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Calcium Sulphate Core Panels

High-Density Calcium Sulphate Raised Floor Panels for Data Centers
Calcium sulphate (CaSO4) core panels deliver high load performance, strong fire behaviour and long lifecycle for mission-critical technical environments. Available with PVC, HPL or ceramic finishes and designed for clean cable distribution and underfloor airflow management.
Panel Size
600 × 600 mm

Core
Calcium Sulphate

Use Case
Data Centers & Technical Rooms

Description

Calcium Sulphate Core Raised Floor Panels

Calcium sulphate (CaSO4) raised floor panels are designed for high load performance and long service life in data centers, telecom rooms and critical technical spaces. Multiple surface finish options (PVC / HPL / Ceramic) allow the flooring to match anti-static, durability and aesthetic requirements.

High Density Core
600 × 600 mm Standard
Loose Lay System
PVC / HPL / Ceramic Finish
Foot + Stringer Options

Key Technical Facts (Typical)

Panel size
600 × 600 mm
Core
30 mm Calcium Sulphate
Density (typ.)
~1300 kg/m³
Fire reaction (typ.)
EN 13501-1 A1

Values are typical and depend on selected finish and configuration.

Documents

Go to Downloads

Add your Devis-hosted brochures in the Downloads section.

Overview

Calcium sulphate panels are a preferred raised-floor solution for technical environments where fire behaviour, stability and long-term durability are critical. They are commonly used in offices, public buildings and IT rooms, and are widely adopted for data center underfloor distribution and airflow management.

Technical Specifications (Typical)

Panel format 600 × 600 mm
Core Calcium sulphate (CaSO4)
System type Loose lay
Typical thickness ~30 mm core (system thickness varies by finish)
Fire performance (typ.) Reaction class EN 13501-1 A1; resistance references available per configuration
Acoustics (typ.) Dnfw / Lnfw performance depends on adhesive + under-structure selection
Confirm final performance figures according to the selected model and project requirements.

Model Matrix

Model Finish / Build Typical Use
MXF-CaV30 Anti-static PVC top + galvanized steel bottom IT rooms / offices / general technical spaces
MXF-Ca30L HPL coated finish High wear resistance areas / premium surface finish
MXF-CaCER30 Ceramic coated finish High durability + special architectural requirements
Model selection should follow ESD, wear and cleaning requirements.

Options & Accessories

Pedestals / Feet

Galvanized steel pedestal options; FFH ranges depend on the selected system height.

Stringers (Bracing)

Clip-on stringers for lower heights, screwed stringers for higher FFH to improve rigidity.

Adhesives / Acoustic

Standard or acoustic pedestal adhesive options for improved impact sound behaviour.

Finishes

PVC / HPL / Ceramic top surfaces (project-dependent, ESD & wear requirements).

Description

Calcium Sulphate Core Raised Floor Panels

Calcium sulphate (CaSO4) raised floor panels are designed for high load performance and long service life in data centers, telecom rooms and critical technical spaces. Multiple surface finish options (PVC / HPL / Ceramic) allow the flooring to match anti-static, durability and aesthetic requirements.

High Density Core
600 × 600 mm Standard
Loose Lay System
PVC / HPL / Ceramic Finish
Foot + Stringer Options

Key Technical Facts (Typical)

Panel size
600 × 600 mm
Core
30 mm Calcium Sulphate
Density (typ.)
~1300 kg/m³
Fire reaction (typ.)
EN 13501-1 A1

Values are typical and depend on selected finish and configuration.

Documents

Go to Downloads

Add your Devis-hosted brochures in the Downloads section.

Overview

Calcium sulphate panels are a preferred raised-floor solution for technical environments where fire behaviour, stability and long-term durability are critical. They are commonly used in offices, public buildings and IT rooms, and are widely adopted for data center underfloor distribution and airflow management.

Technical Specifications (Typical)

Panel format 600 × 600 mm
Core Calcium sulphate (CaSO4)
System type Loose lay
Typical thickness ~30 mm core (system thickness varies by finish)
Fire performance (typ.) Reaction class EN 13501-1 A1; resistance references available per configuration
Acoustics (typ.) Dnfw / Lnfw performance depends on adhesive + under-structure selection
Confirm final performance figures according to the selected model and project requirements.

Model Matrix

Model Finish / Build Typical Use
MXF-CaV30 Anti-static PVC top + galvanized steel bottom IT rooms / offices / general technical spaces
MXF-Ca30L HPL coated finish High wear resistance areas / premium surface finish
MXF-CaCER30 Ceramic coated finish High durability + special architectural requirements
Model selection should follow ESD, wear and cleaning requirements.

Options & Accessories

Pedestals / Feet

Galvanized steel pedestal options; FFH ranges depend on the selected system height.

Stringers (Bracing)

Clip-on stringers for lower heights, screwed stringers for higher FFH to improve rigidity.

Adhesives / Acoustic

Standard or acoustic pedestal adhesive options for improved impact sound behaviour.

Finishes

PVC / HPL / Ceramic top surfaces (project-dependent, ESD & wear requirements).