Beton Mesh Reinforcing

hebei, China

We are offering individual bar chair. individual bar chairs are used to support wide-spaced light steel in slab/deck construction. It is in 3/4", 1", 1-1/2", and 1-3/4" heights. high chairs for metal decking high chairs for metal decking are made with different length legs to fit design of a metal deck. individual high chairs individual high chairs are designed to support upper slab steel from mat steel. It also may be used on fill to obtain leg bearing. Their heights are from 2" to 20". Height is from underside of cross bars to seat for reinforcing bar at top of chair. Also available with plastic tip or epoxy coated. special high chairs special high chairs are used for supporting upper slab/deck steel directly or by means of a carrier bar. When heights exceed 12", legs are reinforced with welded cross wires or encircling wire. It is in 2" to 20" heights. individual high chair with plate individual high chair with plate is used for supporting lower slab steel on fill or other soft material.

We are offering continuous high chair. Continuous high chair with plastic tip provides support for upper slab steel from slab form. It height is from 2" to 15" in 5'-0" lengths. Legs are spaced 7-1/2" on centers. It is available in bright basic, plastic-protected, galvanized, and epoxy-coated and stainless steel. Application: support upper slab steel from slab form surface. They are substitutes for individual chair supports. continuous high chair upper continuous high chair upper is used for supporting one layer of steel above another and spacing them to required distance. Standard leg spacing is 7-1/2" on centers. Heights and lengths are same as slab bolsters. It is made in standard 5'-0" lengths. It is available in bright basic, plastic-protected, galvanized, epoxy-coated and stainless steel. continuous high chair with plate continuous high chair with plate is used to support slab steel on fill or other soft materials. Details are same as continuous high chairs, with the addition of bearing plates. It is available in bright basic, plastic-protected, galvanized, and epoxy-coated and stainless steel.

We are offering brick wall reinforcement mesh. brick wall reinforcement mesh is welded wire sheet for reinforced concrete construction. It is used in building surface, wall, ground, bridge, bank and airport. And its feature is that welding spots of warp wire and weft wire are on the same surface. wire diameter: 2.5-6.0 mm width: 5cm-27cm length: 3mm. spacing: 40cm surface treatment: welded after hot dipped galvanized, welded after electro galvanized, welded before electro galvanized, welded before hot dipped galvanized, welded by stainless steel wire. we have two types of brick wall reinforcement mesh: truss-mesh reinforcement, ladder-mesh reinforcement. package: carton/pallet/plastic wrapped.

We are offering concrete reinforcing mesh. reinforcement mesh is a welded wire fabric, prefabricated steel reinforcement material. It has a rectangular or square reinforcement mesh grid pattern and is produced in flat sheets. Reinforcement mesh sheets are usually 6m long x 2.4m wide as standard. concrete reinforcing mesh is superior quality welded wire mesh panels with flat even surface, firm structure. This welded wire mesh panel offers flat even surface and firm structure. It can be used extensively in building, food, agriculture, and serve in construction and fencing applications. we offer three types of concrete reinforcing meshes: welded stainless steel wire mesh panels, galvanized welded mesh panels, and hot-dip zinc plating welded mesh panels. The reinforcing mesh length does not limit. concrete reinforcing mesh applications: industrial, manufacturing, guarding, security, enclosures, large animal enclosures, quarantine caging, fencing and gabions.

We are offering pipe-line reinforced mesh. pipe-line reinforced mesh is pipe-line reinforced welded wire mesh. It is mainly used for concrete weight coated subsea pipelines. specifications of pipe-line reinforced: material: low carbon steel wire. wire gauge: 1.8mm. hole: 12*25. surface: galvanized. the material of pipe-line reinforced mesh is low carbon steel with galvanized coating. It can either be cold galvanized wire or hot dipped galvanized meeting the astm standard. The line wires are deeply crimped to facilitate the concrete application.

We are offering beam bolster.beam bolster is used to support lower beam steel from the slab form. All legs spaced 2-1/2" on centers. It is available in 3/4" to 5" heights in 5'-0" lengths. beam bolster upper beam bolster upper is used to support successive layers of steel one above the other. Legs spaced 2-1/2" on centers in standard 5'-0" lengths. beam bolster with plate beam bolster with plate is used to support heavy bottom steel on soft material. Details are same as for standard beam bolster with the addition of a bearing plate. Its length is 5'-0" only.

We are offering rebar support. rebar support is known as rebar support chair, metal horse stool, rebar support chair, post-tension chair and reinforcing steel bar stool. They may be used to support horizontal reinforcing steel, wire mesh or post tension cable. materials: low carbon steel (q235), medium carbon steel and other materials. height: 3/4" to 2", in 1/4" increments. features: formed cradle to place wire mesh or reinforcing bar. foot designed to set on most forming surfaces. support of strong and good stability. rebar support is available in plain, galvanized, plastic-protected or epoxy-coated finish. application: rebar support is mainly used for building and infrastructure engineering foundation, underground works or bridge, and other large bearing parts of reinforced fastening, large building industry-layer or multi-layer steel connection between. Support wide-spaced light steel in slab or deck construction.

We are offering ladder mesh reinforcement. ladder mesh reinforcement is innovative product for the building industry. The welding spots of ladder mesh reinforcement warp wire and weft wire are on the same surface. It is widely used for reinforcing wall. And it can reduce cracking, increase lateral flexural strength, increase elasticity. specifications raw material: low carbon steel wire, stainless steel wire. wire diameter: from 2.5mm to 6mm. width: 5cm, 10cm, 15cm, 20cm. length: 3mm. spacing: 40cm. surface treatment: welded after hot dipped galvanized, welded after electro galvanized, welded before electro galvanized, welded before hot dipped galvanized, welded by stainless steel wire. package: carton/pallet/plastic wrapped. uses: it is widely used for in building surface, wall, ground, bridge bank and airport.

We are offering concrete slab mesh. concrete slab mesh is reinforced welded wire mesh panels. This reinforced welded wire mesh panels are made of galvanized welded wire mesh for constructional uses. For example, block slab structure reinforcing, and hollowed slabs reinforcement, building wall reinforcement and support wall reinforcement. it has the continuous lengths of joint reinforcement that are embedded into the horizontal mortar joints of masonry walls. Joint reinforcement has long proven to be necessary for superior performance of masonry wall construction. variety: truss mesh reinforcement. ladder mesh reinforcement. available material: hot dipped galvanized, electro galvanized or stainless steel.

We are offering concrete wire mesh. the longitudinal and transverse reinforcement bars are welded into concrete wire mesh. The concrete meshes have a more dense spacing of the steel bar. Concrete wire mesh is also named welded steel fabric. application: concrete wire mesh is used for coal mine tunnel network protection or reinforcement, concrete pavement, bridge deck pavement, airport runway, tunnel lining, housing floor, roof, wall, floor, concrete pipes and so on. advantages: concrete wire mesh for a new, efficient and high-quality steel reinforced concrete structures can be reinforced to reduce the installation of a large number of working hours, less than banding employment nearly approached net 50% - 70%. Concrete wire mesh can help to prevent the emergence of concrete cracks and development, roads, floors, floor welding network configuration can reduce the surface of concrete about 75 percent split.