Polyethylene insulation Tubolit S, blue sleeve TL-22/13-S /2m/

Universal insulation for heating and sanitary systems

Polyethylene foam insulation Tubolit S with a blue foil is a proven choice for professionals and end-users looking for effective thermal and acoustic insulation. The product is designed for heating pipes, hot and cold water pipes, and sewage pipes, both in residential and industrial buildings. Thanks to its properties, Tubolit S reduces energy losses, protects installations, and improves comfort.

Properties and application

Tubolit S is a flexible insulating material with a closed-cell structure, made of polyethylene foam (PEF) compliant with EN 14313 standard. Its main advantage is a very low thermal conductivity coefficient of 0.04 W/(m·K), which translates into a significant reduction in heat loss – up to 90%. Additionally, the protective foil increases the durability of the insulation and protects against mechanical damage. The product is used in the insulation of heating pipes, hot and cold water installations, and sewage pipes, reducing noise transmission through the building structure. Fire reaction class E provides additional safety.

• Energy loss reduction: Low thermal conductivity minimizes heating and cooling costs.
• Acoustic insulation: Noise reduction in installations improves building comfort.
• Protection against corrosion: Insulation protects pipes from external factors and prevents condensation.
• Easy installation: Flexible material makes it easy to fit the shape of pipes and installations.
• CE marking: Confirms compliance with European standards and regulations.
• Ecological choice: PE foam is 100% recyclable.

Construction and parameters

Tubolit S is characterized by a thickness of 13 mm, which provides optimal thermal insulation for most standard applications. The material is resistant to many chemicals, which increases its durability and reliability. The outer foil serves as a protective function, protecting the foam from damage during transport and installation, as well as during operation of the installation. It is worth remembering about the potential linear shrinkage of the material after installation (up to approx. 2%), which should be taken into account when designing the installation.