BR-IM-Z Concrete Heating Cables

Underfloor Heating Cables - BR-IM-Z Concrete Heating Cables

Concrete heating cables with two-sided connection and seamless sleeve transition. Excellently suited to thawing ice and snow outdoors, as well as for concrete and sand installations for snow and ice melting. Also suitable for external systems, e.g. stairs. Not suitable for bitumen.

BR-IM-Z Extreme Conditions Resistant Concrete Heating Cables

BR-IM-Z Concrete Heating Cables are specially designed cables that provide a high-performance, durable, and long-lasting heating solution resistant to extreme weather conditions. With a mineral-insulated (MI) structure, these cables offer superior resistance to high temperatures, excellent mechanical durability, and resistance to abrasive environmental factors. Their advanced design prevents freezing on concrete surfaces, enhancing both traffic and pedestrian safety. Additionally, they provide high protection against corrosion, mechanical impacts, and chemicals, ensuring reliable performance even in the most demanding industrial and commercial environments.

Application Areas:

• Bridges and Viaducts: Prevents snow and ice accumulation, ensuring safe traffic flow.
• Ramps and Roads: Prevents ice formation on roadways, providing a secure driving experience.
• Airport Runways: Keeps runway surfaces dry, preventing aircraft from slipping during landing and takeoff.
• Industrial Facilities: Protects concrete surfaces in cold storage areas, refineries, and heavy industrial plants.
• Parking Entrances and Walkways: Reduces the risk of slipping and falling, ensuring safe pedestrian passage.
• Railway and Tramway Tracks: Prevents ice accumulation on rails and switches, ensuring uninterrupted transportation.
• Structures in Mountainous and Harsh Climate Conditions: Protects concrete surfaces even in extreme cold weather conditions.

BR-IM-Z Concrete Heating Cables provide a powerful, efficient, and durable solution that can be embedded within or applied to concrete surfaces, maximizing safety and operational continuity during winter months.