Ceram completes non-slip topography study

A CERAM product story
Edited by the Engineeringtalk editorial team Sep 15, 2009

Ceram has completed a study investigating how the chemical non-slip treatment of flooring materials affects surface topography and how this relates to product performance.

Using white-light interferometry, Ceram's study compared the effects of an acid etching product and Bonasystems' Bonagrip treatment on ceramic floor tiles.

Results demonstrated a marked difference in microtopography, directly linked to product performance characteristics including ease of cleaning and long-term durability.

White light interferometry is an optical metrology tool that quantitatively measures and characterises the microtopography and surface roughness of materials.

Using this technique, Ceram produced 3D representations of the ceramic tile surfaces following both chemical treatments.

The images illustrate that the acid etching treatment produces a topography characterised by needle-like pinnacles with deep valleys, compared to the more undulating topography produced by the Bonagrip treatment.

Quantitative comparison of surface roughness and peak to valley distance from the treated tiles and an untreated reference confirmed that the acid etching treatment produces a highly pitted surface structure with peak-to-valley heights significantly larger than that produced by the Bonagrip treatment.

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