“Splash pads” are areas that contain water-play features and may contain play structures, but do not permit water to accumulate to any real depth. Their aliases include aquatic play pad, spray zone, spray pool, spray pad, spray deck, rain deck, and splash deck. There are 5,000–10,000 commercial or public splash pads in the USA, and … Continue reading “Water Parks: Inputs Wanted for Splash Pad Slip Resistance Standard”
Tag: swimming pools
Article published in The Construction Specifier magazine talks slip resistance
John C. Sotter and George Sotter of Safety Direct America were published in the July issue of The Construction Specifier magazine with an article talking about floor slip resistance and keeping floors safe for pedestrians. The article talks about the latest International Building Code (IBC) requirements for slip resistance, and its limitations as far as … Continue reading “Article published in The Construction Specifier magazine talks slip resistance”
Top 10 Ways of Preventing Slips
Here’s a countdown of some of the most simple and cost-effective ways of stopping slip and fall accidents. 10. Post warnings when and where appropriate. 9. Use solings appropriate to the situation. 8. Chemically etch or grind concrete if it’s too smooth. 7. Make sure stairs comply with your local building code, and that nosings … Continue reading “Top 10 Ways of Preventing Slips”
Proposed Federal Rule for Floor Slip Resistance
The U.S. federal government’s Consumer Product Safety Commission (CPSC) is considering a petition requesting rule making to require that manufacturers of floor coverings, floor coverings with coatings, and treated floor coverings label their products’ slip resistance in accordance with an ANSI/National Floor Safety Institute (NFSI) standard, B101.5. (NFSI, Safety Direct America and others offer for-fee … Continue reading “Proposed Federal Rule for Floor Slip Resistance”
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 The previously-used ASTM C 1028 friction test method is obsolete, and testing using the AcuTest method in ANSI A137.1 slip test must show a minimum of 0.42 wet dynamic coefficient of friction — but many other factors … Continue reading “Video Explains IBC Requirements for Floor Slip Resistance”
“All Floors are Slippery When Wet — Right?”
Not right. The right flooring for the situation can be safely slip-resistant when wet or even when lubricated with oil or grease, as in a commercial kitchen or a parking structure. Most people will accept that a concrete sidewalk or a black-top road is slip-resistant wet for pedestrians. We can safety walk or even jog … Continue reading ““All Floors are Slippery When Wet — Right?””
Falls Deaths in the USA: a 9/11 Every Six Weeks
The National Safety Council’s (NSC) latest published statistics show that falls are causing 28,000 deaths in the USA annually (see p. 19 of their report). This is the equivalent of a 9/11/2001 attack every six weeks, all year long. Moreover, falls deaths are approaching motor-vehicle deaths. Safety Direct America offers products and services that can … Continue reading “Falls Deaths in the USA: a 9/11 Every Six Weeks”
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 … Continue reading “Does ANSI Tile Spec A137.1 help protect you from liability for slipping accidents?”
Improving the World’s Most Sophisticated Floor Slip-Resistance Safety Standards
In June’s post we discussed situation-specific slip resistance safety standards, which reflect the use or function of a floor and the friction (coefficient of friction) demands placed on it. Many U.S. floor friction standards are “one size fits all” — for instance, a wet dynamic coefficient of friction (DCOF) of 0.43 is considered adequate for … Continue reading “Improving the World’s Most Sophisticated Floor Slip-Resistance Safety Standards”
Safe Coefficient of Friction Values for Inclined Surfaces (Ramps)
At Safety Direct America, we are experts in slip resistance (or coefficient of friction) testing. There is little information available in regards to what COF is required for different angles of pedestrian ramps.This blog entry discusses some published information on the subject of how much coefficient of friction is needed on various types of ramps … Continue reading “Safe Coefficient of Friction Values for Inclined Surfaces (Ramps)”