MLCC Nickel Paste for Screen Printing

Nickel paste formulated for screen printing in multilayer ceramic capacitor (MLCC) manufacturing serves as an essential electrode material for building multilayer ceramic structures. This type of nickel paste uses finely engineered nickel powder as the conductive phase and is formulated with high-purity organic vehicles, dispersants, and binders.

Because nano-scale nickel powders tend to agglomerate, conventional formulations often lead to defects such as discontinuous or uneven internal electrodes after sintering. To solve these challenges, we engineered a highly stable, well-dispersed nickel paste that delivers exceptional printing uniformity after sintering. Its strong adhesion and excellent flatness help maximize device reliability and enhance overall product performance.

Our Products

Alfa Chemistry offers a range of high-quality MLCC nickel pastes for customers. These products feature broad applicability, excellent printability, and high reliability. The relevant product specifications are as follows:

Product Advantages

• The product offers broad coverage and is compatible with various MLCC products, including X5R, X7R, and C0G.
• The product provides excellent dispersion and high storage stability.
• Printed electrodes exhibit smooth edges and a flat surface.
• The product offers high electrical performance and reliability after sintering.
• The product is free of hazardous substances such as lead and cadmium, and complies with RoHS regulations.

You Need to Know

• Pre-use handling: It is recommended to perform slow milling for more than 24 hours before use, or to thoroughly mix the product with a planetary homogenizer prior to application. Please seal and store any remaining paste after use.
• Storage conditions: temperature 5–25 °C, humidity 50 ± 10%, and sealed to avoid light exposure
• Shelf life: 3 months
• Safety instructions: This product contains volatile organic solvents. Keep it away from open flames and heat sources to prevent any impact on product performance.