Encofrado de vigas cajón

Product Introduction

Pansol Box girder steel formwork is a kind of formwork used in bridge construction, which is characterized by a box-shaped structure in cross section. The box girder steel mold plate mainly consists of four parts: outer mold, inner mold, end mold and bottom mold. The specifications of Pansol box girder steel formwork are varied and can be customized according to different project requirements. The design and manufacture of this type of formwork needs to take into account factors such as the actual span of the bridge, the construction method and the expected loads.

Product video of Pansol intelligent prefabricated box girder steel formwork

Product Specifications

• Material: acero q235b, duradero y reutilizable.
• Suministro: Diseño de planos y personalización OEM según los requisitos del proyecto.
• Panel thickness: 6 mm or more.
• Formwork components: outer formwork, inner formwork, end formwork and bottom formwork
• Accesorios de conexión: pernos, sistema de soporte, canal de acero, etc.
• Tratamiento superficial: pulverización de pintura antioxidante para minimizar la oxidación del encofrado.
• Application works: concrete pouring and molding of precast box girder structures for bridges.

• Good molding effect: the surface of box girder steel formwork is flat and smooth, the splicing joints are tight and tight, no gaps and no leakage of slurry, these features ensure the appearance quality after concrete pouring.
• Long service life: our box girder steel formwork uses high quality steel with high stability and strength, which is not easy to be deformed, warped or cracked in the process of use.
• High reuse rate: the box girder steel formwork can be reused many times, which not only reduces the consumption of materials, but also reduces the cost and time brought by material treatment and recycling, and is also conducive to environmental protection.
• Short construction cycle: Due to the high precision of box girder steel mold plate production, it can be quickly assembled without the need for on-site shearing, combining and other cumbersome processes, which greatly shortens the construction cycle and improves the efficiency of the project.

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