INGADA™ SR-19 High-Temperature Silicone Sealant – Rated to 300°C (572°F)
Sealing the Heat, Defying the Extreme
-
The Problem: Standard gaskets and sealants smoke, melt, or turn to dust when exposed to industrial furnace or exhaust temperatures.
-
The Solution: SR-19 is “Heat-Forged Protection,” staying flexible and rubbery where others fail, ensuring exhaust and heat systems remain airtight and safe.
Discover more from INGADA The Ultimate Bonding Expert
Subscribe to get the latest posts sent to your email.
-
300°C Continuous Service: Maintains flexibility and seal integrity under constant heat exposure up to 300°C.
-
Thermal Cycling Resistance: Engineered to withstand repeated heating and cooling cycles without cracking or losing adhesion.
-
Non-Volatile Formula: Minimal shrinkage and weight loss at extreme temperatures; will not "bake out" or become brittle.
-
Industrial Strength Adhesion: Bonds reliably to stainless steel, aluminum, ceramics, and heat-resistant paints.
-
Chemical & Weather Resilience: Resists oils, fuels, ozone, and UV radiation for harsh indoor/outdoor environments.
Technical Comparison
| Feature | SR-19 (High Temp) | Standard Silicone (SR-50L) |
| Max Temp |
300°C (Continuous) |
150°C (Maximum) |
| Filling |
Inorganic-Filled |
Standard Polymer |
| Physical Change |
Resists Hardening at Heat |
May degrade >200°C |
| Typical Use |
Engines, Ovens, Boilers |
Facades, Glass |
Q：What is the maximum continuous service temperature for SR-19?
A:SR-19 is engineered for extreme heat, providing continuous resistance up to 300°C, with the ability to handle even higher temperatures intermittently.
Q：Will SR-19 become brittle or crack under constant heat?
A:No. It is formulated with inorganic fillers to resist hardening, cracking, and decomposition during prolonged thermal exposure.
Q：What are the typical industrial applications for this sealant?
A:It is ideal for engines, exhaust systems, industrial ovens, boilers, heat exchangers, and high-temperature appliances.
Q：Does SR-19 offer resistance to chemicals and outdoor elements?
A:Yes, it is resistant to oils, fuels, ozone, and UV radiation, making it durable for both harsh indoor and outdoor industrial environments.
Q：What is the recommended curing procedure for high-heat performance?
A:For best results, allow it to cure at room temperature for 24 hours, then gradually condition the seal by step-wise heating before placing it into full service.
CE Certified & SGS Tested
You must be logged in to post a review.
Reviews
There are no reviews yet.