EUR (€)
The Low Tack Protective Duct Film is an essential solution for safeguarding duct surfaces during installation, transportation, or storage. This protective film ensures that ducts remain clean and free from scratches, dust, and debris, maintaining their integrity and appearance.
This low tack protective duct film, measuring 600mm wide and 100m in length with a thickness of 75 micron, offers reliable short-term surface shielding for internal ductwork and other sensitive installations. Designed for temporary use, the clear polyethylene film helps prevent dust, debris and contamination entering ventilation systems during transport, storage or building work.
Maintains Internal Cleanliness
Air ducts and ventilation components can quickly become compromised by dirt, plaster, or building residue during site preparation or refurbishment. This protective film creates a barrier over open ducts, ensuring interior surfaces remain free of unwanted contaminants prior to commissioning or handover.
Low Tack Adhesion for Clean Removal
The film adheres securely yet gently to clean metal or plastic duct surfaces. Its low tack adhesive ensures the film stays in place without shifting, while still being easy to remove without leaving residue. It can be used across square, circular and custom duct sections, adapting to curved and angular profiles with ease.
Durable and Tear-Resistant
Manufactured from 75 micron (75mu) polyethylene, the film offers excellent durability and resistance to tearing. It withstands handling, minor impacts, and general site movement, making it a practical solution during installation or storage.
Product Specifications:
- Width: 600mm
- Length: 100m
- Thickness: 75 micron
- Colour: Clear for visual inspection
- Suitable for HVAC ducts and open pipework
- Residue-free removal
Ideal for HVAC contractors, facilities managers and fit-out specialists, this protective duct film supports best practice in cleanliness control during mechanical installation. A smart and effective way to ensure ducts are protected from airborne contaminants before activation.