Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
211～240 item / All 295 items
A coating-type anti-corrosion paste that achieves a thick film and also possesses sacrificial corrosion protection properties.
Coating-type anti-corrosion paste "ZAP Paste" [Construction Guidelines]
Achieve a beautiful appearance without melting the base material! We solve the challenges of aluminum brazing that are said to be difficult.
Brazing is one of the methods for joining metals. It involves using a filler material with a lower melting point than the base metal, allowing the filler to melt and join the base materials without melting them. Our filler material is a paste-type brazing material that is easy to apply to targeted areas. This allows for the application of the necessary amount of filler material to the required locations, preventing the base metal from melting, which enables complex joint shapes and simultaneous joining at multiple locations. Additionally, since the base metal does not melt, a clean appearance can be achieved. 【Features】 - Easy to apply paste-type filler material that allows for the application of only the necessary amount, preventing the base metal from melting. - Capable of joining complex shapes and multiple locations simultaneously. - Achieves a clean appearance. *We also offer brazing contract testing services. For more details, please refer to the PDF document or feel free to contact us. *Brazing column currently being serialized! https://pr.mono.ipros.com/toyal/product/detail/2001526726/
Ideal for ceramics and glass! Provides conductivity and heat dissipation with aluminum layer formation!
In the semiconductor industry, there is a demand for high conductivity and heat dissipation due to the miniaturization and high density of components. Particularly in the formation of electrodes on ceramic substrates, the adhesion between materials and stability during firing are crucial. Conventional methods have sometimes struggled to address these challenges. Our aluminum paste demonstrates excellent adhesion to ceramic and glass substrates and contributes to solving these issues by forming a highly conductive and heat-dissipating aluminum layer through firing and sintering. 【Usage Scenarios】 - Formation of external electrodes on ceramic substrates - Formation of heat dissipation paths - Formation of conductive layers in electronic component packages 【Benefits of Implementation】 - Improved electrical performance due to excellent conductivity - Suppression of temperature rise in components due to high heat dissipation - Increased design flexibility due to adhesion to various substrates - Cost reduction by being free of gold and silver
Ideal for ceramics and glass! Provides conductivity and heat dissipation with aluminum layer formation!
In the telecommunications industry, high conductivity and heat dissipation are required for components such as antennas. Particularly, as miniaturization and high performance progress, the adhesion to substrate materials and the simplicity of the manufacturing process are emphasized. Conventional materials may face challenges in forming aluminum layers on ceramics and glass, leading to issues in performance and cost. Our aluminum paste addresses these challenges, allowing for the easy formation of aluminum layers with excellent conductivity and heat dissipation on ceramic and glass substrates, thereby contributing to the performance improvement of antenna components. 【Application Scenarios】 - Formation of external electrodes for antennas - Application to ceramic capacitors and dielectric filters - Formation of conductive layers on heat dissipation substrates 【Benefits of Implementation】 - Improvement of electrical characteristics of antennas - Contribution to miniaturization and thinning of components - Simplification of the manufacturing process - Cost reduction through gold and silver-free solutions
All halogens are additive-free, significantly reducing voids during implementation.
Completely Halogen-Free The 'EVASOL 7001 Series' does not contain any halogens, including chlorine (Cl) and bromine (Br). It complies with all current halogen-free standards. Reduction of Voids By adding components that promote the escape of gas within the molten solder, we have reduced the residual voids. High Printing Stability It prevents the reaction between the flux and powder, thereby preventing viscosity changes during continuous printing. Stable mounting is achievable. 【Features】 ■ High continuous printing stability ■ Reduction of voids ■ Compliance with halogen-free standards *For more details, please refer to the PDF document or feel free to contact us.
Preventing cracks in flux residue, achieving high electrical reliability.
Prevention of Flux Residue Cracking The "EVASOL 1500 Series" incorporates a special resin into the flux, providing elasticity to the flux residue. This prevents cracking and the associated decrease in insulation resistance. Good Wetting Properties We have selected the optimal surfactants for synthetic resins, ensuring wetting properties equivalent to those of previous products. High Electrical Reliability We have chosen the base resin and surfactants with a focus on electrical reliability. 【Features】 ■ Prevention of flux residue cracking ■ Good wetting properties ■ High electrical reliability *For more details, please refer to the PDF materials or feel free to contact us.
Compliance with J-STD-709 halogen-free standards achieves significant void reduction.
Halogen-free standard compliant The 'EVASOL 7510 series' does not contain Cl and Br, which are the causes of dioxin generation. It complies with most halogen-free standards. Reduced voids By adding components that promote the escape of gas within the molten solder, we have reduced the residual voids. Enhanced wetting performance The heat resistance of the flux has been enhanced. This prevents wetting defects due to temperature gaps in mixed assembly of large and small components, as well as unmelted areas in fine patterns. 【Features】 ■ Halogen-free standard compliant ■ Reduced voids ■ Excellent wettability *For more details, please refer to the PDF document or feel free to contact us.
Achieves excellent cleaning performance, compliant with the halogen-free standard J-STD-709.
Corresponding to the cleaning process The "EVASOL 8825 series" uses materials with high compatibility with solvents based on flux. It improves the cleanability of flux residues. Compliance with halogen-free standards It does not contain chlorine (Cl) or bromine (Br), which can cause dioxins, and complies with the halogen-free standard J-STD-709. High printing stability It prevents the reaction between flux and powder, thereby preventing viscosity changes during continuous printing. Stable mounting is possible. 【Features】 ■ Good cleanability ■ High continuous printing stability ■ Good wettability *For more details, please refer to the PDF document or feel free to contact us.
レーザーによる急加熱に対応 微小部品の実装に特化
微小部品に特化 微小部品の実装に対応するため、専用の設計を行いました。 微小部品特有の課題を解決します。 ソルダボールを防止 レーザーによる急加熱実装を可能にする特殊な活性剤を使用。 加熱時のダレを低減し、はんだボールの問題を解決します。 安定吐出 フラックスと粉末の反応を防止しています。 微小な吐出でも、高い塗布を実現しています。 【特長】 ■ソルダボールを防止 ■安定吐出 ■微小部品専用設計 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
All halogen-free, compatible with laser heating methods.
Completely Halogen-Free No halogens, including chlorine (Cl) and bromine (Br), are added. It complies with all current halogen-free standards. Prevention of Solder Balls Uses a special activator that enables rapid heating implementation by laser. Reduces sagging during heating and solves the solder ball issue. Stable Dispensing Prevents reactions between flux and powder. Achieves high coating stability even with minimal dispensing. 【Features】 ■ Prevention of solder balls ■ Stable dispensing ■ Compliance with halogen-free standards *For more details, please refer to the PDF document or feel free to contact us.
High melting point alloy compatible solder paste
This is a high melting point type of solder paste. It is ideal for mounting components with high heat generation, such as power semiconductors. It has good adhesion after printing and suppresses solder ball formation during heating. This allows for more stable mounting.
By kneading and rubbing with your hands, the fragrance is released! Various scented printed items can be produced.
"Aroma Granule AQ Ink" is a water-based paste that combines various fragrances in a stable and high concentration using our unique microencapsulation technology. By mixing it with various binders and screen printing, fragrance prints can be realized. When the printed area is rubbed or pressed by hand, the microcapsules break, releasing various aromas. Additionally, as long as they are not broken, they can remain stable for several years. We offer a variety of scents including strawberry, lemon, and orange. 【Properties (partial)】 ■ Appearance: Milky white paste ■ Average particle size: 2.0–4.0μm ■ pH: 6.0–7.0 ■ Density: 1.00±0.05g/cm3 ■ Ionic nature: Anionic *For more details, please refer to the PDF document or feel free to contact us.
When the temperature rises, it fades, and when it drops, it colors! Introducing products that comply with EU environmental regulations.
"Kuromi Color AQ Ink LF Grade" is a water-soluble dispersion paste that contains a high concentration of pigments that change color with temperature. It is a low formaldehyde type with a formaldehyde content of 0.06% or less. Additionally, it does not use the environmental hormone substance bisphenol A. By mixing this product with a clear binder and printing on fibers or paper, you can obtain thermochromic prints or printed materials. 【Properties (partial)】 ■ Appearance: Colored paste ■ Density: 1.04±0.05g/cm3 ■ Ionicity: Anionic ■ Solid content: 45.0±2.0% ■ Flammability: None *For more details, please refer to the PDF document or feel free to contact us.
国産の安心感、Ag:AgCl比を選べる自由な設計。
環境計測用IoTセンサーの分野では、信頼性の高い測定を実現するために、安定した電極特性が求められます。特に、長期間にわたる正確なデータ収集には、電極材料の品質と安定供給が不可欠です。海外製品の供給不安や納期遅延は、開発スケジュールの遅延や製品の市場投入遅延につながるリスクとなります。当社の銀/塩化銀ペースト K-398Xシリーズは、国産ならではの安定した供給体制と、Ag:AgCl比率を選択できる柔軟性により、これらの課題を解決し、信頼性の高いIoTセンサー開発をサポートします。 【活用シーン】 ・屋外設置型環境モニタリングセンサー ・水質・土壌センサー ・ウェアラブル環境センサー 【導入の効果】 ・海外製品に比べ、供給が安定しており、BCP・セカンドソース対策に貢献 ・測定方式や要求特性に応じた最適なAg:AgCl比率の選択が可能 ・電極形状や配線パターンの自由な設計により、多様なセンサーニーズに対応
Domestic production, a sense of security. A flexible design that allows you to choose the Ag:AgCl ratio.
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
国産の安心感と設計の自由度。Ag:AgCl比を選べる印刷用ペースト。
医療機器業界、特に生体信号の計測においては、電極の安定性と信頼性が求められます。生体適合性や長期間の使用における性能維持が重要視されるため、電極材料の選定は慎重に行う必要があります。海外製品に頼る場合、供給の不安定さや納期遅延のリスクが、開発や生産計画に影響を与える可能性があります。当社の銀/塩化銀ペースト K-398Xシリーズは、国産ならではの安定した供給体制と、Ag:AgCl比率の選択肢により、これらの課題に対応し、医療機器開発をサポートします。 【活用シーン】 ・生体信号計測用電極の印刷 ・ウェアラブルデバイスへの応用 ・研究開発用途での電極試作 ・長期モニタリング用電極 【導入の効果】 ・海外品に比べ、安定した調達と短納期を実現 ・測定方式や要求特性に応じた最適な電極設計が可能 ・電極形状や配線パターンの自由度向上
国産の安心感。Ag:AgCl比を選べる、自由な設計。
ウェアラブルデバイスの健康管理用途では、生体信号を正確かつ安定的に計測するための電極材料が求められます。特に、長期間の使用や肌への密着性を考慮すると、信頼性の高い国産材料と、用途に応じた特性を持つ電極設計が重要となります。海外品の供給不安や、独自の電極形状・配線パターンを内製したいというニーズに対応するため、当社の銀/塩化銀ペースト K-398Xシリーズは、国産ならではの調達の容易さと短納期を実現し、BCP・セカンドソース対策にも貢献します。また、Ag:AgCl比率の異なる複数グレードを用意しており、測定方式や求める特性に合わせて最適な電極設計をサポートします。 【活用シーン】 ・ウェアラブルデバイスの生体電極 ・健康管理用センサー ・フレキシブル基材への印刷 【導入の効果】 ・国産による安定供給と短納期 ・用途に合わせたAg:AgCl比率の選択 ・自由な電極形状・パターン設計による機能性向上
Domestic peace of mind, with the freedom to choose the Ag:AgCl ratio in the design.
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
Printing and forming Ag/AgCl electrodes of arbitrary shapes.
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.
Create a reference electrode for pH and ion sensors using printing.
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.
Printing materials for ECG, EEG, and EMG electrodes.
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.
Made in Japan. Free by design. A screen-printing Ag/AgCl ink with a grade for every measurement.
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.
Reference electrode for pH, ORP, and ion sensors.
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.
Electrode materials supporting long-term measurements in agricultural research.
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.
Print the Ag/AgCl electrode to match the signal you want to measure.
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.
Designing shapes, areas, and wiring using screen printing.
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.
