HONGYE SILICONE’s Precision Addition Curing Silicone for Molding Projects is a professional two-component silicone, engineered with advanced addition curing technology to deliver ultra-precise results for diverse molding projects. As a national high-tech enterprise with standardized production and one-stop solutions, this silicone is FDA-certified, non-toxic, odorless, temperature-resistant (-60℃~250℃), featuring stable curing, excellent detail replication and easy operation. It helps global mold manufacturers achieve precise molding, reduce rework costs, and excel in various high-demand molding projects.
Product Overview
Our Precision Addition Curing Silicone for Molding Projects is a high-performance liquid silicone tailored for the rigorous precision requirements of molding projects. Composed of high-purity flowable Part A and Part B, this RTV 2 Silicone Rubber adopts advanced addition curing technology—superior to condensation curing alternatives—enabling both room-temperature and heat curing with simple operation. It achieves shrink-free deep curing without thickness limits, produces no toxic by-products, and integrates precision, durability and versatility, making it the ideal choice for high-precision molding projects in industrial, prototyping and craft fields.
Technical Specifications
Type: Two-component precision addition-curing RTV 2 Silicone Rubber; Mix Ratio: 1:1 (by weight); Operating Time (25℃): 30~40 minutes (customizable); Curing Time (25℃): 4~5 hours; 80~120℃ for tens of minutes (accelerated curing); Temperature Resistance: -60℃~250℃; Hardness: 20~28 Shore A (customizable); Shelf Life: 10 months (sealed, indoor storage); Fluidity: 700~1100 mPa·s; Tensile Strength: ≥3.9MPa; Shrinkage Rate: ≤0.08%; Certification: FDA food-grade certified; Application: Precision addition curing silicone for molding projects, addition curing silicone, Mold Making Silicone, liquid silicone, Rapid prototyping silicone, Industrial mold silicone rubber.
Product Images and Videos
High-quality images showcase the silicone’s uniform, impurity-free texture, excellent fluidity, precise mold filling details, and finished molds with intact micro-details. Demonstration videos display the full molding project workflow: component mixing, vacuum degassing, pouring, addition curing, and demolding, highlighting its precision performance, easy operability and consistent curing effect. Original image addresses are retained for direct website integration, helping purchasers intuitively recognize its precision advantages.
Product Features & Advantages
1. Advanced Addition Curing Technology: Unlike Condensation Curing Silicone Mold Rubber, it cures without by-products or odor, ensuring clean production and stable performance, laying the foundation for precision molding. 2. Ultra-Precision Performance: Ultra-low shrinkage (≤0.08%) and excellent fluidity capture even tiny details of the master mold, meeting the strict precision requirements of molding projects. 3. Stable Batch Performance: Strict standardized production and testing ensure consistent viscosity and curing effect across batches, eliminating precision errors in large-scale molding projects. 4. High Durability: High tensile and tear resistance, supporting 65~85 mold cycles, reducing rework and replacement costs for long-term molding projects. 5. Versatile & Safe: FDA-certified, non-toxic, odorless, compatible with resin, metal, concrete, fitting diverse molding project scenarios. 6. Brand Assurance: National high-tech enterprise with one-stop solutions, providing professional technical support for precision molding projects.
How to Use (Step-by-Step)
1. Mix Part A and Part B of the precision addition curing silicone in a 1:1 weight ratio, stirring thoroughly for 2~3 minutes until uniform and bubble-free—critical for ensuring molding precision.
2. Vacuum degas the mixed silicone for 2~5 minutes; adjust time according to viscosity, weight and vacuum pressure to eliminate bubbles that affect precision.
3. Slowly pour the degassed silicone into the master mold, leveraging its excellent fluidity to fully cover all intricate details and cavities.
4. Cure at room temperature (4~5 hours) or heat at 80~120℃ for accelerated addition curing, ensuring stable precision for molding projects.
5. Gently demold the cured mold, clean thoroughly before reuse; store unused silicone sealed indoors, away from sunlight and rain to preserve its precision performance.
Application Scenarios
This precision addition curing silicone is widely used in various molding projects, including rapid prototyping silicone molds, high-precision handboard manufacturing, metal craft molding, high-simulation food molds, epoxy resin/polyester resin molding, and concrete/cultural stone molding. It brings tangible value: improving molding precision by 40%+, reducing rework costs by 30%+, ensuring consistent project quality, and helping manufacturers deliver high-precision molds for global molding projects.
FAQ
1. What’s the advantage of addition curing for precision molding projects? Addition curing ensures no by-products, stable performance and ultra-low shrinkage—key to achieving precise molding results.
2. Is it suitable for food-grade molding projects? Yes, it’s FDA-certified, non-toxic and odorless, fully meeting food-contact safety standards.
3. Can it meet the precision requirements of complex molding projects? Yes, its ultra-low shrinkage and excellent fluidity capture tiny details, complex and precise molding needs.
4. Can we customize it for specific molding projects? Yes, hardness, curing time and fluidity can be tailored to fit diverse project requirements.
5. Is it easy to operate for precision molding projects? Yes, the 1:1 mix ratio and simple steps are user-friendly, with technical support available for complex projects.
Shenzhen Hong Ye Jie Technology Co., Ltd
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