Anti-Slip Floor Testing
Anti-slip floor testing is another quite wide group which may include just about any kind of floor which is applied in order to make the floor’s surface less slippery. There are many types of floors which have non-slip features, like resin flooring.
All types of flooring can be accessed by using a company for anti slip floor testing.
A significant distinction this article would like to make when discussing anti-slip flooring concerns the description of “increased slip resistance” or “non-slip” flooring as opposed to “anti-slip”. Unless you are able to guarantee your floor prevents falls and slips, “anti-slip flooring” is probably the more precise description of what may be achieved eventually. This article, therefore, is going to stick with anti-slip flooring because of this.
Tip One: Anti-slip Standards
Currently there are two popular tests used in measuring slip resistance.
The most common reference by far is the Oily Ramp Method. This is a laboratory test for gauging the sureness of footing through producing the popular “R” rating-from R9/light anti slip all the way to R/12, or R/13 aggressive anti-slip.
The other one is called Wet Pendulum Test that’s utilised for anti slip floor testing as the UK and Australian Standard, or AS, for field testing of the existing surfaces (“V” rating for very low slip risk to “Z” for very high slip risk).
The main differences are normally summed up by the two sets of words mentioned above- laboratory and field, oily and wet.
When talking about “R” rating, you are talking about a measurement which is designed in a laboratory utilising an inclined and oily surface geared towards replicating that in the field, with slip-resistant floor.
Note: There are no means of confirming this once applied.
On the other hand, the Wet Pendulum or friction test meter Test has more to do with the field (on-site testing), and portable equipment is employed to take readings on any part of your floor, new or old, and evaluate its slip resistance at the point when it has a wet surface.
This is a true onsite anti slip floor testing procedure that one would employ to satisfy the HSE or to keep for their insurance company.
So what important tip can you take from all this? Well, probably the key message is that both standards of testing are not interchangeable, and anti-slip flooring plans should consider what standard is more suitable.
Tip 2: Lasting anti-slip floor testing
Planning is extremely important for anti-slip flooring, just like any floor.
A key consideration to keep in mind is the conditions during service your floor is going to be exposed to.
Ask yourself if heavy traffic is going to wear anti-slip profile smooth, or if the impact from dropped items will need replacement or constant repair.
The hardness of the particle used in epoxy anti-slip floors is going to have a major say when it comes to these questions.
For anti-slip floors that are exposed to heavy machinery or traffic, particles found at the high end of Mohs hardness scale are going to deliver top performance, for example carborundum and aluminum oxide at 9 as opposed to sand at 6-7.
Furthermore, for clear and stir-in anti-slip on decorative floors, note that glass beads normally wear much better when compared to polymer particles, and two coats as opposed to one is going to provide greater wear resistance.
Tip 3: Cleaning
Floor maintenance is sometimes overlooked.
But it is absolutely significant, considering that an anti-slip floor that’s clogged with gunk is not much use to you.
The challenge normally comes when more aggressive slip resistance,R12+, is needed. A mop is very quickly going to be torn to shreds here.
Therefore, you should explore other cleaning alternatives. Coving also should be considered due to the role it plays in keeping anti-slip flooring hygienic and clean at the floor-wall junction.
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