Fibre Cement
Hardie™ Panel Compressed Sheet
Compressed Fibre Cement structural floor substrate.
- James Hardie
- Fibre Cement
- In stock in Osborne Park
Sizes and codes
| Code | Thickness | Width | Length | Cover m² | kg/m² | Pack kg | Stock |
|---|---|---|---|---|---|---|---|
| 400081** | 15mm | 1200mm | 2400mm | 2.88 | 27.25 | 784.8 | In stock |
| 400079** | 15mm | 1200mm | 3000mm | 3.6 | 27.25 | 981 | In stock |
| 400094** | 18mm | 1200mm | 2400mm | 2.88 | 31.87 | 734.28 | In stock |
| 400460** | 18mm | 1200mm | 3000mm | 3.6 | 31.87 | 917.86 | In stock |
| 400461** | 24mm | 1200mm | 2400mm | 2.88 | 43.11 | 744.94 | In stock |
5 sizes. Ask the counter if you need one that is not listed.
Product Details
Hardie™ Panel is a compressed fibre cement (CFC) sheet for ceramic tile finishes over timber or lightweight steel joists. Used as substrate for tiled balconies and tiled internal wet-area floors, HardiePanel is a durable alternative to particle board and plywood and is resistant to damage from moisture. Strong and resilient, Hardie Panel can also be used as formwork in a range of industrial and commercial applications such as bridges and roadworks. Deemed non-combustible in accordance with the provisions of the Building Code of Australia, it can also be used for floors in bushfire prone areas.
Best for
- Structural substrates for tiled balconies
- Wet-area flooring under tile finishes
- Projects replacing particleboard or plywood in moisture-prone floor zones
- Situations where a lighter alternative to concrete is beneficial
- Industrial and commercial formwork uses (application dependent)
- Builds needing a durable, impact-tolerant compressed sheet
Selecting the best type
Choose thickness by structural requirement
If you’re specifying a structural fibre cement sheet under tiles, this compressed sheet is built for jobs where stiffness, impact tolerance, and moisture resistance matter. It’s commonly chosen for tiled balconies and internal wet-area floors because it stays stable when exposed to humidity changes that can damage timber-based substrates. That stability helps reduce the risk of movement telegraphing through to grout lines and tile finishes when the floor is detailed and installed correctly.
For best results, treat it as part of a complete floor build-up, not a standalone fix. Set-out and support are critical: confirm joist spacing and span requirements, select the correct thickness to suit the structural design, and aim to minimise joints by choosing longer sheet lengths where practical. All cut edges and penetrations should be handled carefully, and fixings should follow the current manufacturer pattern so the sheet is properly restrained before waterproofing and tiling proceed.
- Choose thinner options for designs with lower thickness needs and shorter spans.
- Choose thicker options when higher stiffness or heavier duty performance is specified.
- Match selection to engineering and manufacturer requirements. Choose a sheet size to reduce joints
- Select longer sheets where possible to reduce end joints and speed installation.
Related Reads:
Complementary flooring substrate for wet areas
Hardie™ Secura™ Interior Flooring
Wet-area wall lining (common comparison to compressed FC sheet use-cases)
For wet-area walls behind tiles: Villaboard™ Lining
Manufacturer install guide
Installation guide (PDF)
FAQ
What is Hardie Panel Compressed Sheet used for?
It’s used as a structural flooring substrate for tiled balconies and wet-area floors and is also specified in some industrial formwork applications.
What thicknesses do you stock?
The Aussie Plasterboard page lists multiple thickness options; choose based on structural needs and the project specification.
Is it suitable under ceramic tiles?
Yes—this product is designed as a stable substrate for ceramic tile finishes when installed to current guidance.
Is it fire resistant or non-combustible?
Fibre cement products may be referenced as non-combustible in certain code contexts; confirm requirements for your build class and application with current documentation.
Product Specifications
| Product Code | Length (mm) | Width (mm) | Thickness (mm) | Surface Texture | Effective Cover Per Unit (m2) | Effective Width (mm) | Coverage Per Pack (m2) | Mass (kg/m2) | Weight Per Unit | Pack Weight (kg) |
|---|---|---|---|---|---|---|---|---|---|---|
| 400081** | 2400 | 1200 | 15 | Smooth | 2.88 | 1200 | 28.8 | 27.25 | 78.48 | 784.8 |
| 400079** | 3000 | 1200 | 15 | Smooth | 3.6 | 1200 | 36 | 27.25 | 98.1 | 981 |
| 400094** | 2400 | 1200 | 18 | Smooth | 2.88 | 1200 | 23.04 | 31.87 | 91.79 | 734.28 |
| 400460** | 3000 | 1200 | 18 | Smooth | 3.6 | 1200 | 28.8 | 31.87 | 114.73 | 917.86 |
| 400461** | 2400 | 1200 | 24 | Smooth | 2.88 | 1200 | 17.28 | 43.11 | 124.16 | 744.94 |
Scroll the table sideways to see every column.
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