fowong Closed Cell Foam Tape | 25mm x 10mm x 4m Thick Weather Stripping & Sound Insulation | for Door, Window and Air Conditioner Seals

• Provides Effective Sealing Against Draughts and Noise: This 25mm x 10mm tape is designed to create a substantial seal. Its thickness and width allow it to compress into gaps around doors and windows, effectively reducing unwanted airflow and contributing to a reduction in airborne noise transmission.
• Constructed from Dense, Closed-Cell Foam for Durability: Made from closed-cell foam, this material is resistant to moisture and will not absorb water. This makes it suitable for long-term use in sealing applications, as it is less prone to degradation from damp conditions compared to open-cell foams.
• Serves as Versatile Weather Stripping for Multiple Surfaces: The tape functions as a weather seal for various household gaps. It is commonly applied to the frames of uPVC or wooden doors and windows, and is effective in sealing the space around portable air conditioner units installed in window openings.
• Features a Reliable Self-Adhesive Backing for Secure Installation: The product includes a pressure-sensitive adhesive layer protected by a liner. For a secure bond, it should be applied to clean, dry, and stable surfaces such as painted wood, plastic, or metal after thorough surface preparation.
• Supplied as a Practical 4-Metre Continuous Roll: This tape is provided as a single, uninterrupted roll measuring 4 metres in length. This format offers sufficient material for a variety of sealing tasks without the need for joins or splices during installation.

The Fowong foam tape is a 25mm wide by 10mm thick closed-cell sealing strip designed for draught exclusion and sound insulation. The closed-cell structure provides resistance to moisture, making it a durable option for creating seals around doors, windows, and air conditioning fittings. Supplied in a convenient 4-metre roll with a self-adhesive backing, it is intended for application on clean, compatible surfaces to improve thermal efficiency and acoustic comfort in residential settings.