HONG YE SILICONE High Ink Absorption
Pad Printing Silicone is a professional RTV2
liquid silicone optimized for high-color and high-clarity printing. Compatible with Liquid Pad Printing Silicone,
Electronic Potting Compound,
Potting Compound and
Silicone Potting Compound, this material features strong ink absorption, uniform ink release and excellent color reduction. It solves faint color and uneven printing problems, making printed patterns fuller, brighter and more layered for industrial product surface decoration.
Product Overview
Ordinary pad printing silicone often causes insufficient ink uptake, resulting in pale and dull patterns. Our high ink absorption pad printing silicone adopts upgraded molecular structure to enhance ink affinity and transfer efficiency. The cured pad head absorbs ink evenly and releases fully, presenting highly restored pattern colors and clear lines. Together with Liquid Pad Printing Silicone and potting compound products, it forms a high-quality industrial printing and electronic protection material system.
Product Images and Videos
Images show ink absorption effect, vivid pattern display and smooth pad surface. Videos record ink picking tests and continuous color printing processes to prove stable high-definition printing performance.
Technical Specifications
Product Type: Two-component RTV2 Liquid
Pad printing silicone rubber; Curing Method: Room temperature curing; Curing Period: 3-4 hours; Core Advantage: High ink absorption & uniform release; Texture: Ultra-fine uniform colloid; Performance: Wear-resistant, non-fading, non-oozing, zero shrinkage; Storage: Sealed dry room temperature; Supporting Products: Liquid Pad Printing Silicone, Electronic potting compound, Potting Compound, Silicone Potting Compound
Product Features & Advantages
This high-definition printing silicone greatly improves finished product appearance quality. Optimized ink absorption structure ensures sufficient ink picking and even transfer, avoiding partial color missing. Zero shrinkage and fine texture restore every pattern detail truly. Strong wear resistance ensures long-term stable color output without fading. It works well with Potting Compound and Silicone Potting Compound to realize unified printing and electronic encapsulation quality standards.
How to Use
1. Clean and polish the mold surface and apply release agent.
2. Mix silicone and auxiliary oil in standard proportion, add curing agent and stir Liquid Pad Printing Silicone evenly.
3. Pour slowly to achieve bubble-free smooth molding.
4. Cure naturally for 3-4 hours before demolding.
5. Use high ink absorption pads for colorful and high-clarity pattern printing.
Application Scenarios
Suitable for colorful pattern printing on electronic decorations, toy surfaces, art crafts and brand trademarks. Ideal for products requiring high color saturation and delicate details. Cooperated with Electronic potting compound and Silicone Potting Compound, it improves overall product grade and yield rate.
Certifications and Compliance
Compliant with ISO, CE and RoHS international standards, non-toxic and environmentally safe for global export and industrial use.
Customization Options
Customize ink absorption performance and pad hardness for different ink types. Support formula matching with Liquid Pad Printing Silicone and potting series.
Production Process
High ink-affinity raw material inspection → precise proportioning → homogenization treatment → fine filtration → vacuum defoaming → sealed packaging → ink transfer performance test → warehousing.
FAQ
Q1: Why are printed patterns pale?
A1: Low ink absorption of silicone pad or uneven material mixing causes insufficient ink transfer.
Q2: Is it compatible with your full potting line?
A2: Yes, it perfectly matches Liquid Pad Printing Silicone, Electronic potting compound, Potting Compound and Silicone Potting Compound.
Q3: Can it print colorful patterns stably?
A3: Yes, uniform ink release ensures bright and consistent color for mass production.
Q4: How to preserve liquid silicone?
A4: Seal tightly and store in dry room temperature, avoid moisture deterioration.