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Reinforcement sheet Product List

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Case Study of Station Platform Slab Reinforcement | Significant Reduction in Nighttime Overtime Costs through Daytime Construction

Suppressing noise and vibration, enabling daytime construction during train operations. A case that eliminates additional costs and security expenses associated with nighttime work, achieving both safety and cost reduction.

This is a proven track record that demonstrates high workability and safety in the reinforcement of station platform slabs. Daytime construction was completed while trains were running, minimizing the impact on the surrounding area. ■ Daytime work eliminates the need for night shift premium wages, lighting equipment, and additional security personnel costs, thereby reducing construction expenses. ■ The lightweight sheet material can be transported manually, allowing for flexible responses even in sites with restricted access routes. ■ The risk of accidents and contact associated with heavy machinery operation is eliminated, ensuring high safety for both workers and users. ■ Noise, vibration, and exhaust emissions are significantly reduced, lowering the risk of complaints from nearby residents and users. ■ Quick and quiet construction achieves reinforcement with minimal burden even in facilities that are operational. *For more details on the above case and information about the APLAS sheet method, please refer to the catalog download.

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  • Reinforcement sheet

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Case Study of Road Bridge Deck Reinforcement | APLAS Sheet Method Reduced Construction Period by 50%

The construction period was shortened from 4 days to 2 days. This is an example from a road bridge in Suzu City, Ishikawa Prefecture, where the man-hours were reduced by half compared to conventional methods, achieving both a reduction in on-site burden and cost control.

We would like to introduce our implementation results for road bridge deck reinforcement in Suzu City, Ishikawa Prefecture. Compared to conventional methods, we have achieved significant results in both reducing on-site burdens and costs. ■ The construction period was shortened from 4 days to 2 days, reducing the required man-hours from 12 to 6, a 50% reduction. ■ The processes of applying primer and leveling material have been eliminated, improving work efficiency. ■ The construction is completed with only the application of sheets in two directions, allowing for speedy restoration. ■ In a site with a reinforcement area of 20 square meters, we have significantly optimized the processes after surface preparation. *For more details on the above case and information about the APLAS sheet method, please refer to the catalog download.

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  • Special Construction Method
  • Reinforcement sheet

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