Anti skid flooring for factories should reach a pendulum test value of 36 or above, the point where the UK Health and Safety Executive classes slip potential as low. Plain glossy epoxy and high polish concrete often fall short when wet.
Water, oil, coolant and wash-down chemicals each change
how a floor grips. This guide shows how grip is measured, which finishes hold
up and where to specify them. It pairs well with our monsoon
proofing checklist for warehouse floors for entrances and docks.
At A Glance
•
Pendulum pass mark: 36 or above
•
Surface roughness: Rz 20 µm or more
•
Duration: 3 to 7 days for epoxy
•
Enquiry reply: within 24 hours
•
Test the finished floor, wet, with the
contaminant you really have.
Why Do Factory Floors Become Slippery?
Anti skid flooring for factories has to cope with
contamination, because water, oil, coolant and fine dust turn smooth surfaces
slippery. HSE research found that most slips happen on contaminated floors, so
the finish and the cleaning routine both decide how safe a walkway really is.
HSE’s slip model lists the floor material, footwear,
contamination, cleaning and environment as joint causes. In Indian plants the
usual suspects are easy to spot:
•
Monsoon rain tracked in on tyres and boots at
docks and doorways
•
Cutting oil, coolant and hydraulic leaks around
machine bays
•
Wash-down water in dairy, food and pharma areas
•
Fine powder on dry process floors
•
Glossy topcoats, high polish concrete and
textures worn smooth
Wear is the quiet cause. A texture that tested well on
day one can polish flat under forklift wheels. That is why our industrial
floor maintenance checklist schedules a quarterly slip check in wash areas,
kitchens and chemical zones.
How Is Floor Slip Resistance Measured?
Slip resistance is read with a pendulum, a roughness
meter or a ramp test. A pendulum test value of 36 or above is low slip
potential, 25 to 35 is moderate and 0 to 24 is high, according to the HSE technical sheet on assessing
flooring.
The pendulum swings a standard rubber heel across the
surface and is HSE’s preferred method for dry and contaminated floors. A
trained operator must run it, and profiled floors need readings in several
directions.
Roughness is the quick check. On water-wet floors an Rz
below 10 µm is high risk, 10 to 20 µm is moderate and 20 µm or more is low. Oil
and other thick contaminants need more roughness than water.
Footwear changes the answer. HSE uses a standard rubber
slider for shod pedestrians and a different one for barefoot zones such as
changing rooms and wash areas. Tell the tester which shoes your staff actually
wear.
|
Method |
What it reads |
Low risk result |
Watch out for |
|
Pendulum test |
Friction of a swinging rubber heel |
36 or above |
Needs a trained operator |
|
Roughness (Rz) |
Peak to valley depth of the surface |
20 µm or more |
Valid for water-wet floors only |
|
Ramp test (DIN 51130) |
Slip angle with oil and cleated boots |
R11 to R13, our target for wet zones |
HSE questions how R ratings are applied |
R ratings need care. HSE notes that R10 covers a friction
range of 0.18 to 0.34, so two R10 floors can behave very differently.
Specifying anti skid flooring for factories on a rating alone leaves too much
to chance, so ask for pendulum data on the finished floor.
Which Anti Skid Systems Work On Industrial Floors?
The right anti skid flooring for factories pairs
texture with the contaminant: broadcast epoxy for oil and wash-down, low gloss
ground concrete for dry traffic lanes, and broom finishes for external ramps.
Strips and mats only patch problems.
Slip resistant industrial flooring is a trade off between
grip and cleaning effort. A coarse texture grips well but traps dirt, so
hygiene zones need a finer finish and a stricter wash routine.
|
System |
Grip |
Cleaning effort |
Best for |
Watch out for |
|
Broadcast aggregate epoxy |
High |
High |
Oily bays, ramps, wash-down |
Coarse texture traps dirt |
|
Epoxy with anti skid additive |
Medium |
Medium |
Walkways, washrooms |
Additive wears in wheel lanes |
|
Ground concrete, satin or matte |
Medium |
Low |
Dry traffic lanes, showrooms |
Slick if polished to high gloss and wet |
|
Broom or tined concrete |
Medium |
Medium |
External ramps, yards |
Open texture collects grit |
|
Strips, tapes and mats |
Local only |
Low |
Quick fix at a stair or door |
Edges lift under wheels |
Texture only grips if it stays bonded. For epoxy, that
means shot blasting or diamond grinding the slab, priming it and locking the
broadcast layer in with the base coat. A sealing topcoat then keeps the grit
from shedding under wheels.
If your slab is sound but too glossy, our concrete
grinding and polishing service offers finishes from matte to high gloss.
You can specify a lower gloss for wet zones.
Where Do Factories Need The Highest Grip?
Anti skid flooring for factories earns its cost where
contamination, slopes and turning wheels meet: wash-down bays, loading ramps,
oil prone machine lines and monsoon exposed doorways. One uniform grade across
the whole shed is rarely the smartest spend.
•
Wash-down and food areas: medium texture
epoxy with a defined cleaning routine
•
Loading ramps and slopes: coarse
broadcast finish, because the slope cuts your margin
•
Machine bays with coolant: coarse texture
plus drainage to the nearest channel
•
Stairs and walkways: anti skid topcoat
with contrasting edge marking
•
Dry storage aisles: the least grip, so
protect flatness and sweepability
Match grip to risk, not to the whole floor. A coarse
finish in a forklift aisle is harder to sweep, so reserve it for the zones
above.
Plan the change between grades as well. A trolley rolling
from a smooth aisle onto a coarse wash-down zone feels the step in friction.
Mark the boundary clearly and keep it away from turning points. Our epoxy flooring
service includes anti skid grades for ramps, washrooms and walkways.
How Do You Keep An Anti Skid Floor Working After Installation?
Clean it correctly, measure it again and re-treat it
before the texture wears flat. HSE warns that installation, cleaning, polishing
and wear all change slip resistance, so a pass mark on day one does not last
for years.
Build four habits into the routine:
•
Remove oil and coolant within the shift, not at
the weekend
•
Use a neutral pH cleaner on coated floors, with
a scrub rather than a mop alone
•
Retest wear lanes and wet zones after each
monsoon season
•
Log every reading by bay, so a falling trend
shows up early
Cleaning chemistry matters too. A product that leaves a
film of residue can make a good floor slick, and a degreaser that is too harsh
can dull a coating. Follow the finish supplier’s cleaner list and rinse where
it says so.
Re-texturing a worn lane is far cheaper than treating an
injury claim. When readings slip below your zone target, brief a contractor to
recoat that lane rather than the whole floor.
How Do You Specify Anti Skid Flooring For Factories Step By Step?
To specify anti skid flooring for factories, map the
contaminants first, set a target for each zone and demand test data from the
finished floor. Brochure ratings alone do not tell you how the floor behaves
under your oil, your water and your shoes.
1.
Walk the plant and mark the wet, oily, dusty and
sloped zones.
2.
Name the contaminant in each zone, because oil
needs more roughness than water.
3.
Set a target per zone, such as a pendulum value
of 36 or above.
4.
Pick a system from the table and ask for a
sample panel.
5.
Test the sample wet, using the contaminant you
actually have.
6.
Install on a prepared slab. Most epoxy projects
finish in 3 to 7 days.
7.
Retest the finished floor and keep the readings
as your baseline.
Write the target into the tender. Name the test method,
the wet condition, the slider rubber and who carries out the test. A vague line
such as “anti skid finish” lets almost any texture pass.
Frequently Asked Questions
What Is The Difference Between Anti Skid And Anti Slip Flooring?
In practice the terms mean the same thing: a surface
with enough texture to resist slipping. Indian suppliers say anti skid, UK
guidance says slip resistant, and both should be judged by tested values.
Does Epoxy Flooring Become Slippery?
Plain glossy epoxy can be slippery when wet. Textured
finishes or anti skid additives fix this, which is why ramps, washrooms and
walkways usually get a grip grade.
How Do You Test Slip Resistance On A Factory Floor?
Learn how to test floor slip resistance by hiring a
trained operator for a pendulum test on the finished, wet floor. A roughness
meter gives a quick supporting reading for water-wet areas.
Can Polished Concrete Be Made Safer When Wet?
Often yes, if you choose a lower gloss level during
polishing and confirm it with a wet pendulum test. Very glossy, sealed polish
tends to give the least grip.
How Long Does Anti Skid Epoxy Take To Install?
Most epoxy projects finish in three to seven days,
depending on area, number of coats and cure time between layers. Shot blasting
or diamond grinding comes first.
Do Anti Skid Floors Need Special Cleaning?
Yes. Anti skid flooring for factories holds dirt in its
texture, so use a neutral pH cleaner on coated floors and scrub rather than
only mop.
Who Should You Call Before You Choose A Finish?
Call a contractor who tests a wet sample before
quoting. BiswasRaj Flooring is ISO 9001:2015 certified, has worked on
industrial floors since 2010 and replies to enquiries within 24 hours. Book a free site visit and we
will mark your high risk zones and recommend anti skid flooring for factories
zone by zone.
- Pendulum pass mark
- 36 or above
- Surface roughness
- Rz 20 µm or more
- Duration
- 3 to 7 days for epoxy
- Enquiry reply
- within 24 hours
- pendulum test value that HSE classes as low slip potential
- 36 or above UK Health and Safety Executive, GEIS2
- Rz roughness that HSE classes as low slip potential on water-wet floors
- 20 µm or more UK Health and Safety Executive, GEIS2
- typical installation time for an epoxy flooring project
- 3 to 7 days BiswasRaj Flooring, Epoxy Flooring service page
Areas we cover around India
- Bengaluru
- Pune
- Delhi
- Mumbai
- Maharashtra
- Karnataka
- India
