High-quality images show the silicone oil’s texture, temperature resistance test effects, mold applications in extreme temperature scenarios, and finished products. Demonstration videos display the full application process: silicone oil mixing, vacuum degassing, pouring, curing (including high-temperature acceleration), and demolding, highlighting its excellent temperature resistance, stable performance and easy operation. Original image addresses are retained for website display.
Product Features & Advantages
1. Excellent Temperature Resistance: Stable performance in -60℃~250℃, no deformation, cracking or performance degradation under extreme high or low temperatures, superior to ordinary mold making silicone with narrow temperature range.
2. Advanced Addition Curing: No by-products during curing, ensuring mold precision and no shrinkage, more stable than condensation curing silicone mold rubber, even in extreme temperatures.
3. High Durability: High tensile and tear resistance, supporting 50~80 mold cycles, suitable for long-term use in high-frequency, extreme temperature production.
4. Safe & Eco-Friendly: FDA-certified food grade mold silicone, non-toxic, odorless, compatible with industrial materials like resin, metal, concrete, meeting global safety standards.
5. Easy Operation: 1:1 mix ratio, dual curing options, no professional equipment required, adaptable to different temperature-controlled production environments.
6. Full Customization: Operating time, curing time and hardness can be tailored to diverse extreme temperature application needs.
How to Use (Step-by-Step)
1. Mix Part A and Part B of the silicone oil in a 1:1 weight ratio, stirring thoroughly for 2~3 minutes until uniform and bubble-free (critical for maintaining temperature resistance stability).
2. Vacuum degas the mixture for 2~5 minutes (time varies by viscosity) to avoid bubbles affecting mold quality, even in extreme temperature use.
3. Slowly pour the degassed silicone oil into the master mold, leveraging its excellent fluidity to ensure full coverage of all details.
4. Cure at room temperature (4~5 hours) or heat at 80~120℃ for accelerated curing; it maintains stable performance even in post-curing high-temperature scenarios.
5. Gently demold the silicone mold, clean before reuse; store unused silicone oil sealed indoors, away from sunlight and rain to maintain temperature resistance performance.
Application Scenarios
This silicone oil with excellent temperature resistance is widely used in extreme temperature scenarios, including high-temperature mold making, low-temperature environment molds, industrial parts replication, metal craft molds, automotive decorative molds, resin casting in high/low temperature environments, and precision handboards for extreme temperature use. It brings tangible value: ensuring stable mold performance in extreme temperatures, reducing rework and replacement costs, improving production efficiency, and helping suppliers meet the demands of global extreme temperature industrial applications, gaining an edge in the silicone market.
FAQ
1. What is the temperature resistance range of this silicone oil? It maintains stable performance in -60℃~250℃, suitable for both high and low temperature scenarios.
2. Will its performance degrade under long-term high-temperature use? No, it is designed for extreme temperatures, with no deformation or performance loss even in long-term high-temperature applications.
3. Is it suitable for low-temperature mold making? Yes, it remains fluid and stable at -60℃, perfectly fitting low-temperature environment mold needs.
4. How many times can a mold be reused? 50~80 times with proper cleaning and maintenance, even in extreme temperature cycles.
5. Can it be customized for specific temperature-related requirements? Yes, we support customization of curing parameters to fit different extreme temperature application scenarios.
