High Ribbed Formwork(high ribbed formwork mesh,hy-rib formwork)
Introduction:
High-Ribbed Formwork, consisting of steel sheets formed into mesh and U pattern rib bone, will produce a surface with concrete which will bond directly to the next pour without any special treatment. High-ribbed formwork is widely used in building construction to form retaining walls, columns, stop ends, construction joints and used to support slab flooring.
High-Ribbed Formwork is manufactured from hot-dipped galvanized steel sheets. Because its meshes and U patterns, it has better anti-stress capability and forming flexibility than normal metal lath. This product has excellent engineering quality, construction security and widely used in tunnels bridges, valve basement systems, sewage systems, subways, retaining walls, nuclear power plants, shipyards, water pools and marine engineering works, high rise building projects, etc.
Features:
1. Visual Concrete Pouring
Because it is comprised of porous open mesh, high-ribbed formwork reduces the risk of voids and/or honeycombing occurring within the concrete.
2. Lightweight and Convenience for Transportation and Installation
High-ribbed formwork is only 10% as heavy as the common steel module, featuring fast installation and convenient transportation.
3. Suitable for Segmented Concrete
High-ribbed formwork is a permanent one that is easy for concrete to bond with the next pour without dismantling the formwork or making a juncture, thus simplifying bonding work.
4. Good Mechanical Performance and Low Side Pressure
High-ribbed formwork is only subject to 60% of side pressure compared with common formwork, thus enabling to decrease weight of rib bone by 40%.
5. Easy for Muff Coupling, Shearing, Optimizing Technologies and Increasing Shearing Strength
High-ribbed formwork will produce an ideal surface with high shearing strength combined with poured mortar that will penetrate into the formwork through the mesh pores.
6. High-ribbed formwork is multifunctional, easy to cut and bendable to form different shapes to meet different requirements.
Specification: