信栄物産 Product Lineup

The 3mm lemon yellow shock-absorbing H steel cover covers dangerous corners and edges of H steel, preventing injuries during contact. Its noticeable lemon yellow color also helps raise awareness and is used in factories and under parking lots, as well as for brace guards. It can be cut with a utility knife, making it suitable for protecting hazardous corners. *For more details, please refer to the PDF document or feel free to contact us.*

Essential for logistics centers and truck terminals: shock-absorbing rubber products. Until recently, hollow types were the mainstream, but the situation has changed somewhat in recent years. Behind this change lies a hidden danger stemming from the prosperity of the logistics industry. In recent years, solid types, which are less cushioned, heavier, and more difficult to install, have become preferred. Here is a summary of how to use these solid types. *For more details, please download the catalog or contact us.*

- Made of synthetic rubber and has a hollow shape, providing excellent cushioning effect. - Prevents damage to buildings such as factory loading docks. - Comes with perforated fittings for easy installation. - Suitable for stopping pallets and vehicles at warehouses, distribution centers, product loading/unloading areas, truck tails, cargo vehicles, and more. - If specified, we can also change the hole pitch and the number of holes. - Length can also be adjusted. *For more details, please refer to the PDF document or feel free to contact us.

The base plate is made of resin. It is lighter than aluminum and steel, and can be installed without the need for drilling. The plate can be easily replaced without bending. It also helps to raise awareness during parking. *For more details, please refer to the PDF document or feel free to contact us.

M-Type Car Stopper - A rubber shock-absorbing material with excellent functionality and durability. - This product is entirely made of rubber and has no hollow sections. - Standard length of 2000mm; we can cut it to specified dimensions. - Hole positions can also be changed. *For more details, please refer to the PDF document or feel free to contact us.*

E-type Car Stopper - A rubber shock-absorbing material with excellent functionality and durability. - This product is entirely made of rubber and has no hollow sections. - Standard lengths of 1000 and 2000 mm; we can cut to specified dimensions. - Hole positions can also be changed. *For more details, please refer to the PDF document or feel free to contact us.*

- Made of synthetic rubber and has a hollow shape, providing excellent cushioning effect. - Prevents damage to buildings such as factory loading docks. - Comes with perforated fittings for easy installation. - Suitable for stopping pallets and vehicles at warehouses, distribution centers, product loading/unloading areas, truck tails, and cargo vehicles. - If specified, we can change the hole pitch and the number of holes. - Length can also be adjusted. *For more details, please refer to the PDF document or feel free to contact us.

- Made of synthetic rubber and has a hollow shape, providing excellent cushioning effect. - Prevents damage to buildings such as factory loading docks. - Suitable for warehouses, distribution centers, product loading and unloading areas, truck tails, cargo vehicles, and as bumpers and stops for pallets. - Length can also be customized. *For more details, please refer to the PDF document or feel free to contact us.

- A rubber shock-absorbing material with excellent functionality and durability. - This product is entirely made of rubber and has no hollow sections. - Standard lengths of 1000 and 2000 mm; we can cut it to specified dimensions. - Hole positions can also be changed. *For more details, please refer to the PDF document or feel free to contact us.*

The "Corner Guard - Commercial Hole Punch Type" is an impact protection material that can be installed on the corners of pillars in garages, parking lots, and buildings to prevent damage from contact. It can be used for hazard marking and safety protection. It comes with a base plate, and since the base plate is made of steel, it can also be installed by welding. 【Features】 ■ Protection for pillars and wall corners in parking lots, factories, and warehouses ■ Comes with a base plate ■ Welding installation is also possible ■ Base plate can be changed to aluminum *For more details, please refer to the PDF document or feel free to contact us.

The terminal rubber catalog is an essential catalog of shock-absorbing rubber products, known as "terminal rubber," for logistics centers and truck terminals. It includes not only the D-type hollow, solid, and yellow line types but also solid types of E-type, M-type, and square types. I believe it will be useful for designers considering new installations and contractors looking to make replacements. You will likely find the terminal rubber that meets your needs, including variations in pitch and length of the product itself, as well as changes in the material of the board. *For more details, please download the catalog or contact us.*

【Product Introduction】 Introducing the new "Snake Bumper," which further enhances safety measures for forklifts! This groundbreaking product combines D-shaped rubber cushions with a magnetic mounting feature, allowing for easy installation that cushions impacts from collisions and protects the forklift itself as well as surrounding equipment. 【Key Features】 Easy Installation: Tool-free magnetic design for effortless mounting! High Durability: Made from shock-resistant rubber for a long lifespan. Achieves weather resistance and abrasion resistance suitable for outdoor use. Fits R Shapes: The D-shaped design fits the curves of forklifts. Versatile Use: Effective in various settings such as warehouses, factories, and logistics centers! 【Target Users】 Forklift operators Safety managers Trading companies dealing with forklift supplies 【Solving These Issues!】 "I want to reduce collision accidents in the warehouse." "I want to easily start safety measures for forklifts." "I want to minimize the risk of damage to surrounding equipment." *For more details, please refer to the PDF document or contact us.

The "Forklift Gear Catalog" is a catalog aimed at the workplace that features carefully selected products that help prevent contact, ensure visibility, and enhance safety during on-site operations. It primarily includes mirrors, bumpers, visibility items, and essential safety equipment for forklift operations. The catalog is designed to reduce the effort of product selection and visualize accident risks at the workplace, leading to improvements. It is utilized in many logistics warehouses, manufacturing plants, commercial facilities, and construction sites. For more details, please download the PDF or feel free to contact us.

The forklift-specific shock-absorbing bumper catalog is a product catalog that protects against collisions from forklifts with an installation time of just 1 minute. It introduces recommended bumpers for easily contacted areas for both "counterbalance forklifts" and "reach forklifts." The bumpers are also viewed by safety and health managers, equipment personnel, and factory managers. They are widely adopted in the logistics industry, warehouses, and manufacturing safety management, making them suitable for forklift safety measures. <Features> - Magnetic type for easy installation, with an installation time of 1 minute - Cushioned by a hollow shape to protect the vehicle body, columns, and walls from impacts - Allows for relocation after installation, enabling precise placement tailored to the site For more details, please download the PDF or feel free to contact us.

In the warehouse industry, collisions between forklifts and equipment have become a significant issue. Particularly in confined spaces and during loading and unloading operations, these risks increase. The forklift-mounted magnetic impact cushioning cushion enhances safety measures for forklifts and contributes to the protection of vehicles and equipment. 【Usage Scenarios】 * Cargo handling within the warehouse * Operating forklifts * Cargo storage areas 【Benefits of Implementation】 * Reduces the risk of vehicle damage * Protects forklifts and equipment * Establishes a safe working environment

In the manufacturing industry, damage to products and equipment caused by forklifts is a significant challenge that leads to decreased production efficiency and increased costs. Particularly in factories with narrow aisles and complex layouts, the risk of collision accidents due to forklift operation errors is heightened. This product aims to effectively absorb the impact from forklift collisions, minimizing damage to products and equipment. 【Usage Scenarios】 * Product transportation within factories * Material movement in warehouses * Parts supply to manufacturing lines 【Benefits of Implementation】 * Prevention of product damage * Reduction of equipment damage risk * Creation of a safe working environment

In the port industry, particularly in container yards, forklift operations for loading and unloading containers are frequently conducted. Due to the confined spaces and poor visibility, there is a risk of collision accidents between forklifts and containers, or other equipment. These accidents not only threaten the safety of workers but can also cause equipment damage and work interruptions, potentially decreasing operational efficiency. The impact-absorbing cushion for forklift-mounted magnets enhances safety measures for forklifts and mitigates these risks. 【Usage Scenarios】 * Forklift operations in container yards * Forklift operations within warehouses * Forklift operations during cargo handling 【Benefits of Implementation】 * Reduced risk of forklift collision accidents * Decreased risk of equipment damage * Ensured safety for workers * Improved operational efficiency

In the port industry, it is important to protect facilities and equipment from impacts during loading and unloading operations involving trucks and heavy machinery. Particularly at quays and loading areas, it is necessary to prevent damage from vehicle contact and ensure a safe working environment. Terminal bumpers provide shock absorption performance, contributing to the protection of facilities and the enhancement of safety. 【Usage Scenarios】 - Truck terminals - Loading areas - Quays - Warehouses 【Benefits of Implementation】 - Absorbs shocks and reduces damage to facilities and vehicles - Ensures the safety of workers - Reduces maintenance costs - Improves operational efficiency

In the warehouse industry, it is important to protect products from impacts during loading and unloading. Packages can be subjected to shocks in various situations, such as unloading from trucks or moving with forklifts. Terminal rubber helps to mitigate these impacts and prevent damage to the cargo. Our terminal rubber catalog provides information useful for the design and renovation of warehouses. 【Usage Scenarios】 - Loading and unloading operations at truck docks - Aisles within the warehouse - Locations for loading and unloading products 【Benefits of Implementation】 - Reduces the risk of cargo damage - Enhances warehouse safety - Improves work efficiency

In the aviation industry, the safe operation of equipment is essential. Particularly during the movement and maintenance of equipment in parking areas and hangars, it is necessary to minimize the risk of damage from contact between equipment and collisions with walls. Terminal bumpers protect equipment from these risks and provide a safe working environment. 【Usage Scenarios】 - Aircraft parking areas - Inside hangars - Equipment movement areas - Maintenance workspaces 【Benefits of Implementation】 - Reduced risk of equipment damage - Realization of a safe working environment - Reduction in maintenance costs - Improved equipment utilization rate

In the manufacturing industry, it is important to protect products from shocks during transportation and storage. Product damage can lead to increased costs and delays in delivery. Terminal rubber mitigates the shocks that occur during the loading and unloading of products, such as at truck handling areas, and protects the products. 【Usage Scenarios】 - Product loading and unloading areas - Truck terminals - Logistics centers 【Benefits of Implementation】 - Reduces the risk of product damage - Cost savings - Prevents delivery delays

In the food industry, hygiene management is crucial to prevent foreign matter contamination and ensure product safety. Particularly in truck unloading areas and logistics centers, it is essential to protect products from impacts during loading and unloading, as well as to prevent damage to facilities. Terminal rubber helps absorb shocks in these locations, enhancing the safety of both products and facilities. 【Usage Scenarios】 - Unloading areas of factories handling food - Truck terminals for transporting food - Warehouses related to food 【Benefits of Implementation】 - Reduces the risk of product damage - Prevents damage to facilities - Maintains a hygienic environment - Establishes a safe working environment

In the pharmaceutical industry, it is important to protect products from shocks during transportation to maintain their quality. In particular, measures are required to prevent damage and deterioration of products when handling them in warehouses with strict temperature and humidity control. Terminal rubber contributes to maintaining the quality of pharmaceuticals by absorbing shocks when used in various locations such as truck loading and unloading areas and within warehouses. 【Usage Scenarios】 - Pharmaceutical loading and unloading areas - Aisles within warehouses - Product storage areas 【Benefits of Implementation】 - Reduced risk of product damage - Increased reliability through quality maintenance - Cost reduction

In the chemical industry, leaks of substances within a plant can lead to serious accidents. Particularly in the transportation and storage of chemicals, container damage or piping failure due to impacts can cause leaks. Terminal rubber helps absorb these impacts and reduce the risk of leaks. 【Usage Scenarios】 - Chemical handling areas - Aisles within the plant - Parking spaces for tank trucks 【Effects of Implementation】 - Reduces the risk of container damage due to impacts - Suppresses the occurrence of accidents caused by leaks - Establishes a safe working environment

In the energy industry, it is important to prevent damage from external impacts on equipment. Particularly in facilities such as plants and substations, protecting the equipment is essential. Terminal rubber is a product designed to protect these facilities from impacts. Our terminal rubber catalog features a variety of terminal rubber products, allowing you to choose the one that best meets your needs. [Usage Scenarios] - Loading areas of plants - Surroundings of substation equipment - Other locations where protection from impacts is necessary [Benefits of Implementation] - Reduces the risk of equipment damage - Lowers maintenance costs - Enhances safety

This is a guide document to eliminate common mistakes in selecting corner guards, such as 'the tape peeled off immediately,' 'the corners are not right angles, so the pre-made products do not fit,' and 'I don't know which screws fit the steel columns.' The optimal combination is determined in three steps: location/purpose → type → substrate and fixing method. Main contents include: - A comparison map of 6 types (drilling/adhesive/reflection/soft cushion/safety guard) - A quick reference table for substrate × fixing method (organizing fixes for concrete, steel, and outdoor) - Solutions for 'non-right angle corners' using a foldable angle adjustable type - On-site installation and removal know-how (tips for warming, etc.) published in FAQs The commercial type allows you to choose backing plates from bonded steel plates or aluminum and supports welding fixation. We provide immediate answers on the optimal type and fixing method from just one site photo. Please download the document first and feel free to consult with us.

"Terminal rubber," "D-type rubber," "car stopper," "platform cushion," "rubber stopper" – these are various names for rubber cushioning materials that protect buildings and vehicles from contact at truck berths and loading docks. This document is a selection guide that covers everything you need to know about terminal rubber. Main contents: - Differentiation between hollow type and solid type (whether to absorb impact with cushioning or to withstand it with mass) - Comparison table of D-type, M-type, and E-type, along with considerations for size selection - Quick reference table for size and anchor bolt (including drill diameter and embedment depth) - Support for changes in dimensions and hole pitch – allowing for replacement while utilizing existing anchor holes - Model cases by site and FAQ Contact accidents at berths can lead to repair costs for buildings, damage to vehicles, and work stoppages. This guide can be used as a preventive measure for safety management personnel and business owners, as well as a proposal document for contractors. *For more details, please download the PDF or feel free to contact us.

In ports and docks, it is important to protect berths and facilities from the impacts during the berthing and mooring of vessels. Depending on the movement of the vessels and the mooring methods, unexpected contact with the berth can occur, posing a risk of damage to both the facilities and the vessels. These accidents can lead to increased repair costs, delays in operations, and decreased safety. Our terminal rubber selection guide provides information for selecting appropriate cushioning materials to address these challenges. 【Usage Scenarios】 - Cushioning during vessel berthing and unberthing - Prevention of contact between moored vessels and berths - Protection of port facilities and quays 【Benefits of Implementation】 - Reduced risk of damage to berths and vessels - Control of repair costs - Improved safety and efficiency of operations

In the warehouse and logistics industry, contact accidents between vehicles and buildings or cargo at truck berths and unloading areas can lead to increased repair costs, vehicle damage, and work stoppages. To prevent these accidents, it is essential to select and install appropriate cushioning materials. This guide focuses on the selection of terminal rubber (D-shaped rubber, rubber stoppers, etc.) to assist in resolving these issues. 【Usage Scenarios】 - Preventing collisions between vehicles and buildings at truck berths - Protecting vehicles and cargo in unloading areas - Preventing contact with walls by operational vehicles such as forklifts 【Benefits of Implementation】 - Reducing the risk of damage to buildings and vehicles - Lowering repair costs - Ensuring and facilitating safe operations

In the manufacturing industry (heavy industry), there is always a risk of collisions with buildings and equipment due to the entry and exit of large vehicles and the transportation of materials. These contact accidents can lead to high repair costs, production line stoppages, and even impact the safety of workers. Therefore, selecting effective cushioning materials to protect buildings and equipment is crucial. This guide focuses on the selection of rubber cushioning materials called "Terminal Rubber" to protect buildings and vehicles from contact accidents at truck loading docks and unloading areas, aiming to assist your company's equipment protection measures. [Usage Scenarios] - Preventing collisions between vehicles and buildings at truck loading docks - Preventing collisions between material handling vehicles and walls/columns in unloading areas - Preventing collisions between forklifts or large vehicles and equipment/structures within factory premises [Benefits of Implementation] - Reducing the risk of damage to buildings and equipment - Lowering repair costs - Preventing production losses due to work stoppages - Maintaining a safe working environment

In the construction industry, contact with vehicles at truck berths and loading docks can lead to challenges such as building damage, increased repair costs, and work interruptions. To protect buildings and vehicles from these contact accidents, selecting appropriate cushioning materials is crucial. This document is a guide specifically focused on the selection of terminal rubber (also known as D-shaped rubber or rubber stoppers) and will assist in addressing these challenges. 【Usage Scenarios】 - Prevention of vehicle contact at truck berths - Protection of buildings and vehicles at loading areas - Protection of structures in parking lots and garages 【Benefits of Implementation】 - Reduced risk of damage to buildings and vehicles - Decreased repair costs - Ensured safety and increased efficiency in operations

In the shipbuilding and marine development industry, it is essential to protect the ship itself and the mooring facilities from contact with the berth during vessel mooring. Particularly in environments affected by changes in tide and waves, the selection of cushioning materials becomes crucial. Inappropriate cushioning materials may not adequately absorb the impact during contact, potentially leading to damage or accidents. This document is a guide specifically focused on the selection of terminal rubber to address these challenges. 【Usage Scenarios】 - Vessel mooring berths - Port facilities - Marine platforms 【Benefits of Implementation】 - Reduced risk of damage to vessels and facilities - Control of maintenance costs - Support for safe mooring operations

In mining sites, it is important to protect equipment and vehicles from impacts caused by the movement of heavy machinery and materials. In particular, contact accidents in berths and unloading areas can lead to equipment damage, work interruptions, and increased costs. To reduce these risks and maintain a safe working environment, the selection of appropriate cushioning materials is essential. This guide focuses on the selection of terminal rubber (D-shaped rubber, rubber stoppers) and supports the choice of optimal products tailored to the needs of the site. 【Usage Scenarios】 - Berths and unloading areas within the mine - Prevention of contact between heavy machinery and material transport vehicles - Impact mitigation for equipment and structures 【Benefits of Implementation】 - Reduced risk of damage to equipment and vehicles - Control of repair costs - Maintenance of productivity by preventing work interruptions - Strengthening of site safety management

In the energy industry, the safe securing of equipment and the prevention of contact accidents at truck berths and loading areas are emphasized. These accidents can lead to equipment damage, work interruptions, and increased repair costs. Our terminal bumpers help mitigate these risks and support the maintenance of a safe working environment. This guide covers the necessary information for selecting terminal bumpers and serves as a valuable resource for safety managers and equipment managers on-site to help them choose the optimal products. 【Usage Scenarios】 - Truck berths at plants and power stations - Material entry points and loading areas - Prevention of vehicle contact around equipment 【Benefits of Implementation】 - Reduced risk of damage to buildings and equipment - Prevention of vehicle damage - Shortened work stoppage time - Strengthened safety management system

In the railway infrastructure sector, it is essential to effectively absorb shocks to vehicles and equipment to ensure safety. In particular, contact accidents at platforms and depots can lead to damage to equipment and impact operations. To mitigate these risks, the selection of appropriate cushioning materials is crucial. This document is a guide specifically focused on the selection of terminal rubber, which will assist in solving the challenges of shock absorption in railway infrastructure. 【Usage Scenarios】 - Shock mitigation during vehicle contact at platform edges - Buffering between equipment and vehicles within depots - Other areas in railway infrastructure where shock absorption is necessary 【Benefits of Implementation】 - Reduced risk of damage to equipment and vehicles - Improved safety - Control of repair costs

At construction sites, shock absorption and caution alerts at corners are required to ensure the safety of people and vehicles. In particular, secure fixation to non-right angles and various substrates such as concrete and steel frames is a critical issue for safety measures. Inappropriate selection or installation can lead to early peeling or damage, increasing the risk of accidents. This guide material aims to address these site-specific challenges and support the optimal selection of corner guards. 【Usage Scenarios】 - Addressing non-right angles - Fixation to concrete, steel frames, and outdoors - Screw fixation to steel columns - Selection of type and fixation method based on site photos 【Benefits of Implementation】 - Reduction of failures in corner guard selection - Choice of reliable fixation methods suited to the site - Improvement of safety measures

In manufacturing sites, protecting the corners of equipment and building materials is crucial for ensuring safety and preventing damage. Particularly in areas where physical impacts may occur, such as forklift traffic and material handling, selecting the appropriate corner guards is essential. Improper selection can lead to early peeling or breakage, and even damage to the equipment. This guide aims to address these challenges and support the selection of the most suitable corner guards for the site. 【Usage Scenarios】 - Corner protection for columns and walls within factories - Safety measures around machinery - Protection of racks and wall surfaces in warehouses - Installation on outdoor equipment (such as steel columns) 【Benefits of Implementation】 - Reduced risk of damage to equipment and building materials - Ensured safety for workers - Lower maintenance costs - Maintenance of the site's aesthetic appeal

In the logistics warehouse industry, measures are required to protect important cargo from shocks and prevent damage. Particularly in areas with frequent forklift traffic and cargo movement, the risk of damage from collisions with walls and columns increases. Inappropriate selection and installation of corner guards can lead to early peeling and damage, potentially failing to provide the expected protective effect. Our "Complete Guide to Corner Guard Selection" addresses these challenges and supports the selection of the most suitable corner guards for the site. 【Usage Scenarios】 - Protection of corners of columns and walls within the warehouse - Collision prevention in loading areas - Protection of cargo from contact with forklifts and carts 【Benefits of Implementation】 - Reduced risk of cargo damage - Prevention of damage to walls and columns - Maintenance of a safe working environment

In medical settings, it is essential to ensure both patient safety and infection control. In particular, corners of corridors and walls require appropriate measures from the perspectives of ease of cleaning, shock absorption during the transport of equipment, and reducing the risk of infection source attachment. However, selecting corner guards that suit the site, such as addressing non-right angles, choosing easy-to-clean materials, and implementing hygienic fixing methods, is not easy. Our "Complete Guide to Corner Guard Selection" addresses these challenges and contributes to improving safety and hygiene in medical environments. 【Usage Scenarios】 - Protection of corners in patient rooms and treatment rooms - Shock absorption in hallways and corridors - Selection of easy-to-clean materials - Hygienic installation considering infection control 【Benefits of Implementation】 - Prevention of damage to walls and corners - Ensuring the safety of patients and staff - Streamlining cleaning operations and maintaining a hygienic environment - Contributing to the reduction of infection risks

In educational institutions and child protection facilities, ensuring the safety of children is the top priority. In particular, corners and protrusions on walls within the facility can increase the risk of injury if a child collides with them. Cases where pre-made corner guards do not fit the shape of the installation site or where the fixing method is inadequate and causes them to peel off are situations we want to avoid in safety measures. Our "Complete Guide to Selecting Corner Guards" addresses these on-site challenges and supports the creation of an environment where children can spend time safely. You can easily select the optimal type of corner guard according to the location and purpose, as well as the substrate and fixing method, in three steps without confusion. 【Usage Scenarios】 - Corners of hallways and classrooms in daycare centers, kindergartens, and schools - Safety measures in play areas - Walls in shared spaces of the facility - Installation on corners with non-right angles or special shapes 【Benefits of Implementation】 - Reduction of injury risk from collisions by children - Improvement of overall safety in the facility - Selection of optimal protective materials tailored to the shape of the installation site - Long-term safety maintenance through secure fixing

In retail stores, it is essential to ensure customer safety while maintaining the aesthetic appeal of the store. Damage from collisions at corners and the resulting deterioration in appearance can negatively impact the store's impression. Additionally, corner guards that do not match the materials or shapes of the installation location can lead to peeling or an unnatural finish, which can further detract from the aesthetics. This guide clearly outlines the optimal type of corner guard, substrate, and fixing method in three steps, tailored to the store's location and purpose. 【Usage Scenarios】 - Protection of corners at store entrances and aisles - Safety measures for corners of display shelves and fixtures - Solutions for non-right-angle, irregular corners - Selection of colors and materials that match existing interior designs 【Benefits of Implementation】 - Maintains the store's aesthetic and provides a sense of security for customers - Prevents corner damage and reduces repair costs - Allows for flexible selection that can adapt to various store environments - Achieves a clean finish through construction know-how

In the food service industry, ensuring customer safety and thorough hygiene management is essential. In particular, corners in kitchens and hallways are prone to collisions with people and objects, making them susceptible to damage and dirt. Existing corner guards may face challenges such as difficulty in installation on non-right-angle corners or incompatibility with the substrate and fixing methods at the site, leading to them peeling off quickly. Our "Corner Guard Selection Complete Guide" addresses these site-specific challenges and supports optimal corner guard selection. 【Usage Scenarios】 - Corners in kitchens and dead ends in hallways - Areas near entrances visible to customers - Selection of materials that are easy to clean - Consideration of hygienic fixing methods 【Benefits of Implementation】 - Prevention of injuries and accidents due to damage - Maintenance of hygiene through improved cleanability - Preservation of aesthetics through protection of building materials - Increased longevity through secure fixing suitable for the site

In facilities like hotels, it is essential to ensure the safety of visitors while maintaining the aesthetic appeal and luxury of the space. Protecting the corners of walls and pillars is not only a safety measure but also a crucial factor that influences the impression of the facility. Existing corner guards may present challenges such as design mismatches or installation difficulties. Our "Complete Guide to Selecting Corner Guards" is a resource that allows you to choose the optimal type of corner guard, substrate, and fixing method in three steps, based on the perspective of "maintaining luxury" required in hotel-like spaces. 【Usage Scenarios】 - Protection of wall corners in entrances and lobbies - Protection of corners of furniture and fixtures in guest rooms - Protection of pillars and walls in common areas - Installation in interiors that prioritize design 【Benefits of Implementation】 - Enhances safety without compromising the facility's aesthetic - Prevents corner damage while maintaining a sense of luxury - Allows for optimal choices tailored to the installation location and substrate - Enables selection of appropriate corner guards even without specialized knowledge

In public facilities, ensuring user safety and promoting barrier-free access are prioritized. In particular, corners around corridors and stairs can pose unexpected dangers for wheelchair users and individuals with visual impairments. Existing corner guards often struggle to accommodate non-right-angle corners, and there are cases where selecting the substrate and fixing methods can be confusing. To address these challenges and create a safe and comfortable facility environment, this guide clearly outlines the optimal types of corner guards, substrates, and fixing methods in three steps, tailored to specific locations and purposes. 【Usage Scenarios】 - Protection of corners in corridors, stairs, and walls - Prevention of collisions for wheelchairs and walkers - Raising awareness for individuals with visual impairments - Promotion of barrier-free access throughout the facility 【Benefits of Implementation】 - Improved safety for users - Reduced selection and installation burden for facility managers - Flexible response to diverse facility environments

The aisles, pillars, and wall corners in warehouses are at risk of damage from contact with forklifts and transport vehicles, as well as the risk of injury from collisions involving people and goods. To reduce these risks, it is important to select and install appropriate corner guards. However, there are often challenges such as dealing with non-right-angle corners, fixing methods for various substrates like concrete and steel, and issues like tape peeling off. This guide aims to eliminate common mistakes in selecting these corner guards and supports the choice of the most suitable products for the site. By selecting the type based on location and purpose, and matching the substrate with the fixing method in three steps, reliable shock absorption can be achieved. 【Usage Scenarios】 - Corners of aisles, pillars, and wall surfaces in warehouses - Areas with frequent contact from forklifts and transport vehicles - Locations with a risk of collisions involving people and goods - Specially shaped corners that are not right angles 【Benefits of Implementation】 - Reduced risk of damage to buildings and equipment - Ensured safety for people and goods - Prevention of accidents through appropriate shock absorption - Adaptability to various substrates and shapes