Radiator

Overview

• Panel radiators are a common and energy-efficient choice for house building in Ireland. They offer efficient heat distribution and can be made from materials such as steel or aluminium, which have good heat conduction properties. Opting for panel radiators with a higher number of convectors or with integrated fins can enhance their heat output and efficiency, ensuring effective heating while minimising energy consumption. 

• Column radiators provide a classic and stylish look while offering good heat output. Their design, with multiple vertical columns or sections, increases the surface area for heat emission, resulting in efficient heating. Choosing column radiators made from materials like aluminium or cast iron can provide excellent thermal conductivity, enhancing their energy efficiency. 

• LST radiators not only prioritise safety but also offer environmental efficiency. By utilising a casing that covers the heat-emitting elements, LST radiators minimise heat loss to the surrounding environment. This design ensures that the maximum amount of heat is directed into the room, reducing energy waste and enhancing overall heating efficiency. 

• Towel radiators provide a convenient solution for heating bathrooms while also serving as a place to dry towels and clothes. Opting for towel radiators made from materials with good heat conduction, such as steel or aluminium, can improve their energy efficiency. Additionally, selecting towel radiators with thermostatic controls or timers can help regulate heat output and reduce energy consumption when not in use. 

• The environmental efficiency of designer radiators can vary depending on their design, materials, and heat output. Some designer radiators are specifically designed with energy efficiency in mind, incorporating features such as larger surface areas or advanced heat conduction materials. It's important to consider the specific design and efficiency features of the chosen designer radiators to ensure they provide both aesthetic appeal and environmental efficiency.