Need for Flowable Silicone Sealant?
Do you struggle to seal tight spaces or irregular surfaces? Are traditional sealants too thick to flow into crevices, leaving air pockets or uneven finishes?
An incomplete seal can compromise your project, allowing moisture, dirt, and air to seep in. Poor coverage leads to rework, wasted time, and higher costs.
Our flowable, 1-part silicone sealant effortlessly penetrates even the smallest gaps, ensuring complete, durable coverage every time. Its flexible, moisture-resistant formula protects against wear and tear, making it the ultimate sealing solution for professionals and DIYers alike.
Effortless Sealing with Flowable, 1-Part Silicone Sealant
A flowable, 1-part silicone sealant is a low-viscosity, self-leveling material designed to seal, bond, and protect a wide range of surfaces. Its flowable nature ensures it can penetrate tight spaces and fill gaps with precision. As a one-component product, it cures at room temperature, eliminating the need for mixing or additional steps, making it a time-saving and reliable solution for professional and industrial applications.
High temperature resistance flowable potting silicone compound
Flowable, 1-part potting Silicone sealant and encapsulant, cures at room temperature to form a tough rubber seal with high temperature resistance.
It is a flowable, smooth, 1-part RTV (room temperature vulcanizing) oxime silicone paste sealant that cures at room temperature on exposure to moisture in the air to form a tough, flexible, waterproof, oil-resistant silicone rubber bond. It resists temperatures up to 320°C for 1 hour, making it well suited for sealing applications with high temperature. It resists aging, weathering and thermal cycling without hardening, shrinking or cracking.
Key Features
Flowable Consistency:
Flows into small gaps, cracks, and crevices effortlessly for a smooth, even application.1-Part Formulation:
Ready to use—no mixing required, and cures at room temperature.Flexible and Durable:
Forms a strong, flexible, and rubber-like seal that resists cracking, shrinking, and environmental stress.Temperature Resistance:
Withstands extreme heat and cold, making it ideal for a variety of applications.Moisture and Chemical Resistance:
Protects against water, dust, and chemicals, ensuring long-lasting performance.Multi-Surface Adhesion:
Bonds effectively to metals, glass, plastics, ceramics, and other common materials.
Applications
Electronics:
- Potting and encapsulating circuit boards, connectors, and sensors.
Automotive:
- Sealing engine components, gaps, and cracks in vehicles.
Construction:
- Filling small gaps and joints in glass, metal, or other structural materials.
Industrial Equipment:
- Sealing or bonding components exposed to harsh environments.
Aerospace:
- Lightweight, durable sealing for precision equipment and electrical parts.
DIY Projects:
- Perfect for craftwork, appliance repair, and household sealing tasks.
For high temperature applications, Formed in place (FIP) sealing, Sealing. Supex 569FL has been designed to give outstanding performance in typical applications including valve covers, rocker covers, oil pans, water pumps, end seals.
This product is also used as a sealant and adhesive for assembly and repair of industrial furnaces, ovens, boilers, exhaust stacks, high temperature ducting, and heating elements in electrical appliances.
Used as a potting compound in electronics industry
Technical Specifications
Un cured characteristics 25℃ and 50% RH | |
Performance | Indicator |
Chemical Type | Oxime |
Shelf Life | ＞360Days |
Specific Gravity(Gardner Cup) | 1.2 |
Color | White/black/gray etc. |
Tack-Free Time | ≤35min |
Cured after 72 hours at 25℃ and 50%RH | |
Tensile Strength | ≥1.5 Mpa |
Elongation | ≥150% |
Shore A | 40±5 |
*The above data is tested at 25℃ and 50% relative humidity. *Standard colors are white, black, gray. Other colors can be provided according to customer requirements. | |
How to use flowable silicone sealant Supex 569FL
- For best performance bond surfaces should be clean and free from
- Full performance properties will develop over 24
- Moisture curing begins immediately after the product is exposed to the atmosphere, therefore parts to be assembled should be mated within a few minutes after the product is
- Excess material can be easily wiped away with non-polar agent.
- Excess cured material can be removed with a knife or single edge razor blade.
Simplify Sealing with Ready-to-Use Flowable Silicone sealant
What is the process of silicone potting?
ilicone potting and sealing of electronics is a process of encapsulating electronic components in a protective coating. This process is used to protect components from dust, moisture, vibration, and other environmental factors that could compromise the integrity of the product.
- Heating it up. Some compounds separate from the substrate when you just heat it to about 150 Celsius. …
- Hit it with a hammer. …
- Acetone bath. …
- Heated nitric acid bath.
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