components are essential. The performance of antennas is greatly influenced by the electrical characteristics of the connection points, making the assurance of stable conductive performance indispensable. Traditional methods often face challenges when dealing with materials that are difficult to solder or components that are sensitive to heat. ONE-HAND MIXING offers a solution to these challenges by allowing for automatic mixing of two components simply by pushing, without the need for measuring or manual mixing, enabling conductive connections at room temperature. 【Application Scenarios】 - Conductive connections for telecommunications equipment antennas - Bonding of heat-sensitive resin components - Conductive bonding to dissimilar materials such as glass, aluminum, and stainless steel - Repairing areas subjected to bending or vibration 【Benefits of Implementation】 - Simplification of work processes and reduction of variability by operators - Decreased risk of damage to heat-sensitive components - Improved capability to handle materials that are difficult to solder - Durable connections that leverage flexibility

• Repair Agent
• Solder
• glue

In the drone industry, while lightweight and high-strength structures are required, components such as propellers may need electrical connections. Traditional soldering has faced challenges in dealing with heat-sensitive materials and applying to complex shapes. Additionally, manual mixing of adhesives carries the risk of performance degradation due to variations in mixing ratios. ONE-HAND MIXING addresses these challenges, enabling easy and reliable electrical connections for drone propeller bonding at room temperature. 【Usage Scenarios】 - Electrical connections for drone propeller components - Electrical processing for heat-sensitive resin propellers - Quick repair work on-site 【Benefits of Implementation】 - Enables electrical connections for materials that are difficult to solder - Reduces variations in mixing ratios by operators, achieving stable electrical performance - Lowers the impact on components due to heat, as it cures at room temperature - Flexible and suitable for connections in areas subject to vibration

• Repair Agent
• Solder
• glue

In the field of wearable devices, there is a demand for the reliable and efficient connection of precision components such as sensors, amidst ongoing miniaturization and thinning. Particularly for connections to materials sensitive to heat or components with complex shapes, traditional heating methods are challenging, and manual mixing poses a risk of performance degradation due to variations in mixing ratios. ONE-HAND MIXING addresses these issues by automatically mixing two liquids with just a push of one hand, providing a simple and reliable conductive connection with a conductive adhesive that cures at room temperature. 【Usage Scenarios】 - Connection of sensor modules to substrates in wearable devices - Formation of conductive patches on flexible printed circuits (FPC) - Fixation and electrical connection of small sensors to housings - Conductive repairs in areas subjected to bending or vibration 【Benefits of Implementation】 - Reduction in work time and labor - Decrease in defects due to mixing errors - Mitigation of damage to heat-sensitive components - Applicability to materials that are difficult to solder - Improved durability due to flexibility

• Repair Agent
• Solder
• glue

In reinforcing robot joints, durability of movable parts and electrical connectivity are required. Particularly in joint areas with complex structures, ensuring reliable fixation and conductivity is essential for maintaining the robot's performance. Improper fixation or poor conductivity can lead to joint damage or malfunction. ONE-HAND MIXING allows for automatic mixing of two liquids simply by pressing, without the need for measuring or manual mixing, easily achieving electrical connections at room temperature where soldering is not possible. 【Usage Scenarios】 - Reinforcement and fixation of robot joints - Electrical connections around sensors and actuators - Adhesion to metals, plastics, and composite materials 【Benefits of Implementation】 - Reduction of work time and minimization of variability by operators - Decreased impact on heat-sensitive components - Enables electrical connections in areas where soldering is difficult - Improved durability against vibration and bending due to flexibility after curing

• Repair Agent
• Solder
• glue

In the field of medical devices, reliable conduction assurance is required for precise probe connections. Particularly when using heat-sensitive sensors or delicate components, there are cases where soldering is difficult or where it is necessary to avoid thermal effects. In such situations, uniform conduction performance and ease of operation become important. ONE-HAND MIXING allows for the automatic mixing and dispensing of two components using a dedicated cartridge and mixer nozzle, eliminating the need for weighing and manual mixing, and reducing variations in formulation by the operator. Since it cures at room temperature, it can be safely used for conduction connections of heat-sensitive medical device components. 【Application Scenarios】 - Conduction connections of medical probes - Wiring connections around sensors - Conduction repairs of heat-sensitive electronic components - Conduction bonding to glass or resin materials 【Benefits of Implementation】 - Easy conduction connections even in areas where soldering is difficult - Reduction in work time and assurance of uniform quality - Avoidance of damage to components due to heat - Flexibility that accommodates vibrations and bending

• Repair Agent
• Solder
• glue

In the repair of circuit boards for home appliances, precise conductive connections are required. Particularly in cases where the circuit board has heat-sensitive components or complex wiring, soldering can often be difficult. Improper connections can lead to product malfunctions or reduced lifespan. ONE-HAND MIXING allows for the automatic mixing and dispensing of two components using a dedicated cartridge and mixer nozzle, eliminating the need for measuring and mixing tasks, reducing variability in the mixing ratio by the operator, and achieving stable conductive connections. 【Usage Scenarios】 - Conductive connections for heat-sensitive resin components, FPCs, LEDs, and sensors - Conductive bonding to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel - Repairing or connecting areas subjected to bending or vibration 【Benefits of Implementation】 - Enables safe and easy conductive connections without the need for a soldering iron - Cures at room temperature, minimizing damage to components from heat - Maintains flexibility after curing, providing strong connections resistant to vibration and bending

• Repair Agent
• Solder
• glue

In the automotive industry, reliable fixation and ensuring conductivity of sensors that support vehicle safety and functionality are required. In particular, for sensor components that are sensitive to heat or areas that experience vibration and shock, soldering can be difficult, and there are concerns about the impact of heat on the components. Improper fixation or poor conductivity can lead to sensor malfunctions or failures. ONE-HAND MIXING allows for the automatic mixing and dispensing of two components using a dedicated cartridge and mixer nozzle, enabling quick and reliable conductive connections at room temperature without the hassle of measuring or manual mixing. 【Application Scenarios】 - Fixation and ensuring conductivity of heat-sensitive sensor components - Sensor connections in areas subject to vibration or shock - Conductive bonding to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel - Work around sensors in tight spaces 【Benefits of Implementation】 - Reduction in work time and improvement in work efficiency - Stabilization of quality by suppressing variations in mixing ratios by workers - Reduction of impact on heat-sensitive components - Enabling conductive connections to materials that are difficult to solder - Response to vibrations due to flexibility after curing

• Repair Agent
• Solder
• glue

In DIY and hobby electronics, precise connections of small components and handling of heat-sensitive materials are required. Particularly in tasks involving difficult-to-solder materials or delicate electronic components, accurate and reliable connections can significantly impact the performance and lifespan of the product. Traditional methods often faced challenges such as the labor involved in measuring and hand mixing, as well as variations in mixing ratios. ONE-HAND MIXING addresses these issues, allowing anyone to easily and reliably achieve electrical connections. 【Usage Scenarios】 - Wiring and component connections in electronics projects - Connections involving heat-sensitive resin parts, FPCs, LEDs, and sensors - Conductive bonding to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel - Repairs and connections in areas subject to bending or vibration 【Benefits of Implementation】 - Reduces the labor involved in measuring and mixing - Minimizes variations in mixing ratios by the operator, achieving stable conductivity performance - Safe and easy to work with, as soldering irons are not required - Maintains flexibility after curing, accommodating various applications

• Repair Agent
• Solder
• glue

In the field of research and development, there is a demand for rapid and reliable conductive connections to a variety of materials. This is particularly challenging when creating prototypes, as it may involve components that are sensitive to heat or materials that are difficult to solder. ONE-HAND MIXING allows for the automatic mixing and dispensing of two components using a dedicated cartridge and mixer nozzle, eliminating the need for measuring and mixing tasks, and reducing variability in the mixing ratio by the operator. Because it cures at room temperature, it is suitable for conductive connections involving heat-sensitive resin components, FPCs, LEDs, and sensors, and it can also provide conductive adhesion to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. 【Application Scenarios】 - Conductive connections for heat-sensitive electronic components (FPCs, LEDs, sensors, etc.) - Conductive adhesion to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel - Repairing and connecting areas subjected to bending or vibration - Rapid conductive evaluation of prototypes 【Benefits of Implementation】 - Reduces the labor involved in measuring and mixing, improving work efficiency - Minimizes variability in the mixing ratio, achieving stable conductive performance - Reduces the risk of damage to components due to heat - Enables conductive connections to a variety of materials, enhancing development flexibility

• Repair Agent
• Solder
• glue

In the repair of circuits in home appliances, precise work and reliable continuity are required. In particular, addressing heat-sensitive electronic components and circuit boards, as well as reducing the burden on workers, are emphasized. Improper repairs can lead to product malfunction or reduced lifespan. ONE-HAND MIXING is a product designed to address these challenges, allowing for easy continuity connections with one hand, even without special skills or experience. 【Usage Scenarios】 - Repairing broken connections on circuit boards of home appliances - Ensuring continuity connections around heat-sensitive components - Securing continuity in areas where soldering is difficult - Connecting flexible printed circuits (FPC) 【Benefits of Implementation】 - Reduction of work time and increased efficiency - Stabilization of quality by minimizing variations in mixing ratios by workers - Reduced risk of damage to components due to heat - Ability to bond various materials with continuity

• Repair Agent
• Solder
• glue

In the energy industry, particularly in the connection of solar cells, stable conductivity performance and long-term reliability are required. There may be challenges in connecting materials that are sensitive to heat or accommodating complex shapes. Our product "ONE-HAND MIXING" addresses these challenges by enabling easy conductive connections at room temperature, even with materials that are difficult to solder, contributing to improved work efficiency and quality. 【Usage Scenarios】 - Wiring connections for solar panels - Conductive connections to flexible printed circuits (FPC) - Conductive repairs around sensors and LEDs 【Benefits of Implementation】 - No soldering required, making it applicable to heat-sensitive materials - Reduces variability in mixing ratios by operators, achieving stable quality - Compatible with a variety of materials such as glass, resin, aluminum, and stainless steel (SUS) for conductive bonding - Maintains flexibility after curing, allowing for strong connections that withstand vibration and bending

• Repair Agent
• Solder
• glue

In the telecommunications industry, precise adjustment of antennas and stable conductive connections are essential for maintaining communication quality. Particularly in the case of delicate components or on-site work, soldering can be challenging, and dealing with heat-sensitive materials presents difficulties. Improper connections can lead to communication failures or performance degradation. ONE-HAND MIXING allows for the automatic mixing and dispensing of two liquids using a dedicated cartridge and mixer nozzle, eliminating the need for measuring and mixing tasks, reducing variability in the mixing ratio by the operator, and achieving stable conductive connections. 【Usage Scenarios】 - Conductive connections for antenna components - Repair and maintenance of delicate communication equipment - Rapid conductive connection work on-site 【Benefits of Implementation】 - Enables conductive connections for materials that are difficult to solder - Applicable to heat-sensitive components - Improved work efficiency and stabilization of quality

• Repair Agent
• Solder
• glue

In the field of robotics joint repair, precise conductive connections and durability are required. In particular, addressing components that are sensitive to heat, complex shapes, and improving work efficiency are emphasized. Traditional repair methods can face challenges such as difficulties in soldering and variations due to the skill level of the workers. ONE-HAND MIXING addresses these issues with an automatic mixing and dispensing function that can be easily handled with one hand, achieving uniform quality conductive connections at room temperature. 【Usage Scenarios】 - Wiring repair of robot joints - Conductive connections around sensors - Application of conductive patches to movable parts - Conductive bonding to aluminum and resin components 【Benefits of Implementation】 - Enables conductive connections in areas where soldering is difficult - Stable quality that does not depend on the skill of the worker - Reduces the impact on heat-sensitive components - Flexibility to accommodate vibrations and bending

• Repair Agent
• Solder
• glue

In maintenance settings, quick and reliable recovery is required when equipment failures or damage occur. Particularly in repairs where electrical continuity is necessary, challenges may arise when soldering is difficult or when dealing with heat-sensitive components. In such situations, a solution that can establish a conductive connection at room temperature without using a soldering iron is essential. ONE-HAND MIXING is a product that meets these urgent needs. 【Usage Scenarios】 - Emergency repairs of conductive parts in malfunctioning electronic devices - Wiring repairs around heat-sensitive components - Situations requiring rapid continuity assurance on-site - Conductive connections to materials that are difficult to solder (glass, resin, aluminum, SUS, etc.) 【Benefits of Implementation】 - Supports rapid recovery operations in emergencies - Enables conductive connections even in difficult soldering areas - Reduces damage to components caused by heat - Alleviates the burden on workers and improves work efficiency

• Repair Agent
• Solder
• glue

In the aerospace field, precise wiring fixation is required, and high reliability and work efficiency are emphasized. In particular, it is essential to address materials that are sensitive to heat and complex shapes, as well as to ensure rapid work on-site. Traditional methods have faced challenges such as difficulties in soldering and the labor-intensive nature of weighing and mixing tasks. ONE-HAND MIXING addresses these issues by eliminating the need for weighing and manual mixing through an automatic mixing and dispensing function using a dedicated cartridge and mixer nozzle, thereby reducing variability in mixing ratios by the operator. Due to its room temperature curing, it is also suitable for conductive connections around heat-sensitive components, enabling conductive bonding of materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without the use of a soldering iron. 【Application Scenarios】 - Precise wiring fixation inside and outside aircraft - Conductive connections around sensors and electronic components - Conductive bonding to heat-sensitive materials - Repair and connection of areas subjected to vibration or bending 【Benefits of Implementation】 - Reduction and efficiency of work time - Achieving conductive connections with uniform quality - Improved capability to address areas where soldering is difficult - Reduced impact on components due to heat

• Repair Agent
• Solder
• glue

In the field of medical devices, there is a demand for reliable conductivity performance in precise probe connections while minimizing the impact on delicate components. Particularly, connections to heat-sensitive materials or components with complex shapes can make soldering difficult. In response to such challenges, our "One-Hand Mixing Room Temperature Curing Conductive Adhesive" eliminates the need for measuring and mixing tasks, ensuring reliable conductive connections at room temperature. 【Usage Scenarios】 - Conductive connections at the tips or connector parts of medical probes - Conductive repairs around heat-sensitive sensors and electronic components - Formation of conductive paths on delicate resin housings 【Benefits of Implementation】 - Simplification of tasks and reduction of variability in mixing ratios by operators - Reduced risk of damage to components from heat - Enables conductive connections to materials that are difficult to solder - Improved durability against vibration and bending due to flexibility after curing

• Repair Agent
• Solder
• glue

In the lighting industry, stable conductive connections for LEDs are directly linked to product quality and lifespan. Particularly, when connecting heat-sensitive LED components or surrounding substrates, soldering at high temperatures can be challenging. Additionally, precise adhesion work for fine components requires skilled techniques and uniform material supply. ONE-HAND MIXING addresses these challenges by providing automatic mixing and dispensing functions with dedicated cartridges and mixer nozzles, enabling reliable conductive connections at room temperature without the hassle of weighing and manual mixing. 【Application Scenes】 - Conductive adhesion of LED chips to substrates - Fixing heat-sensitive resin LED components - Conductive connections around sensors - Conductive adhesion to materials like glass and aluminum, where soldering is difficult 【Benefits of Implementation】 - Reduction of work time and increased efficiency - Stabilization of quality by minimizing variations in mixing ratios by operators - Reduced risk of damage to components due to heat - Enabling conductive connections in areas where soldering is difficult - Improved durability against vibration and bending due to flexibility after curing

• Repair Agent
• Solder
• glue

In the electronics industry, ensuring reliable connectivity of fine circuits is essential in circuit board repair. Particularly, addressing components that are sensitive to heat and materials that are difficult to solder is crucial. Traditional methods often face challenges related to the impact of heat on components during soldering and material constraints. ONE-HAND MIXING offers a solution that enables connectivity without soldering at room temperature, addressing these issues. 【Usage Scenarios】 - Connectivity for heat-sensitive resin components, FPCs, LEDs, and sensors - Conductive bonding for materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel - Repair and connection in areas subjected to bending or vibration 【Benefits of Implementation】 - Simplification of work processes and reduction of variability in mixing ratios by operators - Decreased risk of damage to components from heat - Compatibility with a variety of materials for conductive connections

• Repair Agent
• Solder
• glue

In the automotive industry, various sensors are installed to enhance vehicle safety and comfort. To ensure the accurate operation and reliability of these sensors, secure fastening of components and conductive connections are crucial. Particularly, when connecting heat-sensitive components or materials that are difficult to solder, selecting the appropriate adhesive is essential. ONE-HAND MIXING addresses these challenges and enables easy and reliable conductive connections at room temperature. 【Application Scenarios】 - Fixing heat-sensitive sensor components - Conductive connections to resin housings - Repairing areas subject to vibration or impact - Conductive bonding to aluminum or SUS materials 【Benefits of Implementation】 - Reduction of work time and increased efficiency - Minimization of mixing errors and variations by operators - Reduced risk of damage to components from heat - Improved capability to address areas where soldering is difficult - Durability against vibration and bending due to flexibility

• Repair Agent
• Solder
• glue

Pernox has consistently developed its technology and know-how as a resin formulator since its establishment in 1970, expanding from insulating materials based on epoxy, urethane, and silicone to conductive paste materials. Our products cover a wide range, primarily focusing on electronic components, as well as automotive parts, industrial equipment parts, sports goods, and everyday items. We deliver our products not only within Japan but also worldwide, particularly in Europe, China, and Southeast Asia. This product is a best-selling item that has been used for many years in various electronic components and sensors. It has particularly strong heat and moisture resistance, allowing it to withstand high temperature conditions of over 200°C, and it has a low coefficient of thermal expansion (15 ppm/°C), making it a highly reliable product with minimal changes in material form due to temperature fluctuations. Furthermore, it has a volume resistivity of 1.0E+15 Ω-cm and maintains high insulation properties even after 3000 hours of aging tests at 200°C. Its low viscosity makes it excellent for potting (molding) at room temperature, and when heated, the viscosity decreases, allowing for dispensing molding as well. If you would like to confirm details or request samples, please feel free to contact us.

• plastic
• Composite Materials
• Sensors

Pernox has consistently developed its technology and know-how as a resin formulator since its establishment in 1970, expanding from insulating materials based on epoxy, urethane, and silicone to conductive paste materials. Our products cover a wide range, primarily focusing on electronic components, as well as automotive parts, industrial equipment parts, sports goods, and everyday items. We deliver our products not only within Japan but also to Europe, China, Southeast Asia, and around the world. This product is a best-selling item that has been used for many years as an optical resin for light guiding. It has low viscosity, excellent moldability, and can cure at room temperature, eliminating the need for a specialized oven. As a urethane elastomer, it is a flexible resin that exhibits excellent elasticity and can be bent into the desired shape. The color is colorless and transparent, and it is a non-yellowing type with excellent weather resistance. If you have any questions or would like to request samples, please feel free to contact us.

• Bullet-shaped LED
• Composite Materials
• Lamps and light emitting devices

Pernox has consistently developed its technology and know-how as a resin formulator since its establishment in 1970, expanding from insulating materials based on epoxy, urethane, and silicone to conductive paste materials. Our products cover a wide range, primarily focusing on electronic components, as well as automotive parts, industrial equipment parts, sports goods, and everyday items. We deliver our products not only within Japan but also to Europe, China, Southeast Asia, and around the world. This product has been a best-seller for many years as a transparent resin for shielding. It has low viscosity, excellent moldability, and can cure at room temperature, eliminating the need for a dedicated oven. As a urethane elastomer, it exhibits excellent elasticity, outstanding low-temperature properties, mechanical strength, and wear resistance, and it is a non-yellowing type product with excellent weather resistance. If you have any questions or would like to request samples, please feel free to contact us.

• Other polymer materials
• Bullet-shaped LED

- Two-component epoxy resin that can cure without heat - Flexible hardness similar to that of an eraser - Workable viscosity similar to that of medium-thick sauce - High usage record with over 70 companies domestically and internationally

• plastic
• Composite Materials
• Other polymer materials

Pernox has consistently developed its technology and know-how as a resin formulator since its establishment in 1970, expanding from insulating materials based on epoxy, urethane, and silicone to conductive paste materials. Our products cover a wide range, primarily focusing on electronic components, automotive-related parts, industrial equipment parts, sports goods, and everyday items. We deliver our products not only within Japan but also to Europe, China, Southeast Asia, and around the world. The product XM-3593/XV-3594 (development product) is an insulating material (encapsulation material) developed to improve the reliability of components that require high heat resistance, such as power semiconductor modules and automotive devices. Designed for use in high-temperature environments, it features a resin design with a high glass transition temperature. This product can be useful for enhancing the reliability of various devices. If you would like to confirm details or request samples, please feel free to contact us.

• plastic
• Composite Materials
• Other polymer materials

Pernox has consistently developed its technology and know-how as a resin formulator since its establishment in 1970, expanding from insulating materials based on epoxy, urethane, and silicone to conductive paste materials. Our products cover a wide range, primarily focusing on electronic components, as well as automotive parts, industrial equipment components, sports goods, and daily necessities. We deliver our products not only within Japan but also to Europe, China, Southeast Asia, and around the world. The product XM-3614-4/XV-3619-2 (development product) is a newly developed high thermal conductivity insulating material aimed at solving challenges in thermal management for electronic components and automotive electrical devices. It is designed as an epoxy resin that exhibits high thermal conductivity, has workability suitable for potting (sealing) with low viscosity, and features flame retardancy equivalent to V-0.

• plastic
• Composite Materials
• Other polymer materials

SilkyLink MFX-1100 is a thin, flexible electrode material with a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. Because it can be cut or die-punched to the required shape, you can proceed with prototyping and product development without building your own electrode-forming process such as paste mixing, printing and drying. Whereas a silver/silver chloride paste (Peltron K-398X) lets you 'print your own' electrodes freely, SilkyLink comes with the functional layer already formed, so it is 'ready to use as is.' It can be handled at low temperature and covers a wide range of uses, from ECG, EMG and EEG to defibrillation pads.

• Composite Materials

ONE-HAND MIXING is a two-part conductive epoxy adhesive filled with silver filler. A dedicated cartridge and static mixer nozzle automatically mix the two components as you dispense. ○ No weighing, measuring or manual mixing is required, helping reduce variation in the mixing ratio between operators. ○ Because it cures at room temperature, it is suitable for electrical bonding around heat-sensitive plastic parts, FPCs, LEDs and sensors. ○ It enables conductive bonding without a soldering iron, even on materials that are difficult to solder, such as glass, plastics, aluminum and stainless steel. ○ After curing, it retains flexibility, making it useful for repair or bonding in areas subject to bending or vibration. * For detailed data, please refer to the TDS and special website.

• Repair Agent
• Solder
• glue

Peltron K-398X is a screen-printing silver/silver chloride (Ag/AgCl) conductive ink formulated in Japan. ○ As a domestic formulation, it is easy to procure with short lead times. Supply is more stable than imported products — ideal for BCP (business continuity plan) and second-source strategies. ○ Available in multiple grades with different Ag:AgCl ratios. Choose the optimal grade — from reference electrodes to bioelectrodes — according to your measurement method, required properties and intended service life. ○ Electrode shape, area and wiring pattern can be freely designed by screen printing, so it applies not only to bioelectrodes but also to reference electrodes and various electrochemical sensors. • For details, please download the PDF or feel free to contact us.

• paint
• Coating Agent