ペルノックス Product Lineup

In research that requires electrodes that follow the movement of the body, such as wearable devices and attachments to curved surfaces, a layer of Ag/AgCl electrodes is formed on a flexible polyurethane film with a total thickness of approximately 103μm. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to establish in-house processes for electrode formation such as mixing, printing, and drying pastes. While silver/silver chloride paste (Peltron K-398X) is made by "printing freely," SilkyLink is characterized by being "pre-made with functional layers that can be used as is." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

• Composite Materials

There is a lot of noise in electrocardiogram measurements, and the signals are unstable—one of the causes is the skin-electrode impedance. The MFX-1100 maintains low impedance over a long period due to its Ag/AgCl electrode layer, supporting stable measurements. SilkyLink MFX-1100 is a thin and flexible electrode material formed with a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to build in-house processes for electrode formation such as paste mixing, printing, and drying. While silver/silver chloride paste (Peltron K-398X) allows for "free printing and creation," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to electroencephalograms and defibrillation pads.

• Composite Materials

When you want to reduce processes such as paste mixing, printing, drying, curing, and condition setting. SilkyLink contributes to shortening development lead times as a pre-fabricated bioelectrode film with functional layers. SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to establish in-house electrode formation processes such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-fabricated with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

• Composite Materials

I want to prototype electrodes that measure electromyography, electrocardiography, and electroencephalography, but I cannot perform printing or material formulation—this is an electrode film designed for such research environments. It has a silver/silver chloride (Ag/AgCl) electrode layer already formed, and it can be used simply by cutting and sticking it into the desired shape. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiography and electromyography to electroencephalography and defibrillation pads.

• Composite Materials

When you want to try different shapes of electrodes in small amounts. SilkyLink can be processed into the required size with its flexible film that has an Ag/AgCl layer, making it suitable for design changes and comparative evaluations during the prototyping stage. SilkyLink MFX-1100 is a thin and flexible electrode material formed with a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from ECG, EMG, and EEG to defibrillation pads.

• Composite Materials

Are you spending too much time on material formulation and printing conditions in the prototype of biosignal monitoring electrodes? With SilkyLink, you can smoothly start initial evaluations by cutting and punching out films that already have the electrode layer formed. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. Since it can be cut and punched into the required shapes, you can advance prototyping and product development without having to establish your own electrode formation processes such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) allows for "free printing and creation," SilkyLink is characterized by being "pre-made with functional layers that can be used as is." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

• Composite Materials

SilkyLink MFX-1100 is a film material that has already formed a silver/silver chloride (Ag/AgCl) electrode layer. It can be cut into the required shapes to create evaluation electrodes, even in development environments that do not have screen printing, paste formulation, or drying processes. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. Since it can be cut and punched into the necessary shapes, it allows for prototyping and product development without the need to establish electrode formation processes such as paste formulation, printing, and drying in-house. While silver/silver chloride paste (Peltron K-398X) is made by "printing freely," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

• Composite Materials

For wearable devices and curved devices, SilkyLink, which is based on a flexible polyurethane film, easily conforms to body movements and is suitable for the prototyping of adhesive sensors. SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is versatile enough for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

• Composite Materials

For sites that want to reduce the hassle of reapplying electrodes every time an X-ray examination is conducted. This electrode film is designed to allow X-ray imaging while still attached, due to its construction that does not primarily use metal foil (internal evaluation). SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms (ECG) and electromyograms (EMG) to electroencephalograms (EEG) and defibrillation pads.

• Composite Materials

For the development of materials such as AED pads, defibrillation pads, and electrodes for electrical therapy, SilkyLink can be utilized as a flexible conductive film with an Ag/AgCl layer for prototyping electrode shapes and evaluating combinations with gels and other materials. SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications from electrocardiograms, electromyograms, and electroencephalograms to defibrillation pads.

• Composite Materials

For those looking for electrode materials that handle small biological signals such as EEG and EMG. As a film with a pre-formed Ag/AgCl electrode layer, it is easy to process into the required shapes and is suitable for research and development as well as evaluation of wearable electrodes. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototype and product development without the need to establish in-house processes for electrode formation such as mixing, printing, and drying pastes. While silver/silver chloride paste (Peltron K-398X) is made by "printing freely," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is widely usable from ECG and EMG to defibrillation pads.

• Composite Materials

For the development of ECG electrodes and patient monitoring electrodes. SilkyLink uses a thin, flexible polyurethane substrate, making it suitable for prototyping and evaluation as a biopotential electrode film that easily conforms to body movements. SilkyLink MFX-1100 is a thin, flexible electrode material formed by creating a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) can be "freely printed and made," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from ECG, EMG, and EEG to defibrillation pads.

• Composite Materials

This is a film material that has a silver/silver chloride electrode layer pre-formed. It is suitable for the development of electrodes for biological signal measurement, such as ECG, EMG, EEG, and wearable devices, when there is a desire to simplify the electrode formation process. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to establish the electrode formation processes such as paste formulation, printing, and drying in-house. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers that can be used as is." It can be handled at low temperatures and can be widely used from ECG, EMG, and EEG to defibrillation pads.

• Composite Materials

SilkyLink MFX-1100 is a conductive polyurethane film that has a pre-formed Ag/AgCl electrode layer. It can be cut and punched into the desired shape, allowing for the advancement of electrode prototyping without the need for paste formulation, printing, or drying processes. SilkyLink MFX-1100 is a thin and flexible electrode material with a silver/chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the desired shape, enabling prototyping and product development without the need to establish electrode formation processes such as paste formulation, printing, and drying in-house. While silver/chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "ready-to-use with the functional layer already created." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

• Composite Materials

For those who want to design electrodes for biological monitoring to their own specifications. The Peltron K-398X series supports free design and prototype evaluation of shape, area, and wiring as a screen printing-compatible Ag/AgCl material. The Peltron K-398X series is a conductive paste for screen printing made from silver/silver chloride (Ag/AgCl) formulated in Japan. - Being domestically produced, it is easy to procure and has short lead times. Compared to overseas products, supply is stable, making it ideal for BCP and second-source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade from reference electrodes to biological electrodes. - You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to biological electrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

When you want to prototype different electrodes for various applications such as chemical electrodes, bioelectrodes, and environmental sensors. You can combine different grades with varying Ag:AgCl ratios and printing designs to facilitate comparative evaluations of multiple specifications. The Peltron K-398X series is a conductive paste for screen printing made from silver/silver chloride (Ag/AgCl) that is formulated domestically in Japan. - Being domestically produced, it is easy to procure and has a short delivery time. Compared to overseas products, the supply is stable, making it ideal for BCP and second source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can select the optimal grade for reference electrodes to bioelectrodes. - You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to bioelectrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

The electrode area and pattern affect measurement sensitivity, attachment site, and sensor structure. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) material that enhances the design flexibility of electrodes for various applications through screen printing. The Peltron K-398X series is a conductive paste for screen printing made from silver/silver chloride (Ag/AgCl) that is formulated domestically in Japan. - Being domestically produced allows for easy procurement and short delivery times. Compared to overseas products, supply is stable, making it ideal for BCP and second source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade from reference electrodes to biopotential electrodes. - The electrode shape, area, and wiring pattern can be freely designed, making it applicable not only to biopotential electrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For cases where the shape or area does not match with off-the-shelf films. The Peltron K-398X series allows for the formation of custom patterns through screen printing, supporting the custom design of reference electrodes, sensor electrodes, and bioelectrodes. The Peltron K-398X series is a conductive paste made of silver/silver chloride (Ag/AgCl) for screen printing, formulated domestically in Japan. - Being domestically produced, it is easy to procure and has a short lead time. Compared to overseas products, the supply is stable, making it ideal for BCP and second-source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade from reference electrodes to bioelectrodes. - You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to bioelectrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

The Peltron K-398X series is a silver/silver chloride conductive ink/paste that can be designed according to the application in terms of electrode shape, area, and wiring pattern. It is suitable for unique designs of chemical electrodes and biosensing electrodes. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated domestically in Japan. - Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, the supply is stable, making it ideal for BCP and second-source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can select the optimal grade from reference electrodes to biosensing electrodes. - The electrode shape, area, and wiring pattern can be freely designed, making it applicable not only to biosensing electrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

Blood glucose monitoring, biosensors, and printed electrode materials for medical and healthcare devices. As Ag/AgCl conductive ink/paste, it enhances the design flexibility of sensor electrodes and reference electrodes. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated domestically in Japan. - Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, supply is stable, making it ideal for BCP and second source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade for reference electrodes or bioelectrodes. - You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to bioelectrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

This is a domestically produced conductive paste that can be designed to match the shape, size, and silver/silver chloride composition of electrodes according to the signals you want to measure, such as ECG, EMG, EEG, and plant potentials. It supports everything from prototyping to mass production through screen printing, and sample sales are available starting from 100g. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated in Japan. - Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, the supply is stable, making it ideal for BCP and second source measures. - Multiple grades with different silver and silver chloride composition ratios are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade for reference electrodes or biopotential electrodes. - You can freely design the electrode shape, area, and wiring pattern, making it applicable not only for biopotential electrodes but also for reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For research that aims to measure the bioelectric potential of plants stably over a long period. This is a silver/silver chloride paste that can be freely designed in electrode shape through screen printing and has a track record of collaborative research with universities. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated domestically in Japan. - Being domestically produced allows for easy procurement and short delivery times. Compared to overseas products, the supply is stable, making it ideal for BCP and second-source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can select the optimal grade from reference electrodes to bioelectrodes. - The electrode shape, area, and wiring pattern can be freely designed, making it applicable not only for bioelectrodes but also for reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For stable measurements with electrochemical sensors, selecting the appropriate reference electrode material for the application is crucial. The Peltron K-398X series can be utilized as Ag/AgCl printed electrodes in the electrode design of various sensors. The Peltron K-398X series is a conductive paste made of silver/silver chloride (Ag/AgCl) for screen printing, formulated domestically in Japan. - Being domestically produced, it is easy to procure and has a short lead time. Compared to overseas products, the supply is stable, making it ideal for BCP and second-source measures. - Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade for reference electrodes or bioelectrodes. - The electrode shape, area, and wiring pattern can be freely designed, making it applicable not only for bioelectrodes but also for reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For applications where you want to print and form Ag/AgCl electrodes on a thin, flexible film substrate. We support prototyping and mass production considerations for wearable sensors, biopotential electrodes, environmental monitoring electrodes, and more through screen printing. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated in Japan. ○ Being domestically produced, it is easy to procure and has a short delivery time. Compared to overseas products, the supply is stable, making it ideal for BCP and second-source measures. ○ Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade from reference electrodes to biopotential electrodes. ○ You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to biopotential electrodes but also to reference electrodes and various electrochemical sensors. * For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated domestically in Japan. ○ For those troubled by delivery and supply uncertainties of overseas silver/silver chloride inks. With the domestically formulated K-398X series, you can start evaluating it as a second source or for BCP measures. ○ Multiple grades with different ratios of silver to silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can choose the optimal grade from reference electrodes to bioelectrodes. ○ You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to bioelectrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For the formation of biopotential electrodes such as ECG, EEG, EMG, and AED pads. By screen printing silver/silver chloride paste, it is possible to design electrode shapes and areas tailored to specific applications, aiding in the in-house production of development products and prototypes. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated domestically in Japan. ○ Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, supply is stable, making it ideal for BCP and second-source measures. ○ Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage duration, you can select the optimal grade from reference electrodes to biopotential electrodes. ○ Electrode shapes, areas, and wiring patterns can be freely designed, making it applicable not only to biopotential electrodes but also to reference electrodes and various electrochemical sensors. * For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For those who want to prototype reference electrodes for electrochemical sensors such as pH, ORP, and ion sensors in-house. You can choose materials that match your measurement method and usage period from different grades with varying ratios of silver and silver chloride. The Peltron K-398X series is a conductive paste for screen printing made from silver/silver chloride (Ag/AgCl) that is formulated domestically in Japan. - Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, the supply is stable, making it ideal for BCP and second-source measures. - Multiple grades with different ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can select the optimal grade for reference electrodes or bioelectrodes. - You can freely design the electrode shape, area, and wiring pattern, making it applicable not only to bioelectrodes but also to reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

For those who want to freely design electrode shapes, areas, and wiring patterns using screen printing. The Peltron K-398X series is a conductive paste that is easy to work with for electrode formation on flexible substrates, from prototyping to mass production considerations. The Peltron K-398X series is a silver/silver chloride (Ag/AgCl) conductive paste for screen printing, formulated in Japan. ○ Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, supply is stable, making it ideal for BCP and second-source measures. ○ Multiple grades with different mixing ratios of silver and silver chloride are available. Depending on the measurement method, desired characteristics, and usage duration, you can select the optimal grade for reference electrodes or bioelectrodes. ○ You can freely design electrode shapes, areas, and wiring patterns, making it applicable not only for bioelectrodes but also for reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

The Peltron K-398X series is a conductive paste for screen printing made with silver/silver chloride (Ag/AgCl) that is formulated domestically in Japan. ○ Being domestically produced allows for easy procurement and short lead times. Compared to overseas products, supply is stable, making it ideal for BCP and second source measures. ○ Multiple grades with different ratios of silver to silver chloride are available. Depending on the measurement method, desired characteristics, and usage period, you can select the optimal grade for reference electrodes or bioelectrodes. ○ The shape, area, and wiring pattern of the electrodes can be freely designed, making it applicable not only for bioelectrodes but also for reference electrodes and various electrochemical sensors. *For more details, please download the PDF or feel free to contact us.

• paint
• Coating Agent

The mixer-integrated cartridge allows for automatic mixing and dispensing of two liquids in the appropriate ratio with a one-handed push. It prevents variations and failures caused by weighing and manual mixing, enabling anyone to perform stable conductive bonding and repair work. ONE-HAND MIXING is a product that can automatically mix and dispense a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixing nozzle. - No weighing or mixing work is required, reducing variations in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive bonding is possible without using a soldering iron, even on materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

We address issues such as unstable delivery times for overseas conductive adhesives, the need for refrigerated storage, and classification as hazardous materials. With domestic manufacturing and an immediate delivery system, we support urgent repairs and quick evaluations. We also offer bulk purchase discounts for corporations. *Consultation required. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive containing silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections in heat-sensitive resin parts, FPCs, LEDs, and sensor areas. - Conductive bonding is possible with materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without using a soldering iron. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

This is a conductive adhesive that does not fall under the category of pharmaceutical-grade hazardous substances and complies with RoHS and REACH regulations. It can be stored at room temperature, eliminating the need for refrigeration or freezing, which reduces the burden of storage, transportation, and management in universities, research institutions, and corporate environments. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive containing silver fillers using a dedicated cartridge and mixer nozzle. - No weighing or mixing is required, which minimizes variations in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections in heat-sensitive resin parts, FPCs, LEDs, and sensor areas. - It enables conductive bonding to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without the use of a soldering iron. - It retains flexibility after curing, allowing for repairs and connections in areas subject to bending and vibration. *For detailed data, please refer to the TDS and the special website.

• Repair Agent
• Solder
• glue

For applications where you want to minimize connection resistance even with conductive adhesives. ONE-HAND MIXING achieves a volume resistivity of 2×10⁻⁴Ω·cm at room temperature curing stability, approaching the conductivity of solder. It is suitable for conductive connections and repairs where low resistance is required. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive bonding is possible without using a soldering iron, even on materials that are difficult to solder, such as glass, resin, aluminum, and SUS. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

For grounding connections and continuity repairs of equipment and facilities used outdoors. We publish data on weather resistance test results and changes in conductivity and adhesion during environmental testing as technical documentation to support considerations for outdoor applications. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No measuring or mixing work is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive bonding is possible with materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without using a soldering iron. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please refer to the TDS and special website.

• Repair Agent
• Solder
• glue

For those considering conductive adhesive for substrates that undergo reflow heating in post-processing. ONE-HAND MIXING provides evaluation data on reflow resistance in technical documentation, allowing you to confirm changes in conductivity and adhesion during heating behavior and environmental testing. ONE-HAND MIXING is a product that automatically mixes and dispenses a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections in heat-sensitive resin parts, FPCs, LEDs, and sensor areas. - Conductive adhesion is possible without using a soldering iron, even on materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *Please check the TDS and special website for detailed data.

• Repair Agent
• Solder
• glue

For experiments, practical training, and STEAM education at universities, technical colleges, and schools. It allows for the experience of conductive connections and circuit formation through an approach different from soldering, and can be utilized as a learning material for conductive materials. We are also advancing verification of educational applications with universities. ONE-HAND MIXING is a product that can automatically mix and dispense a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive adhesion is possible without using a soldering iron, even on materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

As a conductive adhesive that allows for simultaneous bonding and electrical conduction without using a soldering iron, it is suitable for electronics projects and circuit board repairs. Since there is no heating process, it reduces the risk of burns, enabling even those who are not skilled at soldering to make electrical connections. ONE-HAND MIXING is a product that automatically mixes and dispenses a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing is required, which helps to suppress variations in the mixing ratio by the operator. - It cures at room temperature, making it suitable for electrical connections in heat-sensitive resin parts, FPCs, LEDs, and sensor areas. - Conductive bonding is possible without using a soldering iron, even with materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, allowing it to be used for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and the special website.

• Repair Agent
• Solder
• glue

For the conduction fixation of movable parts and bending sections. ONE-HAND MIXING is a flexible cured material that can conduct electricity even when bent. It is suitable for examining connections in areas where stress is applied, such as around FPCs and cables. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, which suppresses variations in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive adhesion is possible without using a soldering iron, even for materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing and can be used for repairs and connections in areas that experience bending and vibration. *For detailed data, please check the TDS and the special website.

• Repair Agent
• Solder
• glue

This product is intended for applications where you want to form conductive pathways on surfaces or flexible substrates, similar to drawing lines. It allows for the formation of conductivity at room temperature, even on substrates that are difficult to solder, thereby expanding the design freedom for circuit design in prototypes, demonstration units, and wearable considerations. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive containing silver fillers using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive adhesion is possible on materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without using a soldering iron. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and the special website.

• Repair Agent
• Solder
• glue

For repairs around terminals that cannot withstand heat or mechanical stress, such as the defroster tab of the rear window, we support urgent repairs and short delivery times with high adhesive strength and conductivity, made in Japan and available for immediate delivery. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive bonding is possible without using a soldering iron, even with materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subjected to bending and vibration. *For detailed data, please check the TDS and the special website.

• Repair Agent
• Solder
• glue

For repairing the broken lines of the rear window defogger (heating wire) in vehicles. It has low viscosity, making it easy to draw lines, and can repair heating wires on glass that are difficult to solder, curing at room temperature. Its use is expanding in repair sites, including import car dealerships. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive containing silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - It enables conductive bonding to materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without using a soldering iron. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

For wiring and connections in environments where it is difficult to manage safety during high-temperature operations or where heat sources are not desired. It cures at room temperature, is not classified as a pharmaceutical hazardous substance, and complies with RoHS/REACH, reducing the burden of handling, transportation, and storage. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, minimizing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPC, LEDs, and sensors. - Conductive bonding is possible without using a soldering iron, even with materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and the special website.

• Repair Agent
• Solder
• glue

For sites and educational purposes that want to avoid the risks of burns and component charring from high-temperature soldering iron work. ONE-HAND MIXING is a room-temperature curing type that does not require a heat source, allowing for application with a single-handed push, enabling safe electrical connections of wires and components. ONE-HAND MIXING is a product that automatically mixes and dispenses a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for electrical connections around heat-sensitive resin components, FPCs, LEDs, and sensors. - Conductive bonding is possible without using a soldering iron, even on materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subject to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

For repairing poor conductivity or disconnections in equipment and facilities used in cold environments. It has been confirmed that the adhesive layer functions stably even in environments where rapid temperature changes occur, avoiding solder heat with room temperature curing. This expands options for maintenance and on-site repairs. ONE-HAND MIXING is a product that allows for the automatic mixing and dispensing of a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, reducing variability in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive bonding is possible without using a soldering iron, even with materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel. - It retains flexibility after curing, making it usable for repairs and connections in areas subjected to bending and vibration. *For detailed data, please check the TDS and special website.

• Repair Agent
• Solder
• glue

For the conductive connections around sensors of artificial satellites, superconducting devices such as MRI, and ultra-low temperature experimental equipment. In tests where the sample is immersed in liquid nitrogen for 30 seconds and then left at room temperature for 30 minutes, repeated 10 times, the adhesive strength is maintained at approximately 70% or more. This is proposed as a bonding method for electronic components used in ultra-low temperature environments. ONE-HAND MIXING is a product that can automatically mix and dispense a two-component conductive epoxy adhesive with silver filler using a dedicated cartridge and mixer nozzle. - No weighing or mixing work is required, which suppresses variations in the mixing ratio by the operator. - It cures at room temperature, making it suitable for conductive connections around heat-sensitive resin parts, FPCs, LEDs, and sensors. - Conductive adhesion is possible for materials that are difficult to solder, such as glass, resin, aluminum, and stainless steel, without using a soldering iron. - It retains flexibility after curing and can be used for repairs and connections in areas subject to bending and vibration. * For detailed data, please check the TDS and the special website.

• Repair Agent
• Solder
• glue