Ice block BISOFIX E13 26.9-28.0 (without clamp) I130000028

BISOFIX E13 Ice Block – Effective Insulation and Installation Protection

BISOFIX® E ice blocks are components designed for thermal insulation and preventing thermal bridges in piping systems. They consist of an inner core made of PIR (polyisocyanurate) foam and an outer vapor barrier layer made of PVC, providing effective protection against heat loss and condensation. The product is primarily intended for refrigeration installations, but can be used wherever high insulation and connection durability are required.

Construction and Application

The BISOFIX E13 block is designed for pipes with a diameter of 26.9 to 28 mm. Its construction minimizes the risk of thermal bridges at the pipe mounting points, which translates to lower energy losses and a longer installation life. The vapor-tight adhesive ensures a tight connection with the pipe insulation, preventing moisture ingress and corrosion. This solution is appreciated by both installers and end-users due to its ease of installation and long-lasting effectiveness.

Advantages and Benefits

• Elimination of thermal bridges: Reduces heat loss and improves the energy efficiency of the installation.
• Protection against corrosion: Prevents moisture condensation, protecting pipes from corrosion and extending their lifespan.
• Vapor tightness: Provides a tight connection with the pipe insulation, minimizing the risk of moisture ingress.
• Fire resistance: Fire resistance class B2 increases safety.
• Wide temperature range: Allows use in difficult temperature conditions (from -45°C to +105°C).
• Environmental safety: The product does not contain harmful substances such as CFCs, HCFCs, formaldehyde and cadmium.
• Compatibility with elastomeric foam insulation: Allows easy connection with popular insulation materials.
• Durability: Made of high-quality materials guarantees long-term reliability.

The BISOFIX E13 ice block is an investment in comfort and safety – both during installation and throughout the entire system operating period. Its solid construction and insulating properties translate into energy savings and minimization of the risk of failure.