Danfoss SpeedUp - Massive Wooden Planks on Battens is a heating solution that utilizes a combination of wooden planks and a heat panel to provide efficient and comfortable heating for various indoor spaces. With a construction height of up to 52 mm and a weight of approximately 18 kg/m², this system offers a sturdy and durable heating option.
The SpeedUp heat panel features a thermal resistance value of 0.86 m²K/W, ensuring effective heat distribution. Its thermal transmission coefficient of 0.97 W/m²K contributes to energy efficiency by minimizing heat loss. The system can withstand distribution loads of up to 2.0 kN/m² and point loads of up to 2.0 kN, making it suitable for various applications, including residential buildings, hospitals, hotels, and office areas.
Danfoss SpeedUp - Massive Wooden Planks on Battens is a heating solution that utilizes a combination of wooden planks and a heat panel to provide efficient and comfortable heating for various indoor spaces. With a construction height of up to 52 mm and a weight of approximately 18 kg/m², this system offers a sturdy and durable heating option.
The SpeedUp heat panel features a thermal resistance value of 0.86 m²K/W, ensuring effective heat distribution. Its thermal transmission coefficient of 0.97 W/m²K contributes to energy efficiency by minimizing heat loss. The system can withstand distribution loads of up to 2.0 kN/m² and point loads of up to 2.0 kN, making it suitable for various applications, including residential buildings, hospitals, hotels, and office areas.
Danfoss SpeedUp - Massive Wooden Planks on Battens is a heating solution that utilizes a combination of wooden planks and a heat panel to provide efficient and comfortable heating for various indoor spaces. With a construction height of up to 52 mm and a weight of approximately 18 kg/m², this system offers a sturdy and durable heating option.
The SpeedUp heat panel features a thermal resistance value of 0.86 m²K/W, ensuring effective heat distribution. Its thermal transmission coefficient of 0.97 W/m²K contributes to energy efficiency by minimizing heat loss. The system can withstand distribution loads of up to 2.0 kN/m² and point loads of up to 2.0 kN, making it suitable for various applications, including residential buildings, hospitals, hotels, and office areas.
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