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The most common inquiry (SOS) from maintenance contractors is the issue of dirt in hot spring baths. They claim that it cannot be removed no matter what. Therefore, I first instruct everyone to obtain the hot spring analysis report. This may be a world that most contractors have been indifferent to until now. While looking at the obtained hot spring analysis report, I will ask the contractors several questions about the on-site situation. The hot spring analysis report clearly states the amounts and compositions of cations (+ ions), anions (− ions), and free components (non-dissociated components, dissolved gas components) per 1 kg. It goes without saying that ionic bonding has a significant impact on dirt. What + ions attach to what − ions varies depending on their respective amounts and compositions, so it differs from site to site in the hot springs. Additionally, I often see that the dirt formed from the blend of regularly added chlorine, body fat from bathers, water stains, mold, and other residues is quite common on-site. *For more detailed information, you can view it through the related links. For more details, please download the PDF or feel free to contact us.*
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You might think that's an exaggeration just by looking at the title, but I myself have fallen on my backside many times at various sites and experienced the pain. Of course, this happens at construction sites where anti-slip measures are being implemented, so it's during inspections. I usually walk normally, walk briskly, or suddenly turn around to check the slip conditions, but I’ve slipped in most of those instances. You might say, "Aren't you weak in the legs?" But I won't let you say that. It may sound self-serving, but I used to compete multiple times in the All-Japan Championships as a volleyball ace (I think I even faced off against Nippon Steel once). I’ve trained hard. Anyway, the floors are very slippery and dirty. There are many causes for slipping, but I would like to focus on two main points: the type of flooring installed and daily maintenance. *You can view the detailed content of the article through the related links. For more information, please download the PDF or feel free to contact us.*
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The flooring materials can be broadly divided into silica-based and lime-based types. This time, I will discuss their commonalities and differences, with a focus on silica. This information may be more geared towards industry peers. However, since this is fundamental knowledge, it should be useful for anyone involved in slip resistance. Let's get started. *You can view the detailed content of the article through the related links. For more information, please download the PDF or feel free to contact us.*
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In the world of sliding, there are swirling feelings of reassurance, confidence, overconfidence, false belief, and distrust regarding the numerical settings of machines (measuring devices). I believe this is influenced by the trend in society towards mandatory safety and security. However, "sliding" is something that is felt sensually (sensitively), and I think the most accurate judgment comes from human perception. That said, even if one feels safe sensually and has a high coefficient of friction, it is inevitable that the flooring will gradually change to become more slippery due to factors such as the installation environment and wear resistance. "Isn't this swirling of numerical settings going to eventually develop into a tornado?" Unfortunately, it is indeed becoming a tornado. *For detailed content of the article, please refer to the related links. For more information, feel free to download the PDF or contact us.
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Why do people slip? There may not be anyone who can answer this question immediately. In the first place, there is no need to answer it, nor is there a need to think about it. As a company specializing in slip prevention, we have seriously confronted this fundamental question. From the perspective of Osaka Safety, we believe that slipping occurs due to the composition of three main factors: 1. the floor, 2. walking, and 3. the environment and its dirt. *For detailed content of the article, please refer to the related links. For more information, feel free to download the PDF or contact us.
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We would like to introduce a case of our anti-slip construction implemented on the sidewalks of Toyama City. A Tokyo-based anti-slip contractor was hired to work on 400m2, but there was no effect at all. After the anti-slip construction, a citizen riding a bicycle slipped and fell during rainy weather, resulting in a fracture. By using a custom solvent designed to enhance permeability and reaction, and employing our unique construction method, we achieved a safe sidewalk. 【Case Overview】 ■ Flooring Material: Double-fired porcelain tiles ■ Gloss and Color Retention: 99% ■ Location: Sidewalk ■ Construction Area: 400m2 ■ Construction Period: 1 day *For more details, please download the PDF or feel free to contact us.
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We would like to introduce a case where our anti-slip treatment was implemented in the corridor leading to the lobby of Oita Airport. The area of 350m2 was treated with an anti-slip surface mixed with aggregates in acrylic, but the aggregates were worn down due to foot traffic, resulting in a slippery surface with exposed acrylic. When it rained, it became as slippery as an ice rink. By reacting the acrylic with a strong acidic substance called Neoliver and drying it with strong winds, we successfully caused cracking that facilitated the peeling process, completing all anti-slip work in a short period. 【Case Overview】 ■ Flooring Material: Clinker Tile ■ Gloss and Color Retention: 99% ■ Area: 750m2 ■ Construction Period: 2 nights *For more details, please download the PDF or feel free to contact us.
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We would like to introduce a case of our anti-slip construction carried out at the Swimming School Island Kashiba. There were numerous complaints about the pool bottom tiles being slippery and difficult to walk on. Upon investigation, it was found that alumina, the main component of the pack agent used to purify the pool water, had settled and created a coating on the tiles. By applying a homemade solvent multiple times to several substances containing high levels of alumina and confirming the reactions, we successfully developed a solvent to achieve an effective anti-slip solution for the pool bottom. 【Case Overview】 ■ Flooring Material: German ceramic tiles ■ Location: Bottom of the pool and poolside ■ Construction Area: 560m2 ■ Construction Period: 3 times *For more details, please download the PDF or feel free to contact us.
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We would like to introduce a case where our anti-slip treatment was implemented in the bathing area of the Rihga Royal Hotel (Osaka). Due to a change in the hotel's policy, the detergent used for the past two years had low effectiveness, resulting in an inability to remove daily body fat. As a result, the accumulated body fat from the floor overflowed, creating a slippery condition. We determined that if the fatty components on the floor were not removed as much as possible, the anti-slip function would not last long. Therefore, by repeatedly cleaning and applying a special solvent, we achieved a safe bathing area where comfortable walking could be confirmed. 【Case Overview】 ■ Special solvent: Approximately 10kg ■ Secondary solvent: Approximately 4kg (used at 2x dilution) ■ Alkaline detergent: Approximately 4kg (concentrate pH 13 or higher) ■ Baking soda: Approximately 2kg ■ Total area of application: Approximately 65m² *For more details, please download the PDF or feel free to contact us.
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We would like to introduce a case where our anti-slip construction was implemented at a Haseko P Mansion. At a P Mansion in Hirakata City, where work was done 10 years ago, another company carried out anti-slip construction, but shortly after the work was completed, there were many complaints and dissatisfaction from residents, leading to discussions about redoing the work. We removed the epoxy, applied anti-slip treatment, and then reworked the tiles to a cobalt blue finish while maintaining the anti-slip performance, successfully restoring a nearly uniform and beautiful cobalt blue. 【Case Overview】 ■ Flooring Material: Diatomaceous Earth Cobalt Blue Finish ■ Gloss and Color: Fully Restored ■ Area: 80m² ■ Construction Period: 3 Days *For more details, please download the PDF or feel free to contact us.
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We would like to introduce a case where our anti-slip treatment was implemented at Kansai International Airport's Terminal 3. The ceramic tiles scheduled for installation were coated with a silicone resin-based coating, and despite requests to similar companies, they were unable to stop the slipping. Eventually, the project came to us. By mixing approximately 1.5% of our newly developed K-1 with a special solvent, we were able to easily stop the slipping. Since the silicone resin coating was preserved, we were also able to maintain anti-soiling measures, and even after a long period, the surface remains clean and slip-free. [Case Overview] ■ Flooring Material: Ceramic tiles with silicone resin coating ■ Gloss and Color Retention: 99% ■ Construction Period: 2 nights *For more details, please download the PDF or feel free to contact us.
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The "Slip Out Closer" is a non-slip detergent specifically designed for ceramic tiles that can be applied by inexperienced staff, such as store employees. Ceramic tiles are increasingly used in many stores and facilities due to their stain resistance, durability, high-end appearance, and high reflectivity. They are particularly adopted in convenience stores and drugstores to enhance the store image. However, with their widespread use, the problem of ceramic tiles being slippery has become prominent. With the increase in slip and fall accidents near entrances on rainy days and wet floors in water areas, this has become a social issue that cannot be ignored. 【Features】 ■ Easy to apply—just paint and let dry ■ No pre-treatment required before application ■ Safe in just 3 minutes ■ Overwhelming cost reduction (about 1/5) ■ Maintains over 95% gloss even after 5 applications or more *For more details, please refer to the PDF document or feel free to contact us.
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"Slip Out Closer" is a revolutionary anti-slip solvent that achieves excellent slip resistance. Since it can be reapplied, if you feel danger after application, simply apply the solvent in the same way, and the anti-slip effect will be completed in 3 minutes (for 1m²). Additionally, it is compatible with silicone resin-based ceramic tiles, allowing for slip resistance regardless of material or country of production. 【Features】 ■ Easy to apply by anyone ■ Simply apply and let dry ■ No pre-treatment required ■ Effectiveness in just 3 minutes ■ Inexpensive (cost about 1/5) ■ Maintains gloss *For more details, please refer to the PDF document or feel free to contact us.
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The "ME Method" is a construction technique that uses a completely custom-made original solvent tailored to various flooring materials, allowing for technically appropriate reactions that enlarge gaps to control slipping. When moisture is present, the floor becomes akin to studless tires, controlling slipping. The effect lasts for 3 to 5 years and can be regenerated for less than half the cost of the initial installation using a dedicated revival agent. It is also applicable to properties after handover and renovation projects. 【Features】 ■ Effect duration: 3 to 5 years ■ Regenerable with a dedicated revival agent ■ Guaranteed responsible construction ■ Basic construction time: 1 day (up to approximately 2500m2) ■ Suitable for PL Law and Heart Building Law measures ■ Received the Special Jury Award at the 2003 Kinki Architectural Technology Exhibition *For more details, please refer to the PDF materials or feel free to contact us.
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The "ME Method" involves using a slip-resistant construction solvent called "SLIP OUT" to widen the gaps between the bonded particles on the surface of the flooring material (approximately 0.001 to 10 millimeters), finishing it in a studless style, and creating a suction cup effect to make it less slippery even when wet. 【Examples of compatible flooring materials (partial list)】 Various types of granite, stone, and other materials Porcelain tiles, polished ceramic tiles Matte finish ceramic tiles Terrazzo tiles, ceramic stones Enamel, laser-processed tiles, and many other flooring materials We have numerous construction achievements in various locations, including apartments, government offices, hospitals and welfare facilities, stores, department stores, and restaurants. We are currently offering free materials that include test data measured using the original static friction measuring device from the Safety Group. 【Features】 ■ Extremely effective when wet ■ Minimal change in appearance ■ Long durability ■ Short construction time (generally one day) ■ High safety during work ■ Can be applied to properties after handover ■ Easy maintenance after completion *For more details, please refer to the PDF materials or feel free to contact us.
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Our non-slip effect agent "SLIP OUT (for general tiles, ceramic tiles, and stone)" is a product that creates a slip-resistant effect when applied to slippery flooring materials. It can be used with the same ease as a detergent, accompanied by a construction manual with photos, and is designed to be user-friendly at a standard level, ensuring safe usage. It has already received positive feedback from many property management companies, cleaning contractors, and construction-related businesses. ■ We also offer guaranteed responsible construction services. (Unlike products for sale, we use a completely custom-made anti-slip agent that achieves higher levels of effectiveness, durability, and aesthetics.) Please feel free to contact us with any requests. 【Features】 ■ Easy to work with according to the photo manual ■ Formulated to match flooring materials, environments, situations, and needs ■ Can be implemented for less than half the cost of traditional anti-slip construction ■ Slip Doctor will diagnose compatibility and provide consultations before purchase ■ Specialized staff will provide instruction if you are unsure of the usage method ■ Suitable for PL law and Heart Building law measures *For more details, please download the PDF or feel free to contact us.
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