ペルノックス Product Lineup

○ Since it is a Japanese formulation, it is easy to procure in Japan. Compared to overseas products, we can deliver in a short time. ○ Please consult us regarding the adjustment of binder types, solvent types, Ag amounts, and AgCl amounts. * For more details, please download the PDF or feel free to contact us.

In the field of medical devices, particularly in biopotential sensing such as electrocardiograms, electrode materials with excellent wearability and flexibility are required. The application to thin and flexible substrates, along with printing technology that allows for free circuit formation, contributes to reducing the burden on patients and improving measurement accuracy. Our Peltron K-3981 is a conductive paste developed to meet these needs, containing silver and silver chloride. As an electrode material for biopotential sensing, it offers excellent printability, user-friendly viscosity, high quality, and flexibility, meeting customer demands. 【Usage Scenarios】 - Biopotential electrodes for wearable devices - Printing on thin and flexible substrates - Free circuit pattern formation 【Effects of Implementation】 - Realization of electrodes with good wearability - Design of thin and lightweight devices - Acquisition of high-precision biological signals

In the field of sports science, particularly in electromyography measurement, there is a demand for wearable electrode materials that do not hinder the subject's movements and can obtain accurate data. The ease of wearing, application to thin and flexible substrates, and the ability to form free circuits through printing technology are crucial. Our Peltron K-3981 is a conductive paste that meets these needs. 【Application Scenarios】 - Electrode implementation in wearable devices - Measurement of muscle activity in athletes - Monitoring of biological signals in the rehabilitation field - Printing on thin and flexible substrates 【Benefits of Implementation】 - Acquisition of high-precision electromyography data - Improved comfort and freedom of movement for subjects - Compatibility with diverse shapes and sizes of electrode designs - Streamlining of the manufacturing process

In the field of wearable devices, particularly activity trackers, there is a demand for good wearability and compatibility with thin and flexible substrates. Additionally, the use of screen printing technology that allows for free circuit formation is also important. To meet these needs, our Peltron K-3981 has been developed as an electrode material for bio-sensing. It features excellent printability, easy-to-handle viscosity, high quality, and outstanding flexibility, supporting our customers' product development. 【Application Scenarios】 - Electrode materials for wearable devices - Printing on thin and flexible substrates - Free circuit design - Bio-sensing applications such as activity trackers 【Benefits of Implementation】 - Improved wearability - Realization of well-fitting electrode designs - Contribution to thinness and lightweight - Increased design freedom

In the healthcare industry, particularly in the field of vital monitoring, there is a demand for materials that excel in wearability and comfort, application to thin and flexible substrates, and the ability to form circuits freely. These elements are essential for improving patient comfort and obtaining more accurate data. Our Peltron K-3981 is a conductive paste formulated with silver and silver chloride, developed to meet these needs as an electrode material for bio-sensing. With excellent printability, easy-to-handle viscosity, high quality, and superior flexibility, it supports the development of your vital monitoring devices. 【Usage Scenarios】 - Bioelectrodes for wearable devices - Printing sensor circuits on flexible substrates - Electrode designs with good wearability 【Benefits of Implementation】 - Improved wearability - Enhanced comfort - Realization of thin and flexible device designs - Free circuit formation through screen printing

In the field of telemedicine, bio-sensing technology that accurately captures the patient's condition is highly valued. In particular, there is a demand for highly wearable materials, good electrode design for attachment, and compatibility with thin and flexible substrates. If these elements are not met, accurate data acquisition becomes difficult, potentially affecting the accuracy of remote diagnosis. Our Peltron K-3981 is a conductive paste developed to address these challenges, containing silver and silver chloride. It enables free circuit formation through screen printing and meets customer needs as a material for electrodes in bio-sensing. 【Application Scenarios】 - Development of wearable bio-sensing devices - Manufacturing of patch-type electrodes for remote monitoring - Formation of bio-signal detection circuits on flexible substrates 【Benefits of Implementation】 - Realization of wearable devices with excellent wearing comfort - Promotion of the development of thin and lightweight sensing equipment - Stable acquisition of high-precision bio-signals

In the field of robotics, particularly in the development of tactile sensors, there is a demand for highly sensitive and flexible sensing materials. Tactile sensors are essential for accurately detecting contact with objects, enabling delicate operations by robots and ensuring safe interactions. The application of thin, flexible substrates and printing technologies that allow for free circuit formation contribute to the miniaturization of sensors and their adaptation to various shapes. Our Peltron K-3981 is a conductive paste developed to meet these needs, containing silver and silver chloride. Leveraging technology cultivated in biomedical sensing applications, it contributes to the performance enhancement of tactile sensors in the robotics field. 【Application Scenarios】 - Tactile sensors for robotic hands - Interaction sensors for wearable robots - Thin and flexible sensor design - Free circuit formation through screen printing 【Benefits of Implementation】 - High sensitivity in tactile detection - Improved wearability through application to flexible substrates - Formation of fine circuit patterns - Quick procurement of materials

In the entertainment industry, particularly in the field of interactive games, there is a demand for wearable devices that enhance player immersion and interactive interfaces that enable intuitive operation. Good wearability and compatibility with thin, flexible substrates are essential for a comfortable gaming experience. Screen printing technology, which allows for free circuit formation, becomes a crucial element in meeting these demands. Our Peltron K-3981 is a conductive paste formulated with silver and silver chloride, developed to meet these needs as an electrode material for biosensing applications. Its excellent printability, manageable viscosity, high quality, and superior flexibility support the realization of innovative interactive gaming experiences. 【Usage Scenarios】 - Fabrication of electrodes for wearable devices - Circuit formation for interactive controllers - Printing on flexible substrates - Design of electrodes in free shapes 【Benefits of Implementation】 - Realization of electrodes with good wearability - Contribution to the design of thin and lightweight devices - Efficient circuit formation through screen printing - Creation of new gaming experiences

In the field of environmental monitoring, particularly in pollution detection, high-sensitivity sensors that can capture subtle changes are required. Additionally, materials that allow for the free formation of circuits on thin, flexible substrates are important to accommodate extensive monitoring and site constraints. Our Peltron K-3981 is a conductive paste formulated with silver and silver chloride, developed to meet these needs. With excellent printability, manageable viscosity, high quality, and outstanding flexibility, it is expected to be utilized in pollution detection applications within environmental monitoring. 【Application Scenarios】 - As electrode materials for highly wearable sensors - Application in designs for electrodes with good wearability - Circuit formation on thin, flexible substrates - Free circuit design through screen printing 【Benefits of Implementation】 - Realization of high-sensitivity pollution detection sensors - Adaptation to diverse installation environments - Simplification of the manufacturing process

In the agricultural field, accurately understanding the growth conditions of plants and environmental factors leads to improved yields and early detection of diseases. To achieve this, sensing materials that are wearable and have excellent attachment properties, which can be directly attached to plants or installed nearby, are required. Additionally, to accommodate extensive monitoring and various installation locations, technologies that allow for printing on thin, flexible substrates and free circuit formation are essential. Our continuously printable silver/silver chloride paste meets these needs and enables precise monitoring of plant conditions. 【Usage Scenarios】 - Sensing plant moisture levels and nutritional status - Early detection of diseases and stress - Monitoring of growth environments (temperature, humidity) - Data collection in smart agriculture 【Benefits of Implementation】 - Appropriate cultivation management through visualization of growth conditions - Damage reduction through early detection of diseases and stress - Efficient watering and fertilization management based on data - Stabilization and improvement of yields