HONGYE SILICONE’s Food Grade Silicone Flower Molds are professional two-component addition-curing liquid silicone, specially developed for safe, high-simulation flower mold making in food and craft industries. As a national high-tech enterprise with standardized production and one-stop solutions, this food-grade silicone is FDA and SGS certified, non-toxic, odorless, high-transparent, temperature-resistant (-60℃~250℃), featuring excellent fluidity, easy demolding and long durability. It helps global baking, food decoration and craft manufacturers create safe, realistic flower molds, reduce costs and gain competitiveness in the food-grade mold market.
Product Overview
Our Food Grade Silicone Flower Molds are high-performance food-grade liquid silicone tailored for the dual demands of food safety and flower detail replication. Composed of high-purity flowable Part A and Part B, this RTV 2 Silicone Rubber adopts advanced addition curing technology—superior to Condensation Curing Silicone Mold Rubber—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 excels in capturing delicate petal veins and flower shapes, making it the ideal choice for safe, realistic flower molds for food and craft applications.
Technical Specifications
Type: Two-component addition-curing RTV 2 Silicone Rubber (food grade); 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: 18~25 Shore A (flexible for demolding); Shelf Life: 10 months (sealed, indoor storage); Fluidity: 800~1200 mPa·s (for detail filling); Tensile Strength: ≥3.8MPa; Shrinkage Rate: ≤0.08%; Certification: FDA, SGS certified; Application: Food Grade Silicone Flower Molds, Food grade mold silicone, liquid silicone, Mold Making Silicone, Addition Curing Silicone, High transparency mold silicone.
Product Images and Videos
High-quality images showcase the silicone’s high-transparent, uniform texture, excellent fluidity, and finished flower molds with clear petal veins and realistic shapes—suitable for both food and craft use. Demonstration videos display the full flower mold making workflow: component mixing, vacuum degassing, pouring into flower masters, curing, and easy demolding, highlighting its food-grade safety, detail capture ability and user-friendliness. Original image addresses are retained for direct website integration, helping purchasers intuitively recognize its advantages for food-grade flower mold creation.
Product Features & Advantages
1. Strict Food-Grade Safety: FDA and SGS certified, non-toxic, odorless, non-yellowing, and free of harmful substances, safe for direct food contact (e.g., chocolate, fondant) and meets global food safety standards.
2. Superior Detail Capture: Excellent fluidity penetrates every tiny gap of flower masters, capturing delicate petal veins, stamen details and curved shapes, ensuring high-simulation flower molds far better than ordinary mold making silicone.
3. Advanced Addition Curing: No by-products or odor during curing, clean and eco-friendly, with stable size and low shrinkage (≤0.08%), superior to condensation curing silicone mold rubber.
4. Flexible & Durable: Soft texture allows easy demolding without damaging delicate flower details; high tensile and tear resistance supports 65~85 mold cycles, reducing replacement costs.
5. High Transparency & Customizable: Transparent texture ensures clear detail display; hardness, color, operating and curing time can be customized to fit different flower styles and production needs.
6. Brand Assurance: National high-tech enterprise with standardized production, providing one-stop solutions and technical support for food-grade flower mold manufacturers.
How to Use (Step-by-Step)
1. Mix Part A and Part B of the food grade silicone in a 1:1 weight ratio, stirring thoroughly for 2~3 minutes until uniform and bubble-free—critical for food safety and detail clarity.
2. Vacuum degas the mixed silicone for 2~5 minutes; adjust time according to viscosity to eliminate bubbles that affect detail and safety.
3. Slowly pour the degassed silicone into the flower master mold, leveraging its excellent fluidity to fully fill all petal gaps and details.
4. Cure at room temperature (4~5 hours) or heat at 80~120℃ for accelerated curing, ensuring the silicone retains flexibility and food-grade performance.
5. Gently demold the cured flower mold, clean thoroughly before reuse; store unused silicone sealed indoors, away from sunlight and rain to preserve its food-grade safety and performance.
Application Scenarios
This food grade silicone is widely used in flower mold scenarios, including baking flower molds (chocolate, fondant, candy, cake decoration), food decoration flower crafts, safe craft flower molds (resin, clay for food-related gifts), and wedding/birthday food decoration molds. It brings tangible value: ensuring food safety compliance, improving flower mold qualification rate by 40%+, reducing detail loss during demolding, and helping manufacturers deliver safe, high-simulation flower products to global clients in baking and food decoration industries.
FAQ
1. Is this silicone truly food-grade and safe for direct food contact? Yes, it’s FDA and SGS certified, non-toxic, odorless, and free of harmful substances, fully meeting global food safety standards for food contact applications.
2. Can it capture tiny flower details like petal veins? Yes, its excellent fluidity and ultra-low shrinkage ensure clear replication of even the smallest flower details.
3. Is it heat-resistant enough for baking? Yes, it withstands -60℃~250℃, suitable for baking and food heating scenarios without decomposition.
4. Can we customize the silicone for specific flower styles? Yes, hardness, color, transparency and curing time can be tailored to fit different flower sizes and shapes.
5. How long can the flower molds made with this silicone last? The silicone supports 65~85 mold cycles, ensuring long-term use and reducing replacement costs for mass production.
Shenzhen Hong Ye Jie Technology Co., Ltd
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