Floor Heating Mesh

Radiant Floor Heating | Initial Slab Preparation

Steel reincorcing mesh, also called armeringsnetting stål or armeringsnett in Norwegian areas. They are widely used in the floor heating system. Installing tubing in a steel reinforcing mesh for radiant floor heating offers many great benefits. Two of the main features people love about radiant heat are the comfort of warm floors and the efficiency associated with this method of heating.

If you're planning a radiant floor heating system, either for a new construction project or for a retrofit - we do recommend enlisting the help of a competent radiant design specialist. Some things to keep in mind regardless as you prepare for a radiant slab:

Do any excavation, filling necessary or required by local building codes.
Verify that all under slab plumbing and/or electrical services are in place.
Finish grading by leveling and tamping the fill—rake off any loose rocks or debris—the final grade should be level and allow for the thickness of both the slab and any under slab insulation.
Use 6-mill plastic sheeting for your vapor barrier – this prevents moisture from migrating upward and prevents adverse effects on floor coverings and/or adhesives.
Place your under slab and/or edge insulation.
Install welded wire reinforcing. I normally recommend 6 by 6 wire re-mesh, because it is perfect for tubing spacing.
In many cases, if you have foam insulation down already, you can use foam staples to install your tubing and forego the wire re-mesh.

A computer simulation diagram of floor heating mesh is on the white background.

According to our experience, we organize the installation guidance of underfloor heating system you can refer to them for your convenient and efficient installation.

This steel reinforcing mesh panels for floor heating system are available for two materials:

black wire.
galvanized wire.

Black wire steel reinforcing mesh.

Galvanized wire steel reinforcing mesh.

The most popular products and specifications

Galvanized steel reinforcement mesh for underfloor heating.
- Popular in Northern Europe:
  - Panel: 760 mm × 1160 mm
  - Hole Size: 70 mm × 70 mm
  - Wire diameter: 2.5 mm
- Popular in Western Europe:
  - Panel: 1000 mm × 2000 mm
  - Hole Size: 75 mm × 75 mm, 50 mm × 50 mm
  - Wire diameter: 2 mm
- Popular in Western Europe:
  - Panel: 1000 mm × 2000 mm
  - Hole Size: 100 mm × 100 mm, 80 mm × 80 mm
  - Wire diameter: 3 mm
Package: 200 pcs/pallet or 250 pcs/pallet

Table 1: Floor Heating Mesh Panels
Item	Specification (m)	Wire Diameter (mm)	Aperture (cm)	Net WT (kg)
FHMS-01	1 × 2	2.00	10 × 10	1.06
FHMS-02	1 × 2	2.00	15 × 15	0.67
FHMS-03	1 × 2	2.00	20 × 20	0.56
FHMS-04	1 × 2	2.50	10 × 10	1.65
FHMS-05	1 × 2	2.50	15 × 15	1.04
FHMS-06	1 × 2	2.50	20 × 20	0.88
FHMS-07	1 × 2	3.00	10 × 10	2.38
FHMS-08	1 × 2	3.00	15 × 15	1.5
FHMS-09	1 × 2	3.00	20 × 20	1.27
Note: Special specifications can be customized.

A worker is measuring wire diameter of steel reinforcing mesh as underfloor heating mesh.

Wire diameter measurement.

A worker is measuring width of steel reinforcing mesh panel.

Panel width measurement.

Several pieces of underfloor heating reinforcing mesh on the ground.

Underfloor heating reinforcing mesh pallet.

A wooden pallet of underfloor heating reinforcing meshes are tapped by packing tape.

Underfloor heating reinforcing mesh are packed by packing tape.

Several pallets of underfloor heating reinforcing meshes are piled in the warehouse.

Underfloor heating reinforcing mesh are packed with plastic films.

Several pallets of underfloor heating reinforcing meshes are in the container.

Underfloor heating reinforcing mesh are in the container.

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