Heat Retention
Pockets of still air slow heat transfer, helping moderate indoor temperatures and support efficient heating and cooling.
Better Panels Start with a Better Core.
- Smooth FinishReady for a range of surfaces
- StabilityZero thickness swelling
- Fire PerformanceTested to high standards
- Thermal & AcousticA honeycomb-like microstructure
- Low EmissionsFormaldehyde, VOCs & heavy metals
- Easy FabricationCut, shape, edge-band, and groove
- Added ProtectionResistance to mould and pests
- Strong Screw HoldingVersatile installation options
From Mineral to Board.
Our dry mineral-fibre air-laying and hot-pressing process follows the technology route widely used in Europe. Melting and fibre formation take place in one continuous thermal process, eliminating a separate remelting stage.
Deep purification removes impurities at their source, helping address leaching, discolouration, efflorescence, moisture-related bulging, swelling, and heavy-metal concerns associated with conventional inorganic boards. This gives FIORE’s dry-process core a cleaner, more stable foundation.
- 01
Melt & Form Fibres
Mineral is melted at high temperature and directly formed into fine fibres with low slag content.
- 02
Deep Fibre Purification
Two-stage opening and separation remove slag and impurities, helping reduce leaching and efflorescence.
- 03
Optimise the Fibre Blend
The prepared fibre blend is modified to strengthen its bond with the adhesive system.
- 04
Uniform Dry Bonding
Dry adhesive application and controlled fibre laying enable precise dosing without moisture variation.
- 05
Continuous Flat Pressing
Continuous pressing produces even density, consistent thickness, and a dense, stable structure.
Built to Perform.
MICROSTRUCTURE
Warmth. Quiet.
A smooth, dense face surrounds a uniform microporous interior. Tiny pockets of still air help the same mineral core provide both heat retention and sound absorption.
Sound Absorption
The microporous structure absorbs and dissipates sound energy, particularly at mid and high frequencies.
For offices, healthcare, schools, and homes where quieter, more comfortable interiors matter.
Made for Indoor Air Quality.
- ≤0.025 mg/m³Meets ENF, the highest formaldehyde-emission grade in China’s wood-based panel classification
- Low TVOCEmissions well below the stated national limit
- CTC-TestedMigratable heavy metals well below the specified limits
For healthcare, schools, family spaces, and homes with demanding indoor-environment requirements.
Meets Fire Standards Worldwide
- Fire & Heat ResistanceResists flame and fire spread
- Smoke PerformanceRefer to the corresponding fire-test data
- Project RequirementsFor public, commercial, and municipal fire-safety specifications
Third-party and spot testing help match the material’s fire performance to the project specification.
24-Hour Thickness SwellingNo Swelling
0Low Shrinkage. Lasting Moisture Stability.
Long runs of close-fitting panels depend on dimensional control built into the material itself.
Low ShrinkageLow absorption, no thickness swellingSupports long, close-jointed layouts
Work It Your Way.
Surface Options:
An even-density core and smooth surface allow melamine-impregnated decorative paper to be hot-pressed directly onto the board, without a primer or additional levelling.
Choice of Finishes · Wear and Stain Resistance · Strong BondingFABRICATION
Use the Tools You Know.
Saw, groove, drill, bond, edge-band, and shape the board using standard woodworking equipment.
15% Lower Tool Wear · Resists Breakage · Clean EdgesTechnical Data
Results relate to the tests shown. Refer to the report for the specific product supplied.
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| Property | Value | Reference Standard |
|---|---|---|
| Density | 1.25 g/cm³ | GB/T 17657-2022 |
| 24-Hour Thickness Swelling | 0 | GB/T 17657-2022 |
| 24-Hour Water Absorption | ≤3.0% | GB/T 17657-2022 |
| Bending Strength | ≥22 MPa | GB/T 17657-2022 |
| Modulus of Elasticity | ≥4000 MPa | GB/T 17657-2022 |
| Internal Bond Strength | ≥1.2 MPa | GB/T 17657-2022 |
| Screw-Holding Strength | ≥1200 N | GB/T 17657-2022 |
| Impact Strength | ≥3 kJ/m² | GB/T 7019-2024 |
| Formaldehyde Emissions | ≤0.025 mg/m³ | GB 18580-2017 |
| Total Volatile Organic Compound (TVOC) Emissions | 0.1 mg/m²·h | GB/T 29899-2024 |
| Radioactivity Index | ≤0.6 | GB/T 6566-2010 |
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