Everbuild General Purpose Silicone Clear 310ml 12GPSTR | Mould Resistant | Permanently Flexible | Forms a Watertight Rubber Seal

Everbuild General Purpose Silicone is a high-performance, versatile sealant designed for a wide range of sealing applications. This mould-resistant silicone forms a permanently flexible, watertight rubber seal that ensures long-lasting protection against water damage, moisture, and air infiltration. Its clear finish blends seamlessly with various surfaces, making it ideal for both visible and hidden joints. Perfect for use in kitchens, bathrooms, and around windows and doors, this silicone offers superior adhesion to most building materials, including glass, ceramics, metal, and plastic. It provides a reliable, durable seal that resists mould and mildew growth, maintaining its effectiveness in high-moisture environments. Whether you are sealing around baths, showers, sinks, or sealing gaps in windows and doors, this silicone delivers a clean and effective finish. The silicone is easy to apply, offering a smooth, consistent bead that cures quickly, allowing for fast project completion. Its flexibility ensures it can accommodate movement and expansion, while its waterproof properties provide a strong, long-lasting seal. Everbuild General Purpose Silicone Clear is the ideal solution for both professional and DIY projects, offering superior performance and a sleek, clear finish that will last for years.

Key Features

Brand-Everbuild. Colour-Clear. Size-310ml. Model Number-12GPSTR. Mould-resistant silicone for lasting protection. Forms a watertight, rubber-like seal. Permanently flexible for long-term use. Ideal for sealing bathrooms and kitchens. Resists mildew and fungal growth effectively. Strong adhesion to most materials. Waterproof seal for reliable protection. Easy to apply with smooth finish. Flexible enough for expansion and contraction. Ideal for sealing gaps and joints. Perfect for both interior and exterior use. Quick-curing for fast project completion. Durable, resistant to weather and aging.