GE Silicone Sealants & Caulk Products
GE Sealants manufactures silicone-based sealants and caulks used for sealing joints, gaps, and penetrations in interior and exterior applications. GE silicone sealants are designed to create watertight, flexible seals that help block moisture intrusion, reduce air leakage, and support long-term performance across a wide range of surfaces.
This collection includes GE silicone sealants and caulks formulated for use on tile, stone, glass, metal, and similar materials in residential and commercial environments. These products are commonly selected for areas exposed to water, humidity, temperature changes, and routine cleaning.
GE sealants are widely used in kitchen, bath, and general construction applications where dependable sealing performance is required. Silicone-based formulas provide flexibility and adhesion that help maintain sealed joints over time.
Types of GE Sealants & Caulks
- 100% Silicone Sealants: Designed for high-moisture areas such as tubs, showers, and sinks
- Kitchen & Bath Sealants: Formulated to resist mold and mildew growth
- Window & Door Sealants: Used to seal joints exposed to weather and temperature changes
- Multi-Purpose Silicone Caulks: Suitable for a variety of sealing and light bonding applications
Selecting the Right GE Sealant
- Application Area: Wet areas, interior spaces, or exterior environments
- Surface Compatibility: Tile, stone, glass, metal, or other substrates
- Mold & Mildew Resistance: Choose kitchen and bath formulas for high-humidity locations
- Cure Time: Fast-curing or standard-curing options based on project timeline
Common Applications
GE sealants and caulks are commonly used around tubs, showers, sinks, backsplashes, countertops, windows, doors, and expansion joints in residential and commercial projects.
Installation & Usage Considerations
Surfaces should be clean, dry, and free of debris prior to application. Follow manufacturer instructions for bead size, tooling, and cure time to help ensure proper adhesion and long-term sealing performance.