Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
136～150 item / All 242 items
レーザーによる急加熱に対応 ソルダボールの問題を解決
ソルダボールを防止 『EVASOL 3229シリーズ』は、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。 大型部品にも対応 チップからコネクタまで大小様々な部品に対応します。 複雑化する基板の実装を可能にします。 車載での採用実績 Sn-Pbの頃から車載電装品の実装にご採用頂いております。 より厳しい実装品質と信頼性を要求されるユーザー様に最適です。 【特長】 ■ソルダボールを防止 ■大型部品にも対応 ■急加熱時のダレを低減 ※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。
Introducing fine powder paste.
The particle size of solder powder used in solder paste must be selected appropriately according to the mounted components. As miniaturization of components used in small mounted products progresses, it is necessary to narrow the inner diameter of the metal mask openings and dispensing nozzles to stably apply a small amount of solder to the mounting substrate, which requires the use of fine powders. Fine powders not only have a smaller diameter but also have an increased surface area per unit weight. As a result, issues arise such as: - Decreased wettability - Increased solder balls - Decreased stability during use (continuous application) These challenges necessitate the development of specialized fluxes to address them. We offer a syringe-type solder paste using Type 5 (10-25) powder, which resolves the above issues, and it has already been adopted by our users. *For more details, please feel free to contact us.
I will introduce the void in the implementation with solder paste.
Void Issues Voids in solder joints are phenomena where gas generated during soldering remains trapped inside the solder joint. According to the industry standard IPC-A-610, voids up to 25% of the joint area are permissible, but for components such as power devices, reducing voids is necessary to improve heat dissipation efficiency and ensure joint reliability. Causes of Voids The causes of voids include: - Air bubbles trapped in non-wet areas - Decomposition gases from residual flux in the solder - Decomposition gases trapped in non-wet areas Measures Against Voids To prevent voids, it is essential to avoid creating non-wet areas on the substrate and components. It is important to manage them properly to prevent deterioration due to oxidation or moisture absorption during storage. Our company offers void-reducing solder paste made from materials with good wettability and low gas generation, so please contact us for more information.
This is a paste with a strong texture of real shrimp.
"Sweet Shrimp Paste 16T" contains peeled shrimp blended directly, allowing you to impart the texture, natural aroma, and sweetness of shrimp into your dishes. It is perfect for dishes where you want to enhance the shrimp's flavor, such as shrimp chili, shrimp pilaf, and seafood curries or gratins. No seasonings (such as amino acids) are used. By diluting it to your preferred concentration, you can use it in a variety of dishes.
Manufacturing soldered nickel paste for SUS cases! Production capacity is up to 20 tons per month.
At C.I. Plant Co., Ltd., we are engaged in "paste manufacturing." We produce nickel paste for brazing inner fins of "EGR coolers" and SUS cases, with a production capacity of up to 20 tons per month. Additionally, we are developing copper paste for use in delivery pipes. Please feel free to contact us when needed. 【Manufacturing Examples】 ■ EGR Cooler ■ Planetary Mixer ■ Lamp Press *For more details, please refer to the PDF materials or feel free to contact us.
Protection from fretting corrosion and corrosion! Grease paste for waterproof and high load applications.
"Vice Sol W100/W101/W102" is an excellent water-resistant and high-load grease paste that excels in lubrication for combinations of iron and non-ferrous metals. It is an intermediate between grease and paste, formulated by blending a carefully selected mixture of inorganic white solid lubricants with mineral oil, thickened with lithium. Thanks to the high-performance white solid lubricant, it powerfully protects lubricated surfaces from friction and wear caused by shock loads, extreme pressure loads, fretting corrosion, and other stresses placed on drive and movable parts in harsh environments. 【Features】 ■ Excellent extreme pressure performance ■ Protection against fretting corrosion and rust ■ Outstanding shock load performance ■ Superior adhesion, water resistance, and rust prevention ■ Does not contain fluorine or silicon in the white solid *For more details, please refer to the PDF document or feel free to contact us.
The paste has a very low viscosity and excellent workability! We present carefully selected diamond abrasives.
"Diamond Paste WITH" is an ideal oil-based paste that pursues workability, grinding performance, and economic efficiency. It is capable of achieving a stable finish up to a super mirror surface. Through the pursuit of polishing power, it completely eliminates coloring agents and chemicals that could have adverse effects, ensuring stability even with non-ferrous metals. 【Features】 ■ Carefully selected diamond abrasives are uniformly dispersed through a special manufacturing process, providing stable polishing power. ■ The paste has a very low viscosity, resulting in excellent workability. ■ Even when diluted with a dedicated thinner, there is no separation or detachment of the diamond abrasives (please use the dedicated thinner: A-602). *For more details, please refer to the PDF document or feel free to contact us.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are required for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Regular grinding wheels have abrasive particles fixed with a bond, so the pressure applied directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive particles and a paste-like compound, allowing the particles to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. There is a difference in the pressure transmitted to the abrasive particles between a hard object like a bamboo spatula and a soft material like felt, resulting in differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are required for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive grains fixed with a bond, so the pressure applied directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive grains and a paste-like compound, allowing the grains to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. There is a noticeable difference in the pressure transmitted to the abrasive grains between a hard object like a bamboo spatula and a soft material like felt, resulting in differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high-precision molds are necessary for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Regular grinding wheels have abrasive particles fixed with a bond, so the applied pressure directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive particles and a paste-like compound, allowing the particles to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. The pressure transmitted to the abrasive particles differs between a hard object like a bamboo spatula and a soft material like felt, resulting in differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are necessary for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive grains fixed with a bond, so the pressure applied directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive grains and a paste-like compound, allowing the grains to move freely without being fixed. Therefore, the applied pressure does not directly transfer, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. Using a hard object like a bamboo spatula versus a soft material like felt will obviously result in different pressure being transmitted to the abrasive grains, leading to differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are necessary for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive particles fixed with a bond, so the applied pressure directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive particles and a paste-like compound, allowing the particles to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. For instance, using a hard object like a bamboo spatula versus a soft material like felt will obviously result in different pressures transmitted to the abrasive particles, leading to variations in the finished surface.
Achieving excellent screen printing properties! High conductivity is exhibited with low-temperature curing similar to polymer-type silver paste.
The "Dotaite XA-9565" is a highly conductive, low-cost silver paste that is best applied using screen printing. It achieves high conductivity comparable to metal materials, with low-temperature curing similar to polymer-type silver pastes, all at a low price. The additive manufacturing method allows for a reduction in processes compared to etching and other methods. It can be used in applications such as RFID antennas, electromagnetic shielding for electronic components, sensor circuits, and membrane switch circuits. 【Features】 ■ Achieves high conductivity through the fusion of silver nanoparticles ■ Excellent screen printing properties ■ Allows for process reduction compared to etching and other methods through additive manufacturing ■ Composed of materials registered in the TSCA, REACH, and IECSC inventories ■ Silver nanoparticles fuse to form continuous conductive paths *For more details, please refer to the PDF document or feel free to contact us.
Maintains high shielding performance even in ultra-high frequency bands! Achieves package-level EMI shielding.
The "Dotaite EMI Shielding Material Series" is a conductive paste that can be applied to complex shaped surfaces, providing shielding effects. Depending on the application, both paint and sheet types are available. For power circuit boards, it can be directly spray-applied to uneven, component-mounted boards to provide shielding effects. It is also suitable for applications such as 5G repeaters and antennas, as well as automotive millimeter-wave radars. 【Features】 ■ A wide range of choices for price vs. performance in conductive paints ■ An alternative product to sputtering for semiconductor package applications ■ Achieves package-level EMI shielding ■ Can be applied to complex shaped surfaces, providing shielding effects ■ Shields "low-frequency magnetic field noise" that conductive paints cannot prevent *For more details, please refer to the PDF materials or feel free to contact us.
Achieving low resistance in circuits through the fusion of metal fillers! Capable of forming a coating that easily dissolves in water.
The "Dotaite Printed Electronics Series" is a conductive paste that allows for fine line printing using screen printing. By optimizing the formulation, it achieves low resistance in a polymer type. It can be applied to flexible circuits that require high bendability. It is a molding and stretchable paste, and there are other options available besides Ag paste. Please feel free to contact us when you need assistance. 【Features】 ■ Fine line printing is possible with screen printing ■ Extremely fine line printing is possible through gravure offset printing ■ Extremely fine line printing is possible with nanoimprint ■ Low resistance is achieved in a polymer type through formulation optimization ■ Low resistance in circuits is achieved through the fusion of metal fillers *For more details, please refer to the PDF document or feel free to contact us.
