Today, the company is still owned and operated by the original founder and the management team has prepared around 25,000 underfloor heating designs and successfully supplied over 7,500 underfloor heating systems across the UK during the past 25 years. Our expertise covers both residential and commercial projects and includes a full underfloor heating system design, supply and installation for the world's largest Audi retail car showroom located adjacent to the A4 at Brentford.
We were also commissioned to undertake a specialist underfloor heating project within Windsor Castle. Whilst in 2012 we supplied a system for Mr Kevin Mcloud, renowned TV presenter of Channel 4's Grand Designs programme, for his own refurbishment project in Southern England. We deliver high quality residential and commercial warm water underfloor heating systems, throughout Southern England.
Whether the project is a small extension, a renovation or a large commercial or residential new build, we offer a complete design and supply service.
We were also commissioned to undertake a specialist underfloor heating project within Windsor Castle. Whilst in 2012 we supplied a system for Mr Kevin Mcloud, renowned TV presenter of Channel 4's Grand Designs programme, for his own refurbishment project in Southern England. We deliver high quality residential and commercial warm water underfloor heating systems, throughout Southern England.
Whether the project is a small extension, a renovation or a large commercial or residential new build, we offer a complete design and supply service.
Services
These technical faqs answer some of the questions we're most often asked about the specifying and installation of Underfloor Heating.
Should this not be possible' then an allowance will have to be made for additional pipe tails at a further cost.
It is always better to bring two pipes from the heat source to the manifold, than anything up to 24 from a poorly positioned manifold to the areas requiring the heat.
From a technical point, other than a central position for the manifold is classed as a poor design.
Should this not be possible' then an allowance will have to be made for additional pipe tails at a further cost.
It is always better to bring two pipes from the heat source to the manifold, than anything up to 24 from a poorly positioned manifold to the areas requiring the heat.
From a technical point, other than a central position for the manifold is classed as a poor design.
Our experience means we know how vitally important it is to have the right, top quality under-floor heating components, both for ease of installation and trouble free performance.
Our Flowmax brand products are manufactured by us, using carefully selected partners from all over Europe.
We bring you the best quality and value in under-floor heating pipe, controls, manifolds, pump sets, insulation, fixing systems and tools so you can provide the underfloor heating solutions your clients will love you for.
Our Flowmax brand products are manufactured by us, using carefully selected partners from all over Europe.
We bring you the best quality and value in under-floor heating pipe, controls, manifolds, pump sets, insulation, fixing systems and tools so you can provide the underfloor heating solutions your clients will love you for.
All parts supplied or installed by Flowmax are sold with a full 12months replacement warranty backed by the manufacturer.
Our Pex a pipe is supported by a comprehensive 10 years manufacturers liability insurance warranty against damages.
We also offer our own unique 50 year pipe replacement quarantee and will provide new pipe in exchange for any pipes found to be damaged or broken due to our own defective materials or our own production errors should such damages or defects occur with 50 years of the date of manufacture of the relevant pipe.
Our Pex a pipe is supported by a comprehensive 10 years manufacturers liability insurance warranty against damages.
We also offer our own unique 50 year pipe replacement quarantee and will provide new pipe in exchange for any pipes found to be damaged or broken due to our own defective materials or our own production errors should such damages or defects occur with 50 years of the date of manufacture of the relevant pipe.
The concept of underfloor heating is not a modern idea.
It has actually been with us for over 2000 years.
As the Roman legions moved north, they found a growing need to generate warmth inside their public and private buildings.
Their system, based on the greek 'Hypocaust', which roughly translates as 'heat from below' allowed hot air to flow beneath a building's floors, which were raised up on brick columns.
Whilst the technology has greatly advanced since Roman times, the basic idea remains the same.
It has actually been with us for over 2000 years.
As the Roman legions moved north, they found a growing need to generate warmth inside their public and private buildings.
Their system, based on the greek 'Hypocaust', which roughly translates as 'heat from below' allowed hot air to flow beneath a building's floors, which were raised up on brick columns.
Whilst the technology has greatly advanced since Roman times, the basic idea remains the same.
Underfloor Heating requires only low temperature warm water.
When used in conjunction with an anhydrite flowing screed, the Flowmax underfloor heating system will be more responsive than any other underfloor heating system on the market.
We do this by installing a 20mm PE-Xa pipe which is a larger diameter pipe than most commonly used.
The larger surface area of the pipe gives a greater rate of heat transfer.
The larger pipe has less resistence to water flow, making the return water temperature closer to the flow water temperature achieving a higher mean water temperature across each circuit, enabling increased energy into the floor resulting in a quicker heat-up time.
When used in conjunction with an anhydrite flowing screed, the Flowmax underfloor heating system will be more responsive than any other underfloor heating system on the market.
We do this by installing a 20mm PE-Xa pipe which is a larger diameter pipe than most commonly used.
The larger surface area of the pipe gives a greater rate of heat transfer.
The larger pipe has less resistence to water flow, making the return water temperature closer to the flow water temperature achieving a higher mean water temperature across each circuit, enabling increased energy into the floor resulting in a quicker heat-up time.
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