MECHANICAL WEAR
Abrasion, rolling loads and intensive use stress the existing surface.
PURE FLOOR PROTECT
Protect floors. Simplify cleaning. Extend usability.
An ultra-thin, lightly matt functional protection technology for high-use floor surfaces — developed for abrasion resistance, easier maintenance and controlled application in sports, education, commercial and public environments.
5–8 µmtypical functional layer
CLASS 1wet-scrub resistanceDocumented test basis · original source/product assignment under verification
PLATFORM RELATIONSHIP
A specialised floor application of PURE SURFACE PROTECT.
PURE FLOOR PROTECT is the lightly matt floor expression of the PURE SURFACE PROTECT technology. It transfers the ultra-thin protection logic to floor surfaces where abrasion, appearance, feel and use must be considered together.
PURE SURFACE PROTECTSurface platform
↓adaptation for floor-specific loads
↓PURE FLOOR PROTECTFloor application system
THE CHALLENGE
High traffic meets sensitive surfaces.
Sports and school floors face heavy mechanical use. Handball resin, rubber abrasion and pigments increase cleaning effort. Frequent aggressive cleaning cycles can also place additional stress on the existing surface. The goal is not simply another coating, but a controlled protection and maintenance layer.
RESIN & PIGMENTS
Resin, rubber abrasion and pigments increase cleaning effort.
CLEANING CHEMICALS
Frequent cleaning cycles can stress the surface and care condition.
DOWNTIME
Closure periods and deep cleaning affect daily operation.
SURFACE ENGINEERING
A few micrometres. An additional functional layer.
SUBSTRATE
Floor type, existing care, cleaning condition and slip / feel target determine the approach.
THIN FUNCTIONAL LAYER
A lightly matt hybrid coating forms a very thin functional surface.
EXPOSURE
Abrasion, resin, dirt and cleaning agents are intended to act less strongly on the existing surface.
MAINTENANCE
Cleaning and care can thereby be simplified.
APPLICATIONS
For floors that need to perform every day.
SPORTS HALLS
Handball resin, rubber abrasion, mechanical use and frequent cleaning.
SCHOOLS & EDUCATION
High frequency, cleaning and public use.
FITNESS & SPORTS
Sweat, abrasion, hygiene and cleaning cycles.
PUBLIC & MUNICIPAL
Corridors, entrances and public buildings.
COMMERCIAL
Showrooms, sales areas and entrance zones.
LIGHT INDUSTRIAL
Coated working areas with increased maintenance requirements.
Sports-floor condition and cleaning sequence
The webcut shows a sports-floor environment, the marked floor before treatment, mechanical cleaning and a labelled view after treatment. The coating application itself is not shown.
B · documented application
What you see
- sports-floor context
- surface marked as before treatment
- mechanical floor cleaning
- surface marked as after treatment
TESTING & EVIDENCE
Designed for maintenance. Backed by testing.
Values below are presented as available test basis and must be checked against the tested subject and concrete floor build-up.
Layer loss: approx. 0.2–0.3 µm after 200 cycles.
SOURCE VERIFICATION REQUIRED: Original report / assignment not fully verified in the data store.After 1,000 cycles: 2.84 µm glass; 2.3 µm Leneta film.
SOURCE VERIFICATION REQUIRED: Original report / assignment not fully verified in the data store.DSLT according to CEN/TS 16637-2 over 64 days; eluate colourless / clear, pH approx. 6.2–6.5 and low conductivity reported in the available documentation.
SOURCE VERIFICATION REQUIRED: Original report / assignment not fully verified in the data store.Underlying Floor Protect documentation references Z-157.20-256, DIBt file II 47-1.157.20-17/21 dated 13.12.2021 and AgBB / fire notes. Scope, product identity and currency require checking.
SOURCE VERIFICATION REQUIRED: Original report / assignment not fully verified in the data store.APPLICATION & QA
A reliable floor system starts before coating.
OLD CARE
Assess wax, cleaners, silicones, resin and existing care.
TEST AREA
Test gloss, matt effect, slip feel and cleaning.
APPLICATION
Document layer thickness, tool, climate and drying.
ACCEPTANCE
Check appearance, adhesion, slip / feel and cleaning attempt.
CARE PLAN
Define cleaner, intervals and recoating.
Process quality determines appearance, function and complaint resilience for Floor Protect.
Slip resistance is application-dependent.
Slip resistance depends on use and floor. It must be separately tested and documented for the specific application area. No R-class is claimed.
Documented service-life context.
Existing product documents mention service periods of up to 24 months depending on use, substrate, cleaning and exposure. This must be validated for each specific application and is not a guarantee.
LIFECYCLE VALUE
Floor maintenance is an operating-cost question.
cleaning timecleaning chemistrycare cyclesrefurbishmentdowntimeservice life of existing floor surfaces
RESPONSIBLE CLAIMS
What is documented — and what must be checked for the object.
DOCUMENTED / TEST BASIS
- typical layer thickness 5–8 µm
- wet-scrub test basis
- Taber Abraser test basis
- ecotoxicology / eluate documentation
- DIBt / AgBB / fire documentation available
OBJECT-SPECIFIC VERIFICATION REQUIRED
- slip resistance
- floor compatibility
- adhesion
- matt appearance
- cleaning chemistry
- actual service life
- easy-to-clean effect
- transfer of external test values to the concrete floor build-up
For public buildings, the documentation matters as much as the surface.
TESTINGAPPLICATIONACCEPTANCEMAINTENANCE
How much maintenance does your floor require today?
We assess floor build-up, existing care, use, cleaning process and desired surface effect before defining an appropriate test area.