JCB recently upgraded its helipad to make sure it stays safe and clear of snow and ice. This means helicopters can land safely, even in the coldest weather. Â The Problem: Snow and Ice Make Landings Risky When ...
The Lee Valley Ice Centre in London, originally opened in 1984, recently had a massive £30 million upgrade and reopened in 2023. Part of the renovation included solving a big safety problem: stopping snow and ice from f ...
Heat Mat has earned a Silver Medal for sustainability from EcoVadis, placing the business in the top 15% of companies that were assessed in the year to August 2024. This great result reflects Heat Mat's commitment ...
Great technical support and quick delivery save the day. Heat Mat recently supported one of their distribution partners who were supplying through their own E-commerce division, where speedy deliveries are often param ...
Recently we were asked to design an electric underfloor heating system for a rather special client involved in the private space industry. The system had to last 100 years, have multiple built-in redundancies, and we thi ...
Saturday 27th August marked the opening of Heatcom's new offices in Middelfart and the 20th anniversary of the companies founding. Employees from all of Heatcom's offices across Europe were greeted in Denmark and treated ...
UPDATE: Heat Mat has looked to find new ways that it could support Ukraine beyond the significant donation made to the Disasters Emergency Committee. In the second quarter of 2022 Heat Mat started a significant new softw ...
Heat Mat and its employees are devastated by the humanitarian catastrophe that is a result of Russia’s brutal and senseless invasion of Ukraine. Heat Mat has confirmed that its products/supply chain does not include an ...
Low-carbon Heating The UK Government is considering how the heating of our homes needs to change to enable us to meet our vital climate obligations. Around 15% of the UK’s Co2 emissions currently come from residenti ...
Over the last two decades one thing has remained pretty consistent in the world of electric underfloor heating; once or twice a year ‘radical new heating systems’ will hit the market. With an amazing fanfare of publi ...
After more than two decades of development we believe that our Heat Mat heating cable really is the strongest and most robust under-tile heating cable on the market. It has a unique blend of features including its rob ...
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat have worked to continuously improved the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
Over the last three decades Heat Mat has worked to continuously improve the design of their cables and mats to ensure their safety and longevity. This unique combination of technologies means you get a safe and fast to install system without sacrificing quality. Only Heat Mat’s systems include this combination of technologies.
TEST For polished and painted concrete floors of at least 55mm thickness we recommend using our in-screed heating cables by embedding them directly into the concrete. This is a low cost option and adds nothing to the build height whilst providing a very stable temperature.
If the concrete layer is thinner than 55mm and suitable for use with underfloor heating then standard heating mats can be used and covered with the concrete. If it is not suitable to have underfloor heating encased within it, we recommend using our standard heating mats, covered with 12mm of levelling compound and then installing the concrete floor on top of the levelling compound.
Please note that in all cases undertile heating cable can be used instead of heating mats and thermal underfloor insulation installed beneath the heating system will speed up its warm up time and reduce running costs.
With laminate floors it is vital to spread the heat evenly beneath the flooring to avoid discolouration or movement in the floor. For residential properties we recommend installing our 6mm Decora insulation layer onto the floor to prevent downward heat loss and then installing our Underlaminate System heating mats on top. These mats have an output of 150W/sqm and due to their dual-conductor design are fast to install. They are fully earthed for safety unlike a carbon film heating system.
The benefits of this system are a rapid reaction time, a low build height and no ‘wet trade’ (such as levelling compounds) is required during the installation. For very high traffic areas and commercial premises, we would recommend installing a heating system beneath a levelling compound or screed (as with vinyl and Karndean flooring) – better suited to heavy traffic. It is important not to trap the heat beneath the laminate so any layer of acoustic insulation placed above the heating system must be able to cope with the heat produced by the mats and also let the heat transfer through to the laminate floor.
Bonded wooden and engineered board floors can be laid onto floor bases that have been prepared in the same way as for vinyl and Karndean flooring Always check the wood or engineered board you choose is suitable for use with underfloor heating. If battens are being used to bond them to the floor surface of screed or levelling compound first attach the flooring above. Please note – the higher the battens, the longer it will take for heat to rise through the boards due to heating the air in the gap beneath the floor first.
An alternative method of installation (between battens that are at least 500mm apart) is laying a heating mat between the battens, covering this with 12mm of levelling compound, and then fixing the flooring to the battens above. In all cases, the maximum output of the heating system is 160W/m².
Beneath tile and stone floors we recommend installing our standard heating mat or heating cable. If the floor base is concrete the system can be laid directly onto the floor and skimmed with tile adhesive or covered with a latex screed. The tiles or stone can then be laid directly on top. This method ensures the heating system will have a fast heating up time and maintains a low build height.
For the fastest possible heating up time you should install our 240W/sqm heating mats and use thermal underfloor heating insulation boards beneath the heating system.
If you are laying a screed you can use an in-screed heating cable with a maximum output of 240W/sqm, which provides a very stable temperature and is the most cost-effective option.
There are two options for safely heating vinyl or Karndean floors and these both involve covering the heating element with screed or levelling compound to help spread the heat evenly across the floor.
If you are laying a screed then you can use an in-screed heating cable with a maximum output of 160W/sqm, which provides a very stable temperature, and is the most cost effective method of installing underfloor heating.
If you are not laying a screed then we recommend laying our 160W/sqm heating mats and covering these with at least 12mm of flexible self-levelling compound to help spread the heat. This installation method ensures a low build height and provides a fast-reacting system.
There are two options for safely heating carpeted floors, one is with a 12mm layer of levelling compound over a 160W/m² heating mat and the other option is our combymat system combined with overlay boards (see picture).
Be aware that the underlay should have a Tog rating no higher than 0.8 Tog, and combined with the carpet no higher than 1.8 Tog. Most hessian-backed carpets have a Tog rating below this. Thermal underfloor insulation boards installed beneath the heating system will increase the heating up time and reduce running costs. Our combymat system must be used with our 6mm Decora insulation layer.
