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Structural Strength. Thermal Precision. Screed-Free Simplicity.
The Prochip FF® Foiled Panel from Epic Insulation is a high strength, chipboard based underfloor heating solution combining a 22mm chipboard with a 100-micron aluminium foil facing that is foil faced and can be sliced allowing the foil to be pushed into the groove.
Engineered for structural integrity and optimal thermal efficiency, its ideal to be fitted direct to timber joists for both new build and retrofit projects where a robust, low profile system is required.
The Prochip® Panel is made from a 22m chipboard which provides a strong, stable base. The precision routed channels ensure consistent spacing and even heat distribution.
The 100 micron foil layer acts as a diffuser, distributing warmth evenly across the floor surface for faster response times and improved comfort.
The Prochip® Panel is a dry installation and works with the Epic Insulation thermally efficient overlay board CEMDECK® to keep a low profile of just 28mm above the joist to final floor finish.
Solid Floor
Underfloor Heating
The 15mm Profix® Panel for 10mm to 12mm diameter pipes enables a high efficiency warm-water underfloor heating system to be installed on a solid floor with the underfloor heating pipework arranged in serpentine configuration.
Suspended Timber Floor
Underfloor Heating
The 15mm Profix® Panel for 10mm to 12mm diameter pipes can be installed on a suspended timber floor to create a high performance warm-water underfloor heating solution.
Acoustic Floor
Underfloor Heating
When combined with a thin compressed rubber acoustic isolation mat, the 15mm Profix® Panel for 10mm to 12mm diameter pipes can be used as an integral part of a warm-water underfloor heating solution, on separating solid floors or separating timber suspended floors, with the added benefit of impact noise reduction.
(1) Other patterns manufactured to order, subject to minimum quantity.
Technical specifications
Thickness’ available
22mm
Board sizes
600 x 2400mm
Route size (to suit UFH pipe diameter)
10, 12mm (+0.4)
Pipe centre options
150, 200mm
Thickness of aluminium foil facing
50μm, 100μm (with foil ready to slice)
Route patterns
Radius, Straights
Associated conductive overlay board
CEMDECK+
Associated polyethylene edge strip
EPIC Pro Edge
Order quantity
Coverage per panel
1.44m²
Pallet qty
64 boards
Min order qty
1 board
Highlights
Robust strength protects
pipes from foot traffic during
installation
Panels interlock together
via unique interlocking
features
Multiple fixing points allow
additional mechanical fixings
to be used if required
Self-adhesive backing
reduces need for mechanical
fixings (screws)
Suitable for systems using
a thin flowing screed or
as a dry-fit solution
Pipes held securely by
multiple pipe retention clips
in every panel
Can easily be cut to size
thanks to specially formed
V-shaped grooves
Manufactured in the
UK from 100% recycled
plastic
The Profix® Underfloor Heating Panel is suitable for the following building projects
Underfloor heating for new builds
Warm-water underfloor heating is a cost-effective, energy efficient space heating solution for new build properties.
With their self-adhesive backing and interlocking features, Profix® underfloor heating panels are very quick to install and guarantee the UFH pipework is always positioned at the correct spacing.
Incorporating a Profix® low-temperature warm-water underfloor heating system in a new build property, powered by a heat pump, will provide a ‘future-proofed’ space heating solution complying with the requirements of The Future Homes Standard and The Future Buildings Standard.
Underfloor heating for renovations
With its large surface area, a warm-water underfloor heating system can be an ideal space heating solution for retrofit projects.
At just 15mm in height, and with the added benefit of a self-adhesive backing, Profix® underfloor heating panels offer a very thin, fast-fix solution.
The self-adhesive backing on every 15mm Profix® Panel removes the risk of mechanical fixings compromising any hidden services within the existing sub-floor and, thanks to their very low profile, result in only a minimal increase to the current floor height.