Is underfloor heating faster than radiators at warming up rooms? Retrofit underfloor heating installed on top of the floor heats up quickly, comparable to a radiator system. UFH installed within a screed may take longer to heat up initially, but it holds its heat for a longer period of time and is readily adjusted to produce the appropriate amount of heat when needed.

The way you control your UFH is determined by the sort of system you have. Screed UFH is typically left on with a temperature setback. This allows the concrete slab to function as a thermal store, avoiding extended heat up times and lowering operating expenses. Retrofit UFH heats and cools quickly, allowing it to be controlled more like a radiator system.

As with any heating system, a poorly insulated home will require more energy to remain warm. We would always advocate enhancing insulation whenever possible, as it contributes to a more efficient system with lower operating costs. Because downward heat loss is negligible when retrofitting underfloor heating, it is sometimes unnecessary to add insulation to a concrete surface. If, on the other hand, you are putting UFH over a suspended timber floor with a space beneath it, insulation is definitely necessary. To ensure the system's performance, we take into account your property's construction, insulation, and glazing levels while creating your bespoke UFH system.

Underfloor heating is typically installed by a plumber or a Nu-Heat Registered Installer like HiPro, but because our manuals are extensive, some DIYers choose to install the majority of the system themselves, with signoff from a licenced plumber and electrician. The installation procedure varies based on the system.

This is determined by the size of the property and the best underfloor heating system for the project. Underfloor heating is approximately 25% more energy efficient than radiators and can save you money on your heating bills.

Most floor coverings, including carpet, tiles, engineered wood, vinyl, and laminate flooring, can be used with underfloor heating. If you are unsure, consult with your flooring supplier.

Because exposed hot surfaces are concealed and dust traps are removed, underfloor heating is safer and healthier than radiators. They provide a controlled and comfortable heat source, reducing draughts and chilly spots in your home.

The amount of energy consumed is determined by a number of factors, including the size of your property, insulation levels, and the type of underfloor heating system you install. We use cutting-edge software to ensure that your UFH is energy efficient.

No. You don't have to dig up your floorboards to install UFH if you're renovating! There are numerous systems and installation choices available, including low profile overlay solutions like as Nu Heat LoPro® line. These are simply laid over existing solid or wood flooring. The system can then be covered with tiles or laminate of your choice.

Because heat pumps and underfloor heating function best at lower temperatures, they can be utilised together successfully. We provide air source and ground source heat pumps that can be completely incorporated into your underfloor heating system.

Depending on the type of property, UFH can entirely replace radiators or function alongside them. Underfloor heating is 25% more energy efficient than radiators and is appropriate for new construction. UFH can be installed on all floors of your renovated home.

Our UFH tubes come with a 50-year product warranty, with the first 10 years insurance backed to cover any remedial works. Underfloor heating manifolds have a 10-year warranty, while electrical and plumbing components have 2-year warranty.

The system is extremely unlikely to leak. Our Fastflo® heating tube is sturdy and long-lasting, and it is made in accordance with the highest European Industry Standards. This is covered by a 50-year warranty, with the first ten years insurance-backed, covering the full cost of any corrective work and restoration in the extremely unlikely case of a manufacturing fault. We also build systems so that the tube only ever connects at the manifold, with no joints under the floor, ensuring that there are no weak areas where leaks might occur.