CircoFloor

An insulated floor, without wet screed.

Set your floor to the right height, fill it with EPS or cork and choose suitable boards for your floor finish.

View the floor build-ups Calculate my materials
CircoFloor structure, partly filled with cork and topped with an OSB board.
The structure, insulating fill and boards together form your floor build-up.
System height: 8.8–21.8 cmAdd the thickness of the boards and floor finish.

How does CircoFloor work?

From an adjustable structure to a floor that suits your room.

  1. Set the height

    Lay the structure and adjust it level at the required height.

    Checking the CircoFloor height with a laser.
  2. Add insulating fill

    Fill the structure with EPS or cork to suit your chosen build-up.

    CircoFloor cells filled with loose cork granules.
  3. Fit boards and finish

    Secure suitable boards and install your floor finish according to the instructions.

    Securing OSB boards to a CircoFloor floor.
Read the full installation guide

Which build-up suits your floor finish?

Your floor finish helps determine which boards you need. Start with the finished floor you have in mind.

Cross-section of CircoFloor with Fermacell gypsum fibre boards.

Gypsum fibre boards

For tiles and other finishes in suitable combinations. Match the board build-up to the finish and loads.

View gypsum fibre build-ups

The right build-up depends on the base, available height, loads and floor finish.

  • No screed drying time
  • Precisely height adjustable
  • Demountable and reusable

Everything for your project

Explore the performance details or start planning the installation.

What determines my floor’s performance?

The base, height, fill, supports, boards and finish together determine performance. Always compare complete floor build-ups.

  • Insulation: the Rd value varies with the fill and height. Use the insulation tables for your chosen build-up.
  • Acoustics: specific tested build-ups achieved 26–30 dB ΔLw. This measures impact sound improvement on a concrete reference floor, not a guaranteed result in every room.
  • Load capacity: assess point loads, distributed loads and self-weight for the complete floor. A capacity figure for the structure alone is not enough.
  • Environmental impact: the comparison of up to 4.9× concerns material impact against the specified PUR reference. It does not apply to every complete floor. Disassembly and reuse can reduce material waste.
  • Finishes: laminate, click vinyl, engineered wood, carpet, cork, tiles and natural stone are possible in suitable build-ups. Follow the requirements for the selected boards and flooring.
Read how CircoFloor began
See how CircoFloor is filled
Installation video: filling the structure with loose insulation.
Installation videos

Ready to calculate your floor?

Choose your build-up and calculate your materials. You can also request a price including delivery.

Frequently asked questions about CircoFloor

How much build-up height do I need?

The system height is 8.8–21.8 cm: 8.8–15.8 cm with short feet and 14.7–21.8 cm with long feet. Add the thickness of the boards and floor finish. Also allow for services and variations in the base level.

System heights and specifications
Can CircoFloor be used with underfloor heating?

Yes, with a suitable dry underfloor heating system, such as the documented Uniwarm or Fermacell Therm25 build-ups. Match the heating, boards and finish. Floor cooling also requires a suitable installation and controls.

View underfloor heating and cooling
How soon can I continue working?

There is no wet screed to dry. Once the structure, fill and boards are correctly installed, continue according to the chosen finish’s instructions. Total time depends on area, preparation and build-up. Adhesives, levelling compounds or finishes may still need time to dry or cure.

Read the full installation guide
How much will my floor cost?

The price depends on area, system height, fill, boards, finish and delivery. Compare equivalent complete build-ups; there is no fixed saving per m² for every project. Use the calculator to estimate materials and request a price including delivery.

Calculate my CircoFloor package
Where else can CircoFloor be used?

From lofts and renovations to terraces and temporary spaces: find all applications below, grouped by use. Choose a build-up suited to the base, loads, moisture conditions and finish.

The documentation and tests cover specific interior floor build-ups. For other uses, we can help assess whether CircoFloor suits your project.

Homes and interior floors

  • Insulated interior floors

    A dry build-up as an alternative to sprayed PUR, EPS screed and sand-cement screed. Choose the fill and boards for the required performance.

  • Converting lofts into usable rooms

    Build a light floor and adjust its height. First check the existing floor’s capacity and the requirements for the new use.

  • Floors on timber or steel structures

    A light build-up with options for acoustic decoupling. Match the boards and supports to the supporting structure.

  • Floors on CLT or timber frame structures

    Combine a dry floor with suitable acoustic decoupling. Sound performance depends on the complete build-up.

  • Floors on timber joists

    A height-adjustable floor without wet screed. Have the joists, deflection and support assessed.

  • Bathrooms and laundry rooms

    With boards suited to the room and correctly designed waterproofing, including joints, connections and penetrations.

Comfort and service space

  • Acoustic intermediate floors

    For build-ups addressing impact and airborne sound. Measured ΔLw values concern impact sound in specific tested build-ups; they are not a general guarantee for every intermediate floor.

    Acoustics and tested build-ups
  • Dry underfloor heating with heat spreader plates

    A heated floor without wet screed. Choose a suitable dry heating system and match the boards and finish to it.

    View underfloor heating and cooling
  • Raised office service floors

    To create space below the floor for pipes, ventilation ducts and cables. Plan access zones and match the build-up to office loads.

  • Concealing pipes, ventilation and cables

    Bridge height differences and services with suitable support. Provide access wherever inspection or maintenance is needed.

Renovation and reuse

  • Circular renovation floors

    Use removable components that can be reused later. Consider disassembly when choosing boards and finishes too.

  • Renovations with large height differences

    Adjust the system height between 8.8 and 21.8 cm. Add boards and floor finish; the preparation needed depends on the existing floor.

  • Listed buildings and heritage

    A demountable floor may suit a reversible renovation. Match fixings and connections to the building and heritage requirements.

  • Rented properties

    A floor that can be moved during relocation or refurbishment is possible if the boards, finish and fixings are also suitable for reuse.

  • Fast renovations

    No wet screed drying time. After correct installation, continue according to the instructions for boards, adhesives and finishes.

Temporary and modular spaces

  • Events and temporary buildings

    A floor that can be installed and dismantled again. Have the required loads, safety and use conditions established beforehand.

  • Modular units, site cabins and office units

    An adaptable build-up with reusable components, matched to the unit’s construction and use.

  • Pop-up shops and showrooms

    A reusable floor for a temporary fit-out. Choose a finish and load capacity suited to visitors and furnishings.

  • Light workshops and hobby rooms

    With a suitable wear-resistant surface. Check point loads and vibrations from benches or equipment for the selected build-up.

Terraces and roof terraces

Special applications on request

These applications require a separate technical assessment. The performance of a tested interior floor does not automatically apply.

  • Intermediate floors with fire resistance requirements

    For example, with aerated concrete fill and Fermacell boards. The required fire resistance must be demonstrated for the complete construction.

  • Damp basement floors

    Choosing a vapour-open or water-resistant build-up requires assessment of moisture, condensation and waterproofing. CircoFloor alone does not solve a damp problem.

  • Green roofs

    A potential lightweight, removable substructure on flat roofs. Assess saturated weight, drainage and roof protection with the relevant construction partners.

  • Driveways with drainage and rainwater storage

    A project-specific use requiring prior assessment, particularly of vehicle and point loads, the base and drainage.

  • Thawing platforms for cold stores

    A Euro-pallet-sized concept with CircoFloor layers between pallet layers, without adjusting screws and with fixing screws. The intended use, such as thawing or melting butter, requires separate validation of function, loads and hygiene.

Have another application in mind?

Discuss your project with us

What our customers say