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🔥 Radiant Comfort • Heat Pump Perfect Partner

Underfloor Heating Systems

The most comfortable and efficient way to heat your home. Works perfectly with heat pumps at low flow temperatures, eliminating radiators and freeing up wall space.

35-45°C
Low Flow Temperature
50+ Years
Pipe Lifespan
100%
Silent Operation
Underfloor heating pipes being installed in a new build property

Why Choose Underfloor Heating?

The ultimate heating solution for comfort and efficiency

🌡️

Even Heat Distribution

Heat rises naturally from the floor, warming the entire room evenly. No cold spots or hot zones like with radiators.

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Heat Pump Compatible

Operates at 35-45°C—the ideal temperature for heat pumps. Maximises efficiency and reduces running costs.

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More Living Space

No radiators means more wall space for furniture. Complete design freedom for your interior.

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Silent Operation

No clicking, gurgling or banging. Underfloor heating is completely silent—just gentle, consistent warmth.

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Healthier Environment

Reduces airborne dust circulation compared to radiators. Ideal for allergy sufferers and cleaner living spaces.

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50+ Year Lifespan

Our PERT-AL-PERT pipes are designed to last 50+ years with zero maintenance. A fit-and-forget solution.

Temperature distribution comparison between underfloor heating and radiators

How Underfloor Heating Works

Warm water flows through a network of pipes beneath your floor, gently heating the entire surface. This radiant heat rises naturally, warming people and objects rather than just the air.

Unlike radiators that create hot spots near the wall and cold areas elsewhere, underfloor heating provides consistent warmth across the entire room. The result is a more comfortable environment where your feet are warm and head height is slightly cooler—exactly how the human body prefers it.

Perfect for Heat Pumps:

✓ Low flow temperature (35-45°C) maximises heat pump efficiency
✓ Large surface area means more heat transfer at lower temperatures
✓ Thermal mass of the floor stores heat, reducing cycling

Underfloor Heating Options

Choose the right system for your project

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Screed Systems

Pipes embedded in a screed layer. Ideal for new builds and major renovations where floor height isn't restricted. Maximum heat output and thermal mass.

Best for: New Builds
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Low-Profile Systems

Only 15-20mm build-up height. Perfect for retrofitting where floor height is limited. Can be installed over existing floors without major disruption.

Best for: Renovations
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Suspended Floor Systems

Designed for timber suspended floors with pipes fitted between joists. Aluminium spreader plates ensure even heat distribution across the floor surface.

Best for: Timber Floors

Compatible Floor Coverings

Underfloor heating works with almost any floor type

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Stone & Tile

Excellent thermal conductivity. Best heat transfer.

⭐ Ideal
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Engineered Wood

Stable and suitable. Check manufacturer guidance.

✓ Excellent
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Laminate

Good option with proper underlay. Cost effective.

✓ Good
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Carpet

Use low tog rating (<1.5). Thin carpets work well.

⚠️ Check Rating

Ready for Warm Floors?

Get a free quote for underfloor heating design, supply and installation. We handle everything from design to commissioning.

Frequently Asked Questions

Everything you need to know about underfloor heating

Is underfloor heating expensive to install? +
Underfloor heating is very cost-effective when installed during new builds or major renovations. For a typical 3-bedroom house, expect to pay £3,000-£5,000 for a wet system including manifold, pipes and controls. Low-profile retrofit systems cost slightly more due to the specialist boards. The long-term running cost savings, especially when paired with a heat pump, often offset the initial investment within a few years.
Is underfloor heating expensive to run? +
No—underfloor heating is actually more efficient than radiators. It operates at lower water temperatures (35-45°C vs 65-75°C for radiators), which means your heat pump works more efficiently. The large surface area distributes heat evenly without needing to overheat the water. Most homeowners find their energy bills are 15-25% lower compared to traditional radiator systems.
Which floor coverings work best with UFH? +
Stone and ceramic tiles are ideal as they conduct heat excellently. Engineered wood and laminate also work very well. Even carpet is suitable if you choose a low tog rating (under 1.5 tog combined with underlay). Solid wood can be used but requires careful selection and acclimatisation. We can advise on the best options for your specific situation.
Why does UFH take longer to heat up than radiators? +
Underfloor heating heats the thermal mass of the floor screed, which then radiates heat into the room. This takes longer initially but provides more stable, consistent temperatures. Once up to temperature, the floor maintains warmth efficiently. Modern smart controls can learn your schedule and pre-heat automatically, so your home is always comfortable when you need it.
Can underfloor heating be installed in existing homes? +
Yes! Low-profile systems add only 15-20mm to your floor height and can be installed over existing floors. For timber suspended floors, pipes can be fitted between joists from below. The best time to retrofit is during renovation when floors are being replaced anyway, but it's possible in most situations with the right system choice.
Does underfloor heating need maintenance? +
Virtually none. Our PERT-AL-PERT pipes have a design life of 50+ years and are maintenance-free once installed. The manifold may occasionally need the pump serviced, and the system should be flushed if inhibitor levels drop, but this is minimal compared to radiator systems. Most people never need to touch their UFH once installed.
Can I have underfloor heating downstairs and radiators upstairs? +
Absolutely—this is a very common setup. Underfloor heating on the ground floor (where you spend most of your waking hours) provides maximum comfort, while radiators upstairs keep costs down. The system uses a mixing valve to provide different water temperatures to each system, ensuring both operate at their optimal efficiency.