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APLAS sheet method for ships
A reinforcement method that addresses the corrosion issues of ships, excelling in construction period, cost, and workability!
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APLAS sheet method for aerospace applications
Reinforcement methods addressing thermal insulation challenges in the aerospace field.
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APLAS sheet method for automobiles
A reinforcement method that excels in construction period, cost, and workability to address on-site challenges!
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APLAS sheet method for mining applications
A reinforcement method that addresses the challenges of wastewater treatment facilities, excelling in construction period, cost, and workability.
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APLAS Sheet Method for the Energy Industry
A reinforcement method that addresses the challenges of energy infrastructure, excelling in construction period, cost, and workability.
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Medical APLAS Sheet Method
A reinforcement method that excels in construction period, cost, and workability to address on-site challenges!
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APLAS Sheet Method for the Food Industry
Reinforcement and renovation solutions that support hygiene management in the food industry.
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APLAS Sheet Method for the Chemical Industry
For the corrosion protection of storage tanks, a reinforcement method that excels in construction period, cost, and workability.
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APLAS sheet method for fisheries
Reinforcement methods that excel in construction period, cost, and workability for the protection of aquaculture ponds.
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APLAS Sheet Method for Agriculture
A reinforcement method that addresses the challenges of irrigation equipment, excelling in construction period, cost, and workability.
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APLAS sheet method for infrastructure
A reinforcement method that contributes to leak prevention and excels in construction period, cost, and workability.
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APLAS Sheet Method for the Construction Industry
A reinforcement method that excels in construction period, cost, and workability to address on-site challenges!
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APLAS Sheet Method for Shortening Construction Periods of Aging Infrastructure Reinforcement
Reinforcement is possible just by applying the NETIS registration sheet. Construction can be completed in as little as one day. Reduces on-site construction time by 40%. A reinforcement method that makes upward installation easy.
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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.
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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.
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Thermoplastic CFRP Reinforcement Paper | 40% Reduction in Construction Time and Verification of Upward Construction
Significantly shorten construction time and easily handle demanding upward construction. The latest paper demonstrating high adhesion performance through plasma treatment technology and the reinforcement effect of RC components.
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Thermoplastic CFRP Sheet Method | A Paper on the Bending Reinforcement Performance of RC Beams
Balancing shortened construction periods and reliability. Based on static loading experiments of RC beams, the reinforcing effect and adhesion performance of thermoplastic CFRP sheets are explained with detailed data.
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APLAS sheet method
A reinforcement method that excels in construction period, cost, and workability to address on-site challenges!
last updated