HDPE PERFORATED DIMPLE WRAP

Prevents Corrosion Under Insulation (C.U.I.)

Creates an air cavity so moisture freely can evaporate

Prevents puncturing vapour barriers under metal cladding.

This HDPE wrap isdesigned to maintain a continuous 8 mm ventilation gapbetween the insulation and metal cladding, forming a key component of the Insulation Ventilation System (IVS) when used in conjunction with vents andThisproduct is designed tomaintain a continuous 8 mm ventilation cavitybetween insulation and metal cladding, forming a key component of the Insulation Ventilation System (IVS) when used together with compatible vents and drainage components.

Manufactured from high-quality, flexible, and durable **high-density polyethylene (drains. Manufactured from high-quality, flexible, and durable high-density polyethylene (HDPE), it provides effective mechanical protection for both the insulation and the cladding.

Its specially engineered perforation pattern and raised dimple structure facilitate the movement of moistureHDPE)**, the wrap provides reliable mechanical protection for both the insulationand water vapor within the system. Any trapped moisture migrates into the ventilated air gap, flows downward to the 6 o’clock drainage position, and is efficiently discharged through the drainage system. This process helps maintain dryand the external cladding system. Its engineered raised dimple structure creates a consistent air space, while the specially designed perforation pattern enables effective moisture and vapor movement.

Any moisture trapped within the insulation system can insulation, reduces the risk of corrosion under insulation (CUI), and enhances the long-term performance and reliability of the insulated piping or equipment system. migrate through the perforations into the ventilation cavity, where gravity directs it downwardto the 6 o’clock drainage position. The moisture is then efficiently removed through the integrated drain system. This controlled ventilation and drainage process helps reduce the risk of corrosion, maintains insulation performance, and extends the service life of both the insulation and claddin