Factory Floor Line Striping: Size Does Matter

line-stripping

For years, facilities personnel in charge of factory floor line striping have been chasing their tails to keep their plant floors properly marked.  It is not for decoration it’s for employee safety and OSHA requires it.  While writing this I tried to find out how many companies have been fined, but OSHA was not going to share this with me.

Here’s the challenge:  you want an easy-to-use, long-lasting, scratch-resistant solution to heavy fork trucks and skids being dragged through your factory.

Let’s look at the options available to you in today’s marketplace.

First is safety tape.  This is really just duct tape that two people can apply, and cover a decent amount of area pretty quickly.

The second is spray-painted lines.  Companies like Rust-oleum and Krylon sell millions of cans of this to purchasing agents and plant managers.  Again fairly simple to use, especially if you purchase the apparatus that holds the cans and allows a straighter line than doing it freehand.

Last but certainly not least, is Tuff Industrial Products #750 Hi-Performance Line Striping, 100% solids epoxy.  The #750 was formulated for 3 reasons; It is easy to use, it cures in 3-5 hours, and is Tuff as nails.

We have used it in our factory since moving into the building 4 years ago, and not 1 scratch or peeling.

Here is a side-by-side chart that compares these options.

Performance Features Safety Striping Spray Paint Tuff’s #750
Finished Thickness 4-5 mils 1-3 mils 16-20 mils
Abrasion Resistance Poor Average Excellent
Chemical Resistance Poor Poor-Average Excellent
Easy to Apply Very Easy Average Average

*A mil is used to measure thickness, as a reference point the U.S. dollar bill is 4 mils thick

On a recent project, the plant manager was going insane as he couldn’t keep up with all of the failing options he had tried.  We came over and we did a quick demonstration and here are the results.  A few notes, the gray epoxy had been applied approximately 3-4 years ago.  This area was one of the busiest corners in the plant.  This area gets more than its share of fork truck traffic, and pallets dragging on high spots.

The #750 Hi-Performance product was lightly sanded with 80 grit sandpaper to remove anything preventing a strong bond/adhesion.  This is extremely important.

We applied #750 Hi Performance line striping product at approximately 10:00 a.m., It was dry to walk on by 4:30 p.m.

The next day we returned with an elcometer which measures the “pull-off” strength in accordance with ASTM standards. (You are supposed to wait 7 days for epoxy to get to a full cure before performing this test.)

After 28 hours, not only did the #750 product stick to the gray epoxy, it pulled off the concrete!  NOW THAT IS TUFF!

Related articles

You might be interested in...

Header

Why are Tuff Concrete Repair Kits so Tough?

Learn more about why TuffPatch Concrete repair kits out perform other concrete patch kits with strength, ease of use and durability.

Read More →
cold

Concrete Coating Installation and Repairs in Cold Weather

Most polymer coatings are formulated to best cure at 70 degrees. So, what happens when my project temperatures drop? Get some tips on how to install concrete floor coatings in cold weather.

Read More →
All Kits

Concrete Patch Kits – Five Reasons Why Tuff Patch Kits Are the Right Choice

Learn more about Tuff Industrial Products Concrete Patch Kits. The all in one solution to concrete repairs. Here are the top 5 reasons to use Tuff Patch Kits.

Read More →
concrete cracks

Concrete Crack Repair

Studies have shown about 75% of coating failures are because of insufficient surface preparation. Learn more about how to prepare concrete for epoxy coatings.

Read More →
acid etch

Don’t Use Acid Etching as Concrete Surface Prep

Studies have shown about 75% of coating failures are because of insufficient surface preparation. Learn more about how to prepare concrete for epoxy coatings.

Read More →
water beads

How to Prepare Concrete for Epoxy Coatings.

Studies have shown about 75% of coating failures are because of insufficient surface preparation. Learn more about how to prepare concrete for epoxy coatings.

Read More →
Call Us Now