Tubolit DG Gray polyethylene insulation TL-15/9-DG /2m/

Thermal Insulation and Pipe Protection – Tubolit DG

Tubolit DG polyethylene jacket is a proven thermal insulation and pipe protection system designed for heating, domestic hot water (DHW), cold water, and drainage installations. The product features an exceptionally low thermal conductivity coefficient of 0.04 W/(m·K), enabling energy loss reduction of up to 90% and significant reduction in CO2 emissions. This solution is ideal for both professionals and building owners committed to energy efficiency.

Properties and Applications

Tubolit DG is a flexible insulation with a closed-cell structure that effectively protects pipes from aggressive building materials and prevents condensation on cold water pipes. This ensures long-term protection of installations and minimizes corrosion risk. The product is easy to install, saving time and costs during installation. The entire Tubolit product range carries the CE mark, confirming compliance with European regulations and standards.

• Energy Loss Reduction: Low thermal conductivity minimizes heat loss in heating and DHW systems.
• Corrosion Protection: Prevents moisture condensation on pipes, safeguarding against corrosion.
• Acoustic Insulation: Reduces noise from building structures by up to 30 dB(A), enhancing user comfort.
• Chemical Resistance: Resistant to common building materials such as cement, lime, and plaster.
• Fire Safety: Fire reaction class E provides basic fire safety performance.
• Temperature Range: Suitable for use from minimum temperatures in water supply and heating systems up to +100°C.

Construction and Specifications

Tubolit DG is manufactured from 9 mm thick polyethylene foam, offering high flexibility and durability for long-lasting installation protection. The product is available in various diameters to suit specific installation requirements. Note that the jacket may shrink by approximately 2% during the initial phase of system operation — this is a normal phenomenon for this type of material.