Instantor ChipDeck-PRO™
Instantor ChipDeck-PRO™
The Foil Strip & Routed Chipboard system is a structurally tested multidirectional 22mm chipboard underfloor heating panel designed to directly substitute the standard chipboard deck in a suspended or batten floor construction. It can be used with joist centres up to 600mm.
The panels are pre- rooved with a multidirectional pattern to allow UFH circuits to navigate around the room with our 12mm PE-RT/EVOH pipe. They also come with a pre-bonded aluminium diffuser strip that ensures the radiant heat is diffused across the floorwhile ensuring a strong bond can be achieved between the chipboard panel and the desired cover panel.
When combined with our 6mm cement coverboard, the system allows for maximum heat transfer,
output and structural integrity of the floor. Alternatively, a 4mm Murexin Unitop Decoupling Panel can be bonded to the chipboard using Murexin MS-K509 Contact Adhesive which will maintain structural integrity and overall system performance/efficiency, or a 6mm flooring grade plywood can be used which must be bonded and mechanically fixed to chipboard (overall system efficiency and performance will be reduced
when using plyboard).
Key Features
Quick Heat Up time & Heat Retention
Suitable for use with low temperature heating systems
Suitable for Joist centres of up to 600mm
Can be used in New Build & Renovation projects
Pre-grooved with multidirectional pattern
Aluminium foil diffuser strip ensuring effective heat transfe
Fluted exits ensuring pipe can be laid without snagging adjacent panels
Available Options
|
Pipe Types Available |
12mm 5-Layer PE-RT/EVOH |
|
Typical Pipe Spacings (mm) |
150mm |
Pipework Layout Suitability
Floor Covering Suitability
Seek advice from floor covering manufacturer regarding installation methods prior to installation
Heat Output
Watts per m² at 150mm Pipe Centres
| FLOW TEMP °C |
TOG RATING / OUTPUT W/m² | |||
| 0 | 0.5 | 1 | 1.5 | |
| 35 | 71 | 65 | 59 | 53 |
| 40 | 79 | 72 | 64 | 60 |
| 45 | 85 | 80 | 71 | 65 |
| 50 | 96 | 86 | 78 | 70 |
Key Heat Output Details: Achieves roughly 50 W/m² at a low 41°C flow temperature, rising to 84 W/m² with a 50°C flow.
Installation & Technical Guides
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