HONG YE SILICONE’s Pad Printing Silicone is a premium two-component liquid silicone engineered for manufacturing high-performance silicone rubber for printing head. With fine texture, zero impurities, and excellent resilience, it ensures sharp ink transfer, wear resistance, and long service life. Compatible with plastics, metals, ceramics, and other substrates, this versatile liquid pad printing silicone meets ISO9001, CE, and ROHS standards, offering customizable hardness and easy operation—ideal for industrial manufacturers seeking cost-effective, high-quality printing solutions.
Product Overview
Our Pad Printing Silicone is a specialized RTV Pad Printing Silicone designed exclusively for crafting high-performance printing heads. As a core product of HONG YE SILICONE, this two-component flowable liquid adheres to strict industrial standards: it boasts a smooth, impurity-free texture, strong ink absorption, and superior pattern reproduction. Whether for small-batch customization or large-scale production, this Pad printing silicone rubber delivers consistent, precise results, making it a reliable choice for global manufacturers across industries.
Technical Specifications
• Form: Two-component (A/B) flowable liquid
• Hardness Range: 15A°–25A° (adjustable via silicone oil addition)
• Curing Method: Room-temperature vulcanization (cure time varies with 2%–3% curing agent dosage)
• Key Properties: Wear-resistant, non-deformable, oil-leakage proof, solvent-resistant, zero shrinkage
• Shelf Life: 12 months (unopened, stored at 25°C)
• Packaging: 25kg/200kg sealed iron drums
• Storage Requirement: Room temperature, dry environment; avoid contact with water and direct sunlight
Product Images and Videos
• Product Images: [Front view of pad printing silicone drums], [Close-up of A/B component mixing], [Finished silicone printing head], [Printing process demo on plastic/ceramic products]Electronic Potting Compound • Demo Video: [Link to video showing mixing, curing, and application effect]
Product Features & Advantages
1. Precision Printing: Low viscosity and high fluidity ensure full ink coverage and sharp pattern reproduction, even for intricate designs.
2. Durable Performance: Made from high-purity silicone, it offers exceptional wear resistance and resilience, supporting thousands of prints without deformation.
3. Flexible Customization: Adjustable hardness (15A°–25A°) fits diverse substrates and printing needs, from small, detailed patterns to large surfaces.
4. Easy Operation: Room-temperature curing eliminates the need for special equipment; simple mixing ratio ensures consistent results.
5. Wide Compatibility: Works seamlessly with plastics, metals, ceramics, glass, and other materials, paired with most industrial inks.
How to Use
1. Mold Preparation: Electronic Potting Compound,Clean the mold with detergent, dry thoroughly, and apply a release agent for easy demolding. 2. Mix Silicone & Oil: Adjust the ratio of Pad Printing Silicone to silicone oil. For soft heads (large patterns), use a 100:30–100:50 ratio; for hard heads (small details), use little to no oil (15A°–25A° is optimal). Excess oil reduces durability.
3. Add Curing Agent: Mix 2%–3% curing agent (based on total silicone+oil weight), stir thoroughly for 2–3 minutes.
4. Deaerate & Cast: Degas the mixture for ≤10 minutes (over-degassing causes premature curing). Pour into the mold and let it cure at room temperature.
Application Scenarios
Our Pad Printing Silicone is widely used in:
• Toy Manufacturing: Printing patterns on PVC, plastic toys, and model kits.
• Electronics Industry: Marking logos and characters on mobile phone accessories, keyboards, and control panels.
• Ceramic & Glass Products: Decorating tableware, crafts, and building materials.
• Automotive Parts: Printing labels and symbols on plastic or metal automotive components.
• Packaging Industry: Adding anti-counterfeiting labels and decorative patterns to irregularly shaped containers.
Value for Buyers
• Cost Efficiency: Durable printing heads reduce replacement frequency and material waste, lowering production costs.
• Boost Productivity: Fast curing and easy operation shorten production cycles, supporting large-scale manufacturing.
• Enhance Quality: Sharp, consistent prints improve end-product aesthetics and brand recognition.
• Versatility: Compatible with multiple substrates, meeting diverse production needs.
Certifications & Compliance
Our Pad Printing Silicone, including silicone rubber for printing head and liquid pad printing silicone, meets international standards such as ISO9001, CE, and ROHS. It is non-toxic, environmentally friendly, and compliant with global industrial regulations, ensuring safe use and market access.
Customization Options
We offer tailored solutions to meet specific requirements:Electronic Potting Compound
• Adjustable hardness (15A°–25A°) for different printing scenarios.
• Custom packaging sizes (beyond 25kg/200kg) to fit logistics needs.
• Formulation tweaks for special substrates or ink systems.
Production Process
1. Raw Material Selection: Sourcing high-purity silicone and premium additives, subject to strict quality inspection.
2. Precision Mixing: A/B components are mixed in controlled environments to ensure uniform texture and performance.
3. Quality Control: Pre-production samples and finished products undergo rigorous testing (viscosity, hardness, print effect, durability).
4. Packaging & Sealing: Products are sealed in air-tight iron drums to maintain stability during transportation and storage.
FAQ
1. What substrates is this silicone compatible with? It works with plastics, metals, ceramics, glass, and most industrial materials.
2. How to adjust the hardness of the printing head? Adjust via silicone oil dosage—more oil for softer heads, less oil for harder ones (15A°–25A° recommended).
3. What is the shelf life of the product? 12 months when stored unopened at 25°C in a dry, sealed container.
4. Can it be used for high-volume production? Yes, its wear resistance and consistent performance make it ideal for large-scale manufacturing.
5. Does it require special curing equipment? No, it cures at room temperature, eliminating the need for high-temperature tools.
Shenzhen Hong Ye Jie Technology Co., Ltd
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