AR Shoring is a support structure for slab formwork. Its most outstanding feature is its high bearing capacity: 80 kN per support. It is based on a Shoring system with multidirectional connections. Easy to assemble and used by a vast number of construction professionals, it provides support for both independent towers and fixed shoring, depending on application requirements.
What kind of post shore is best for your slabs? Let’s analyze this together!
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Frequent uses
- Large sized building slabs and beams.
- Bridge decks, lintels, capitals, underpasses, vault slabs in water treatment plants, etc.
- Special shapes.
- Arched steps with heavy profiling.
Properties
- Load capacity of 80 kN per support.
- Allows shoring for surfaces with complex shapes, such as inclined slabs, semi-spherical domes or adjusted surfaces.
- Allows adapting the distribution of the support structure to each specific application, thus optimizing resources and costs.
- It can use phenolic boards for exposed finishes or the Alisan Board for standard finishes.
- Easy assembly with components that can be handled by a single worker.
- Connections with wedges minimizing the use of nuts and bolts.
Components and accessories
- Verticals, bases, heads and horizontal, diagonal (shared by CL Shoring).
- Connection elements for crane movement of mounted towers.
- Platforms for safe assembly and dismantling.
- Anchoring and stabilizing elements for large heights.
Projects
Alsina España Cataluña participated in the construction of a residential complex in the city of Badalona (Barcelona).
The Benta Berri station is a railway station located in the old neighborhood of San Sebastián.
Alsina Formwork collaborated in the construction of the A-33 Highway section way between Jumilla and Yecla in Spain.
Alsina´s Formwork delegation in Peru has collaborated in the construction of the Rafael Escardo section located in Lima.
Alsina Uruguay collaborated in the execution of a new viaduct over the Rambla Portuaria in Uruguay.
Alsina collaborated in the construction of the road linking Las Palmas with the town of La Aldea.
Subway Line 2 in Panama City is 21 km long and it covers the east – west route of the city.
Alsina’s Formwork collaborated in the construction of the Vilariño – Campobecerros high-speed train line sub-section in Spain.
Alsina Italy has participated in the construction of the Arcisate-Stabio railway line that will connect Switzerland to Malpensa airport.
The Alsina delegation in Peru collaborated in the construction of the Vizcachas Dam, in the Quellaveco mining project in Peru.
It is the second of its kind in the metropolitan area of the city of Medellín.
Alsina’s Formwork delegation in Panamá participated in the construction of the second module of the sewage treatment plant of a wastewater treatment plant.
Alsina’s Formwork delegation in the Philippines participated in the construction of the Subic flour mill in the city of Zambales
Alsina has successfully completed their contribution as provider in the construction of the Sewage Treatment Plant of the Cerro Verde Mining Project in Arequipa
Alsina’s Formwork Polish subsidiary participated in the construction of a false tunnel in the city of Rzeszów (Poland)
Waste Treatment Plant in France
Alsina Italy has participated in the construction of the Arcisate-Stabio railway line that will connect Switzerland to Malpensa airport.
The Alto Támega Dam is part of an impressive Hydraulic Project consisting of 3 Dams and 3 Hydroelectric Power Plants
Alsina collaborated in the pacification of an urban area in Oliva, in the province of Valencia (Spain)
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Camí de la Font Freda, 1
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