Dow Corning® 786 Silicone Sealant

Product # SA786C

Cured sealant is mildew resistant

Dow Corning® 786 Silicone Sealant is a single-component, ready-to-use silicone rubber sealant designed to seal nonporous surfaces around showers, tubs, sinks and plumbing fixtures where conditions of high humidity and temperature extremes exist.The sealant adheres to many nonporous surfaces, such as porcelain, cultured marble, marble, painted areas and glass, without the use of a primer. Dow Corning® 786 Silicone Sealant is compatible with most substrates; however, adhesion and compatibility should be evaluated in each instance prior to use.

ADVANTAGES AND BENEFITS

- Cured sealant is mildew resistant.
- Remains permanently flexible without shrinking, cracking, crumbling or drying out.
- Resists staining, spotting and color changes.
- Resists moisture and free steam.
- Retains original design properties even after years of exposure.

TECHNICAL SPECIFICATIONS

Product #
SA786C
Brand
Dow Corning
Finish/Color
Clear Transparent
Optimal Adherence to
Glass, Tile, Porcelain, Marble
Tooling Time
5 to 11 minutes
Skin Formation Over Time/Dry to the Touch
20 minutes
Volume
300 ml
Base
100% RTV Silicone, Acetoxy Silicone
VOC Concentration (EPA Method 24)
33 grams per liter
Features
Water Resistant, Scratch Resistant, No Shrinkage, Superior Bond, Non-Sag
Recommended Use
Bathroom / Kitchen, Shower Stall, Counter
Packaging Specifications
Plastic Cartridge
Standards and Certifications
NSF51 Certified for Food Contact, ASTM C920

APPLICATION

Dow Corning® 786 Silicone Sealant is designed to seal nonporous surfaces around showers, tubs, sinks and plumbing fixtures where conditions of high humidity and temperature extremes exist.

Typical applications include:
- Sealing around shower-tub enclosures, tubs, sinks, urinals and whirlpools.
- Sealing around bathroom fixtures.
- Waterproofing rimless sinks.
- Ceramic tile grouting.

IMPORTANT INFORMATION

LIMITATIONS
Dow Corning 786 Silicone Sealant is not recommended for use in the following applications:
- Structural silicone glazing
- Floor joints where physical abuse or abrasion is likely to be encountered
- Prolonged water immersion
- Porous surfaces, such as masonry
- Building materials that might bleed oils or solvents -- materials such as impregnated wood, partially vulcanized rubber gaskets or tapes or adhesives
- Totally confined spaces, because the sealant requires atmospheric moisture for cure
- Surfaces sensitive to corrosion by acetic acid vapors (a byproduct of sealant cure).