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The New Ferro-Mat Method (R) "Alcale (R)" involves arranging reinforcement bars (Alcale) in a narrow spacing that prevents feet from entering (submerging) between the bars, forming a mat-like structure. After laying the New Ferro Deck, these reinforcement bars are arranged to serve as support material for the steel truss of the New Ferro Deck, creating a safe and secure working floor. By unitizing the reinforcement bars, precise and orderly reinforcement work can be performed without disruption. 【Features】 ■ By forming a safe floor on top of the New Ferro Deck, safe and secure walking is possible from the completion of the deck installation to the concrete pouring. ■ By narrowing the spacing of the reinforcement bars, a greater dispersion effect for slab concrete cracking can be expected. ■ The unitization of the reinforcement bars allows for labor-saving in the reinforcement work. *For more details, please download the PDF or feel free to contact us.

• Formwork material

The "New Ferro Deck (R) Eco Type" is a reinforced truss-type formwork floor slab method developed with a truss pitch of @200, compared to the "Prototype," which has a truss pitch of @150. This method takes into account greater rationality compared to the "Prototype," which was developed with a priority on allowable spans during temporary construction. 【Features】 ■ Achieved architectural technology performance certification from the Japan Building Comprehensive Testing Institute (GBRC Performance Certification No. 22-12) for all processes including factory production quality control, temporary design, slab design, and on-site construction. ■ Daily random inspections of factory spot welds are conducted. ■ No need for anchoring the lower main reinforcement of the truss to the beams. ■ Main types of horizontal members supporting the slab include S steel, RC, SRC, and PCa construction. *For more details, please download the PDF or feel free to contact us.

• Formwork material

The "New Ferro Deck® Prototype" is a reinforced truss formwork floor system that can be used on floors made of S, RC, SRC, and PCa materials, applicable to slabs with a thickness of 120mm or more. For example, when using the B80 type (upper and lower main bars D13@150) with a slab thickness of 150mm, construction is possible without support up to 3.7m, effectively shortening construction time and reducing the use of tropical hardwood. All products use JIS standard materials, and the corrugated sheets are made of hot-dip galvanized steel plates (Z12), with a working width of 600mm and lengths ranging from 0.6m to 7m. 【Features】 ■ Obtained a construction technology performance certification from the Japan Building Research Institute (GBRC Performance Certificate No. 22-12) for all processes including quality control during factory production, temporary design, slab design, and on-site construction. ■ The main types of horizontal members supporting the slab are S, RC, SRC, and PCa structures. ■ No need for anchoring the lower end main bars of the truss to the beams, and the lower end of the distribution bars has been omitted to obtain certification. ■ The main bars are almost pre-arranged in the direction of reinforcement, reducing on-site reinforcement work and contributing to shorter construction time. ■ As an industrialized product, it provides accurate cover thickness and reliable reinforcement.

• Formwork material
• Steel

This catalog is the comprehensive product catalog of Fuji Sho Sanmatec Co., Ltd., a company specializing in reinforced truss decks. It includes the "New Ferro Deck® Prototype," suitable for floor structures under heavy load conditions such as factories and logistics warehouses, and the "New Ferro Deck® Eco Type," suitable for floor structures in general buildings such as office buildings. [Featured Products] ■ Reinforced truss disposable formwork floor method "New Ferro Deck® Prototype" ■ Reinforced truss disposable formwork floor method "New Ferro Deck® Eco Type" ■ New Ferro Mat Method® "Alcale®" *For more details, please download the PDF or feel free to contact us.

• Formwork material