Recently, as ice accidents increase in winter on hiking trails and trails, interest in preventing safety accidents is increasing. Therefore, this study attempted to develop a ceramic coating system in order to produce a performance-enhancing product that can increase the non-slip friction coefficien...
Recently, as ice accidents increase in winter on hiking trails and trails, interest in preventing safety accidents is increasing. Therefore, this study attempted to develop a ceramic coating system in order to produce a performance-enhancing product that can increase the non-slip friction coefficient used in the deck of a mountain trail. In other words, in order to prevent accidents on mountain roads and sidewalks, it is necessary to develop a new ceramic coating method that is differentiated from existing products. First, the final mixing ratio of the ceramic coating agent was determined as SBS: 100, expandable graphite: 12 to 15, BE: 0.4 to 0.8, and the determined mixing ratio was determined in consideration of the overall resistance, flame retardancy, and durability of the binder. In addition, by applying various binders and hardeners to the anti-lock frame, it is evaluated whether it meets the domestic standards of the anti-lock and body. As a result, a ceramic binder was applied to the frame, and then satisfactory results were obtained by using a stainless steel filler and printing, and most importantly, it was manufactured in the process of producing existing ceramic coating products. In the future, further studies on the production process of non-slip used for wooden decks and additional studies such as freezing and melting performance depending on the location installed inside and outside will be needed.
Recently, as ice accidents increase in winter on hiking trails and trails, interest in preventing safety accidents is increasing. Therefore, this study attempted to develop a ceramic coating system in order to produce a performance-enhancing product that can increase the non-slip friction coefficient used in the deck of a mountain trail. In other words, in order to prevent accidents on mountain roads and sidewalks, it is necessary to develop a new ceramic coating method that is differentiated from existing products. First, the final mixing ratio of the ceramic coating agent was determined as SBS: 100, expandable graphite: 12 to 15, BE: 0.4 to 0.8, and the determined mixing ratio was determined in consideration of the overall resistance, flame retardancy, and durability of the binder. In addition, by applying various binders and hardeners to the anti-lock frame, it is evaluated whether it meets the domestic standards of the anti-lock and body. As a result, a ceramic binder was applied to the frame, and then satisfactory results were obtained by using a stainless steel filler and printing, and most importantly, it was manufactured in the process of producing existing ceramic coating products. In the future, further studies on the production process of non-slip used for wooden decks and additional studies such as freezing and melting performance depending on the location installed inside and outside will be needed.
Gallup Korea, (2010). Public Leisure Activity Survey Report, Korea Ministry of Culture, Sports and Tourism, 11-23
Kim, D. (2017). Non-Slip Technology with Eco-Friendly Antislip for Preventing Ship Safety Accidents, Proceedings of the Korean Society of Manufacturing Technology Engineers, 2017, 90-90.
Kim, J. (2013). The Variation of the Slip Resistance with Wear of Floor, Journal of the Korean Society Safety 28(2), 14-20.
Kim, T., Han, S., & Choi, S. (2015). The Effect of Floor Slipperiness on Gait Characteristic, Journal of Construction Engineering and Management, 15(1), 133-141.
Korea Forest Service (2013). Forest Welfare Master Plan, Korea Forest Service, 11-15.
Risk Information Team, Bureau of Consumer Safety(2011. 09), Risk Information Analysis Results for Stair Accidents, 6-7
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