Report on the exhibition "Yukimirai 2023 in Aizu"

Vertical fences effective for a wide range of measures from avalanche prevention to avalanche protection.

The "Slope Guard Fence Type LS" is a vertical cantilever prevention, avalanche prevention, and avalanche protection fence primarily installed along roadsides or behind houses to prevent avalanche damage. It is designed considering slope snow pressure, load during snow, and avalanche impact force, making it suitable for both avalanche prevention works (cantilever prevention fences, avalanche prevention fences) and avalanche protection works (avalanche protection fences). ■ Avalanche measures for roadsides and behind houses ■ Vertical protective fence with a pile foundation structure ■ Effective for both avalanche prevention and avalanche protection Ministry of Land, Infrastructure, Transport and Tourism New Technology Information Provision System (NETIS) Registration Number: HR-100008-VR *Publication period has ended "Evaluation Promotion Technology (New Technology Utilization System Study Meeting (Ministry of Land, Infrastructure, Transport and Tourism))" *For more details, please download the PDF or feel free to contact us.

• Road construction
• Railway Construction
• Other civil engineering works

Slope-mounted avalanche prevention fence that pursues safety and economic efficiency.

The "SPARC Fence Type S" is an avalanche prevention fence designed to be installed on slopes. It can accommodate snow depths of up to 3.5 meters. Due to its continuous structure with wire mesh and wire netting stretched between the posts, there is no snow slipping through gaps between the bars, as seen in traditional avalanche prevention fences, nor is there any snow falling through the spaces between the fences. It effectively withstands the snow pressure within its designated area and reliably prevents avalanches. - Installed on slopes to suppress avalanche occurrence - Accommodates snow depths of up to 3.5 meters - No snow slipping through or falling out - Can be installed according to the terrain and surrounding environment Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) Registration Number: HR-200001-A *For more details, please download the PDF or feel free to contact us.

• Road construction

A snow net equipped with comprehensive measures against avalanches and falling rocks.

The "Triangle Fence" is an avalanche prevention fence installed on slopes. It can accommodate snow depths of up to 5.0 meters. Additionally, it can also handle rockfall energy of up to 500 kJ as a rockfall protection fence. Conventional avalanche prevention fences use large concrete foundations, which can lead to larger foundations in soft ground, posing challenges in terms of construction and safety. The Triangle Fence is anchored to the ground, allowing it to be installed on relatively soft ground without the need for ground improvement. ■ Slope-installed avalanche prevention fence ■ Accommodates snow depths of up to 5.0 meters ■ Handles rockfall energy of up to 500 kJ ■ Over 290 successful installations nationwide Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) registration number: HR-020009-VE *Registration period has ended *For more details, please download the PDF or feel free to contact us.

• Road construction
• Railway Construction
• Other civil engineering works

Preventing glide on snow-covered slopes: Simple and easy-to-install steel avalanche prevention stakes.

"Tri-Pile" is an avalanche prevention stake installed on slopes to suppress snow glide. It is effective in preventing the occurrence of full-depth avalanches. The components are lightweight and have a very simple structure, making them easy to install. The heaviest component weighs about 15 to 20 kg, allowing for manual transportation and installation. Since a small-scale self-drilling anchor is used for the foundation, there is no need for large heavy machinery. This is expected to shorten construction time and reduce costs. ■ Slope-mounted avalanche prevention stake ■ Suppression of snow glide ■ Effective against full-depth avalanches Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) Registration Number: CG-120027-A *Registration period has ended *For more details, please download the PDF or feel free to contact us.

• Road construction
• Railway Construction
• Other civil engineering works

We will exhibit at the ICT Expo 2026 in Yamaguchi. Date: January 22, 2026 (Thursday) 12:30-17:30 ~ January 23 (Friday) 9:00-13:00 Venue: KDDI Ishin Hall, 1-1 Reiwa 1-chome, Ogori, Yamaguchi City Our booth No. A5 After registration, it will be at the back left of the entrance.

Fujikou Shuhou Industry Co., Ltd. will hold a free online seminar titled "Frequently Asked Questions about Laser Hardening" on February 19, 2025 (Wednesday). We have had discussions about laser hardening with various customers, and we will pick out several frequently asked questions and provide brief explanations. This seminar will be a helpful reference for those who have questions about laser hardening. 【Recommended for】 ■ Those who want to know a bit more about the niche aspects of laser hardening ■ Those who want to learn about common questions regarding laser hardening

Hello! This is OK-DEPOT. Starting tomorrow, we will hold a comprehensive seminar on natural material building materials that you can immediately propose! We encourage you to participate. *Please note that we may refuse participation from competitors or those in the same industry. ★Recommended for: - Those who want to make natural materials a strength of their company - Those who want to improve their proposal skills and increase unit prices - Those who want to utilize this as part of new employee training <How to Attend> This seminar will be conducted online (via the Zoom web conferencing system). You can participate from anywhere using your usual computer, smartphone, or tablet. Even if you have never used it before, you can easily connect by clicking the URL in the invitation email. (It takes about 3 minutes) After applying, please join the seminar using the invitation email that will be sent to you the day before the event. *To deliver valuable information to your company, we require video to be ON. If we cannot confirm that your video is ON, you may be asked to leave. Thank you for your understanding. *For quality improvement, the seminar will be recorded.

Our company will be exhibiting at the 44th Refrigeration, Air Conditioning, and Heating Exhibition, 'HVAC&R JAPAN 2026', held at Tokyo Big Sight. The main theme of this exhibition is "The Future Answers in HVAC&R," showcasing cutting-edge technologies, systems, and advanced products and services all in one place. At our booth, we plan to display "CO2 sensors" and "controllers." We sincerely look forward to your visit.

Latest Technology in Slope Disaster Prevention Seminar Held! As research results that organize the challenges of rockfall countermeasures, we will introduce the automation of surveys using ICT, the elucidation of wire mesh behavior, and emergency response methods. Furthermore, we will explain advanced technologies for preventing rockfalls and avalanches, such as net-type prevention techniques and fiber belt slope reinforcement, in response to the increase in landslides and compound disasters due to typhoons and heavy rain. We look forward to your participation. ■ Speaker and Seminar Overview 1. "Recommendations for the Advancement of Rockfall Countermeasures" 15:00–16:00 (60 minutes) Speaker: Hidetoshi Matsushima, President and CEO, Be Safe Co., Ltd. {Break 10 minutes} 2. Introduction of Nippon Steel's slope and embankment countermeasure technologies, including rockfall and snow prevention 16:10–16:35 (25 minutes) Speaker: Kengo Hori, Senior Chief Engineer, Civil Engineering Development Technology Department, Nippon Steel Materials Co., Ltd. *We strive to ensure the seminar concludes smoothly; however, due to the potential extension of lecture times and the provision of CPD/CPDS, there may be instances where the lecture time exceeds a few minutes.