Stronger Method (Reinforcement Method Utilizing Existing Protective Barriers)

Stronger Method (Reinforcement Method Utilizing Existing Protective Barriers)
The Stronger Method is a technique that allows for the reinforcement and height increase of existing rockfall protection fences without any special processing of the facilities, utilizing them as they are in a simple manner.
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Reinforcing existing rockfall protection fences! Stronger Method [*with construction examples*]
Rockfall capture performance is more than doubled! Reinforcement and height increase of the fence can be achieved without special processing!
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What is a revolutionary reinforcement method for easily raising the height of fences?
*Essential for those worried about rockfall protection fences* *Easily, inexpensively, and in a short period, increase the height of existing stone guards with the "Stronger Method"*
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Perfect for enhancing the performance of rockfall protection fences! "Stronger Method"
[NETIS Registered] Rockfall capture performance is more than doubled! A groundbreaking rockfall countermeasure that utilizes existing protective fences.
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Groundbreaking rockfall prevention method "Stronger Method" *Case study collection giveaway
Easily, cheaply, and quickly raise the height of the existing stone guard! [Check the easy installation in the video]
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Reinforcement and Height Increase of Rockfall Protection Fences Utilizing Existing Structures
Numerous examples and benefits of the "Stronger Method" are featured with color photographs!
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Case Study Collection "Stronger Method"
Examples of adopting reinforcement works for rockfall protection fences utilizing existing structures are published!
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Examples of Stronger Method Adoption: Fukushima Prefecture
Change the height from 1.5m to 2.5m with a raised type to accommodate your desired fence height.
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Stronger Method Adoption Example: Yamanashi Prefecture
Change the height from 2m to 3m! This method allows for approximately half the cost and a significant reduction in construction time.
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[Stronger Method Adoption Example] Replacement of Bent Columns
The construction period is one day! The cost is less than half compared to base plate type or when demolishing and rebuilding.
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Hyogo Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences - Implementation of Fence Height Increase
Increase fence height using raised components! The materials are lightweight and installation is simple.
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Hyogo Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences and Noise Control Measures During Demolition
This is a construction method that does not require measures for noise, dust, or high-alkali water treatment during concrete demolition.
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Hyogo Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences - No Special Tools or Skilled Workers Required
No special tools or skilled workers are required. Utilize the existing protective fence to "increase the height of the fence."
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Hyogo Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences - Easy to Construct with Lightweight Materials!
The materials are lightweight and easy to install! It can also reduce the impact on nearby residents, such as traffic restrictions.
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Hyogo Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences, Usable Without Small Heavy Machinery.
Simple construction! This method allows for an increase in fence height using raised components.
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Fukushima Prefecture construction case study: Reinforcement method for existing rockfall protection fences using a method that does not require new installation.
NETIS Registration Number HR-140004-A: Construction Case of Elevated Stronger Method
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Yamanashi Prefecture Construction Example: Reinforcement Method for Existing Rockfall Protection Fences - No On-Site Processing Work Required!
All materials used are factory-made! This is a construction method that does not require processing work on-site.
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Shizuoka Prefecture construction case study: Reinforcement method for existing rockfall protection fences; no need to fell surrounding trees.
Reduce the impact on nearby residents! There is no need to cut down surrounding trees as small machinery is not used.
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Shizuoka Prefecture construction case study: Reinforcement method for existing rockfall protection fences - Noise control measures during demolition!
Noise, dust, and high alkaline water treatment measures during demolition are not required. It is a simple construction method.
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Shizuoka Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences - Easy Construction with Lightweight Materials
A construction method utilizing existing protective fences! We will introduce examples of partial elevation type construction.
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Rockfall prevention construction method "Stronger Method" *Construction case examples available
Utilizing existing rockfall protection fences! Achieving both short construction periods and low costs without the need for special equipment. Proven results in railways and other applications.
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Shizuoka Prefecture Construction Case Study: Reinforcement Method for Existing Rockfall Protection Fences - A Method That Does Not Require Dust Control!
Here are examples of raised construction work carried out during the Heisei 27 to 29 fiscal years.
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B-Safe Co., Ltd. Company Information
For the future of the environment! Providing environmentally friendly products while harmonizing with the natural environment.
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Reiwa Edition: Stronger Construction Method Case Study Collection
Utilize existing rockfall protection fences as they are! We will introduce various construction examples with accompanying photos.
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Awarded the National Land Technology Development Award! Rockfall mitigation method utilizing existing rockfall protection fences.
"Presentation of Case Studies on Rockfall Countermeasure Construction Methods" - The rockfall countermeasure method "Stronger Method" utilizes existing rockfall protection fences, achieving both a short construction period and low cost without the need for special equipment.
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Hyogo Construction Case Study: Railway Proximity Work - Reinforcement and Elevation of Existing Protective Fences
A case of railway proximity work where reinforcement and elevation of the existing protective fence were carried out!
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