Tag Archives: slip resistance test

A bulletproof defense against slip-fall losses

If someone falls, or claims to have fallen, due to a slip on your premises, the key question from a responsibility standpoint is, were you negligent? And did your negligence contribute to the alleged accident? Here’s how to best assure that you won’t be found negligent. You need to do everything a reasonable person can […]

New Anti-Slip Floor Design Guidelines Aid in Safe Floor Selection

After consulting with many experts in the USA and abroad, including Safety Direct America, Specialty Architectural Products (SAP) in Toledo, Ohio has distributed four-page design guidelines (Design Guide – Anti-Slip) for floor slip resistance testing. The Slip Resistance Test Guidelines are intended to help building owners, architects, interior designers, specification professionals, and graphic designers, mainly […]

Video Explains IBC Requirements for Floor Slip Resistance

The 2012 International Building Code changed slip resistance requirements for indoor floors that may get wet in use. The previously-used ASTM C 1028 friction test method is obsolete, and testing using the AcuTest method in ANSI A137.1 slip test must show a minimum of 0.42 wet dynamic coefficient of friction — but many other factors […]

Stop Slips on Cruise Ships!

Since 2008, Safety Direct America has been helping some of the world’s foremost cruise ship companies to prevent slips and falls by helping their designers choose flooring appropriate to the situation (with the correct level of wet coefficient of friction). The work improves safety both on new cruise ships and on ships that are routinely […]

How to Prevent Slips and Falls on a Swimming Pool Deck

Unfortunately, many swimming pool decks are slippery when wet as installed! This can and too often does lead to severe accidents for both children and adults. The deck that was supposed to supply fun for the family, club members, or the public becomes a liability that causes pain, suffering, expensive medical treatment, and income losses. […]

Slippery Tub Solution

Do you have a slippery tub or shower? Chances are you do! Historically, outdated and unreliable slip resistance test methods were used to determine the slipperiness of tubs in the United States, leading to virtually every tub sold being treacherous to use while wet. Slips and falls in tubs and showers often lead to horrible […]

What’s the Difference Between the Three ANSI standards for floor slip resistance?

The American National Standards Institute (ANSI) has three pedestrian floor friction standards involving tests using the BOT-3000E digital tribometer, intended for testing flooring for indoor use. Why do they have three standards, and what’s the difference between them? They all have different test methods and different minimum coefficient of friction values (0.42, 0.43, and 0.60). […]

When Should You Test Flooring for Slip Resistance?

Many building owners find themselves in trouble after a refurbishment or new build, because the flooring is unexpectedly slippery when wet. An entrance lobby, restroom, pool deck, spa, or factory floor are common locations where this problem occurs. When should flooring be tested for slip resistance? Some architects might say, “Never.” Many lawyers might say, […]

Do All Pedestrian Ramps Need the Same Coefficient of Friction?

The minimum safety standard for coefficient of friction for a pedestrian ramp should depend on the angle of the ramp and the weight of the separate load (shopping cart, wheelchair, gurney, etc.), if any, the pedestrian is controlling. However, that’s not how American safety standards are written. In the USA, traditionally safety standards for slip […]

Does ANSI Tile Spec A137.1 help protect you from liability for slipping accidents?

If you specify or buy flooring based on a minimum wet dynamic coefficient of friction of 0.42, you may be vulnerable to charges of negligence if a slipping injury occurs on that floor. Here we tell you why, and how to avoid the situation. American National Standards Institute (ANSI) issued its standard A137.1, “Specifications for […]