FloorDSGN Studio

30-second selector

Which floor system fits your brief

Answer 4 questions and we will recommend a system with rationale, show its build-up, relevant standards, and cost. No sign-up required.

Project type

Load / traffic

Moisture

Priority

Existing floor

Repair or replace — quick diagnosis

Answer 3 questions about the existing floor and we will suggest the next move: overlay, repair, or replacement. You can also send photos directly on WhatsApp.

Current floor type

Main issue

Extent

Section 1

Israel standards and compliance

What governs flooring in Israel, in plain language. These standards define the required substrate concrete, repair approach, screed class, and slip resistance for the job.

ת״י 466

Concrete code

The Israeli code for concrete design and execution: substrate concrete class (for example C25/30), compressive strength, and reinforcement cover.

Governs: base substrate

EN 1504

Concrete protection and repair

A 10-part European framework. Key parts here: 1504-2 for surface protection, 1504-3 for repair, and 1504-9 for general principles. Repair and protection layers follow this logic.

Governs: repair, protection, primer

EN 13813

Screeds and screed materials

Classification for the system body: CT (cement), CA (anhydrite), SR (resin/epoxy), MA (magnesite), plus compressive (C), flexural (F), and wear (AR) classes.

Governs: system body / screed

DIN 51130 · R9–R13

Slip resistance

Ramp test classification. R9 is the minimum, R13 the highest anti-slip grade. Food, wet, and industrial floors often require a defined R-class. Barefoot areas use DIN 51097 A/B/C.

Governs: finish, safety

Moisture · CM / RH

Substrate dryness

Before resin or coatings are applied, concrete must be dry: typically ≤ 4% CM or ≤ 75–85% RH (in-situ probe, ASTM F2170). Exceeding this leads to debonding and blistering. It is the No. 1 failure cause.

Governs: installation readiness

HACCP · food

Food and pharma floors

Dust-free, washable, chemical-resistant systems with cove bases and the required R-class. Usually PU-cement or MMA. Suitable for food production environments.

Governs: hygiene, cleanability

What your project typically needs

A practical cheat sheet: typical slip class, substrate moisture, and system fit by use case.

Project / area	Slip class	Substrate moisture	Suitable systems	Standard
Food production · kitchen	R11–R12	≤4% CM	PU-cement · MMA	EN 13813 · HACCP · DIN 51130
Barefoot wet zones	R10 + DIN 51097 B/C	≤4% CM	PU-cement · anti-slip epoxy	DIN 51097
Warehouse · forklift	R10–R11	≤4% RH	Epoxy · PU-cement	EN 13813 (SR)
Retail · showroom (dry)	R9–R10	≤75% RH	Microtopping · terrazzo · epoxy	EN 13813
Healthcare · sport	R9–R10	≤4% RH	ComfortFloor · rubber	EN 13813 · acoustics
Parking · ramps	R12–R13 (ramps)	≤4% RH	Epoxy · PU	DIN 51130 · EN 1504
Residential	R9–R10	≤75% RH	Microtopping · terrazzo	EN 13813

Frequent substrate issues

Encyclopedia deep dives on what goes wrong and how it is usually resolved.

ת״י 466 / EN 1504 standardsFull standards breakdown Moisture and high RHWhy coatings debond Cracks in the substrate5 signs the issue is serious Concrete carbonationA 5-minute test Chlorides near the seaHow to protect reinforcement EfflorescenceWhat it is and how to remove it

Section 2

Build your floor system

Choose a system to see the layer stack (substrate → primer → body → topcoat) with typical thicknesses, spec lines, and applicable standards. Download the spec sheet or open it in 3D.

Thicknesses shown are typical. The exact build-up is confirmed after the site survey and substrate moisture test.

—

Open in 3D → Preview in room → Order sample

Indicative material take-off

Area m²

Indicative take-off is based on density × thickness over a level substrate. Exact quantities and packaging depend on substrate porosity and supplier pack sizes. Concrete substrate quantities are calculated separately.

Compare

System comparison

All systems in one table: thickness, price, slip class, cure, HACCP suitability, and standards. Pick one and we will drop it into the build-up and cost calculator.

Section 3

Estimate the cost

A 30-second benchmark: floor type × use case × area. Not a formal quote, but a working benchmark. The exact price comes after a site visit with substrate testing, free within 48 hours.

Floor type

Use case

Area · 120 m²

120m²

₪ 122 800

≈ $33 600 · total project · ~₪1 023/m²

This is a working benchmark, not a quote. The exact price comes after a surveyor's visit with a substrate test. Free, within 48 hours.