Heating mat DEVIasphalt 300T 5840W 400V 1x19m 83900178

Comfortable underfloor and anti-icing heating with DEVIasphalt 300T mat

The DEVIasphalt 300T heating mat is a reliable solution for efficient underfloor heating and anti-icing systems. Designed for both residential and commercial applications, it provides even temperature distribution and high comfort. The mat with a power of 5840W and a voltage of 400V, with dimensions of 1x19m, is ideal for rooms with an area of up to 19 m².

Construction and application

The DEVIasphalt 300T mat consists of a high-quality heating cable permanently attached to a carrier grid. This construction simplifies installation and ensures system stability. Glued cable mounting guarantees precise laying and optimal heat transfer. The mat is designed for outdoor use, making it an ideal solution for driveways, sidewalks, terraces and ramps – preventing ice formation and ensuring safety. The possibility of use in roof heating systems (although this is not recommended) further expands its scope of application.

Advantages and benefits

• Even heat distribution: Provides thermal comfort throughout the heated area, eliminating so-called "cold zones".
• High efficiency: Power of 300 W/m² guarantees fast and effective heating.
• Durable construction: The carrier grid increases the strength of the mat and simplifies installation.
• Versatility: Can be used both indoors and outdoors.
• Safety: Protected against overload thanks to a resistance of 27.8 Ohm.
• Simple installation: Glued heating cable mounting simplifies installation.
• Weather resistance: Designed for outdoor use, resistant to moisture and temperature changes.
• Long power cord: The length of the cold leads is as much as 10 meters, providing great freedom during installation.

The DEVIasphalt 300T mat is an investment in comfort and safety that will be appreciated by both professional installers and end users. Its solid construction and high efficiency make it an ideal solution for anyone who values the reliability and durability of a heating system.