HONG YE SILICONE liquid silicone for Artificial Stone Cladding is a two-component RTV 2 Silicone Rubber, available as Addition Curing Silicone and condensation curing silicone options. This versatile Liquid Mold Silicone cures at room temperature, featuring low shrinkage, high tear & tensile strength and excellent flexibility, enabling easy demolding. Ideal for artificial stone cladding, GRC and gypsum molding, it also suits shoe mold and prototype making, delivering durable, high-precision molds for repeated casting and cutting production costs for global manufacturers.
Product Overview
This professional Mold Making Silicone is a premium liquid silicone tailored for artificial stone cladding and architectural decoration molding, belonging to Industrial mold silicone rubber. It is a two-part flowable material, with Part A as white flowing liquid and Part B as special curing agent, supporting room temperature vulcanization without extra heating. We offer two mature formulations: addition cure and condensation cure, to meet different production efficiency, cost and precision demands, with stable performance and easy operation for both pouring and brushing molding techniques.
Technical Specifications
Product type: Liquid Silicone for Artificial Stone Cladding, RTV 2 Silicone Rubber, mold making silicone, liquid Mold Silicone, addition curing silicone; Form: Two-component, Part A is white flowable liquid; Curing method: Room temperature curing; Curing systems: Addition cure, condensation cure optional; Core properties: Low shrinkage, high tear/tensile strength, excellent flexibility; Operating techniques: Pouring molding, brushing molding available; Shelf life: 12 months in sealed, cool (≤25℃) dry storage; Transportation: Non-hazardous goods, safe for global shipping.
Product Images and Videos
Product images:
Product Features & Advantages
This liquid silicone stands out with robust tear and tensile strength, ensuring mold durability for repeated casting cycles and reducing frequent mold replacement costs. It has ultra-low shrinkage, guaranteeing high dimensional stability and precise replication of artificial stone textures and patterns without distortion. With excellent flexibility, it achieves effortless demolding even for complex architectural profiles, avoiding mold or prototype damage. Curing completely at room temperature, it saves energy and simplifies operation, and our dual curing system options let buyers choose cost-effective condensation cure or high-precision addition cure flexibly.
How to Use the Product
Step 1: Prepare the target artificial stone cladding or prototype, fix it firmly on a flat plate, and build a enclosed mold frame with wooden plates to prevent liquid leakage.
Step 2: Weigh Part A (silicone base) and Part B (curing agent) strictly per the specified ratio for your selected curing type, mix them thoroughly and evenly.
Step 3: Put the fully mixed silicone into a vacuum machine for 2-3 minutes de-airing to remove internal bubbles, ensuring smooth mold surface.
Step 4: Pour the de-aired silicone into the mold frame, or brush it evenly onto the prototype surface with a brush for brushing molding.
Step 5: Wait for the silicone to cure fully at room temperature; after complete curing, demold gently to get the finished mold, and reinforce with gypsum if needed for large molds.
Application Scenarios
This liquid silicone is mainly used for making molds of artificial stone cladding, decorative walls, wall tiles, artificial stone, concrete ornaments, GRC decorations and gypsum plaster mouldings, the core material for architectural decoration manufacturing. It also applies to shoe molds, sand casting, sole sampling, plaster models and simple pattern products, suitable for size-stable, non-deformation prototype and industrial part molding. It helps manufacturers improve molding efficiency, ensure consistent product quality, and realize large-scale batch production of architectural and daily use products.
Certifications and Compliance
Our Liquid Silicone for Artificial Stone Cladding complies with ISO 9001 quality management system and CE certification standards, with stable and reliable industrial-grade performance. It is non-toxic, environmentally friendly, classified as non-hazardous goods, fully conforming to international production and transportation regulations, suitable for global architectural decoration and mold manufacturing projects.
Customization Options
We support customization between addition curing silicone and condensation curing silicone systems to match cost and precision needs. Offer personalized hardness, fluidity and curing speed adjustment for pouring or brushing molding. Provide flexible packaging specifications for small-batch sample testing and large-scale bulk procurement, and optimize formula for large artificial stone mold reinforcement demands.
Production Process & Brand Strength
We adopt high-purity Silicone raw materials, conduct precise ratio blending and strict quality testing on strength, shrinkage and curing effect. With mature RTV 2 Silicone Rubber production technology and complete quality control system, we ensure consistent batch quality. As a professional silicone supplier, we provide clear operation guidance and technical support, helping buyers avoid operation errors and ensure molding success.
FAQ
Q1: What curing systems are available for this silicone?
A1: We provide addition curing silicone and condensation curing silicone two options, buyers can choose based on production demands.
Q2: Can this silicone be used for brushing and pouring molding?
A2: Yes, it supports both pouring and brushing techniques, suitable for different mold sizes and structures.
Q3: What is the storage requirement for this liquid silicone?
A3: Store in sealed, cool and dry conditions below 25℃, with a 12-month shelf life.
Q4: Is this silicone suitable for shoe mold making?
A4: Definitely, it is widely used for shoe molds, sole sampling and related prototype molding.
Q5: Why is vacuum de-airing needed after mixing?
A5: Vacuum de-airing removes bubbles, ensuring smooth, flawless mold surface and high-precision replication.