XFQ-01 Automatic Fence Mesh Welding Machine (mesh welding line, mesh welding plant)
1, Main unit: Welded with thick steel sheet and section steel, strong and concise.
2, Welding electronic control system: PLC digital system, one time pressing, separate welding. Precise control and stable function.
3, Wire laying devices: Auto weft wire feeding device. Easy to handle, high welding speed.
4, Wire meshes opening setting: PLC digital control.
2, Welding electronic control system: PLC digital system, one time pressing, separate welding. Precise control and stable function.
3, Wire laying devices: Auto weft wire feeding device. Easy to handle, high welding speed.
4, Wire meshes opening setting: PLC digital control.
5, Weft wire arranging: auto arranging.
6, Inner transformer: High efficient welding transformer. With 8 Grade adjustment. Welding Wire Range: 3-6mm;
welding opening: 50x50-500x500mm;
6, Inner transformer: High efficient welding transformer. With 8 Grade adjustment. Welding Wire Range: 3-6mm;
welding opening: 50x50-500x500mm;
Welding machine applied: Wire mesh fence, fencing mesh and welded mesh panel
XFQ-2 Heavy Welded Mesh Panel Welding Machine (wire mesh panels machine)
This kind of welding machine is designed and produced with some state level patented technologies, and enjoys following features:
1, Main unit: Welded with thick steel sheet and section steel, strong and concise.
2, Welding Electronic Control System: Digital integration circuit control. Highly precise. Stable function.
3, Wire Laying Features: Weft wire feeding devices can be divided into auto feeding devices and hopper feeding devices.
4, Wire mesh moving: Flexible pull role and mesh fixing devices. Easily adjustment of wire mesh. Precise mesh opening.
3, Wire Laying Features: Weft wire feeding devices can be divided into auto feeding devices and hopper feeding devices.
4, Wire mesh moving: Flexible pull role and mesh fixing devices. Easily adjustment of wire mesh. Precise mesh opening.
5, This kind of welding machine can reduce material loss to minimum.
6, Inner transformer: With 8 grade adjustment. Welding wire diameter: 1.8mm-3.2mm
Welding opening: 50x50mm to 150x150mm
Welding width: 1200-4000mm
This kind of welding machine is mainly applied to welding of wire mesh fencing and big welded wire mesh panels.
6, Inner transformer: With 8 grade adjustment. Welding wire diameter: 1.8mm-3.2mm
Welding opening: 50x50mm to 150x150mm
Welding width: 1200-4000mm
This kind of welding machine is mainly applied to welding of wire mesh fencing and big welded wire mesh panels.
XFQ-03 Three Dimensional Panel Machine(3D wire panels machine)
Electro-Welding-Plant
construction panels, manufactured with a 3 dimensional wire strukture in acombination of 2 cover mesh layers interconnected by truss wires, with expanded Polysterene (EPS)-insulation core. It is a compact line, whose production process takes place in two main phases:
1.) Production of three-dimensional mesh panels from steel coils by means of a fullyautomatic mesh welder.
- Multiple welding machine with CNC-pitch feeding system to produce the flat mesh panels
- Multiple bending and welding machine to provide flat meshes with threedimensional rods
- Horizontal conveyor to transfer meshes toward assembling machine
2.) Assembling of structural panel by means of an automatic line. It consists of following main units:
- Assembling system to press three-dimensional frames into polysterene core
- Multible welderwith CNC-pitch feeding system to weld together structural panels
- Automatic stacking device to eject and pile up finished panel outside the line
Electric current: 75kW Max. intermittent welding power: 50 kVa
Welding current duty cycle: 5 %
Air compressor power: 3m 3/ min o.6Mpa
Width of panels: 1200 mm
Length of panels: min. 2500 mm, longer panels in steps of 00/40mm
Insulation core thickness: 100 – 40 mm
Cover mesh: 50 x 50 mm openings
Wire diameter: f 1.8- f 3.8 mm as standard size proposed for load bearing walls, slabs and roofs. Plain wire quality. Also 2 longitudinal plaster runners as V-stamp of 20 mm.
Spacer wires: In tuss configuration at 100 mm or 200 mm spacing.
Wire diameter 3.8 mm galvaniced wire quality.
Insulation core: EPS, desteny approx. 15 –20 kg/m3
100 mm - 40 mm thickness.
Output speed :
Based on a 300 working days per year, each with 8 hours and assumed efficiency factor of 60 % (depending on local conditions), this results in a max. net output of pprox.300.000 m2 per year and per one working shift on a thuss step of 200 mm and in a max. net output of approx. 220.000 m2 per year and per one working shift on a truss step of 100 mm. Hard drawn wire for cover mesh and for splice mesh:3 mm diameter, minimum yield strengsth of 500 to 550 N/mm2, maximum carbon contend 0.15 %, clean wiresurface, no rust, rease, oil, paint or drawing compounds to insure smooth flow of the welding current. Galvanized wire for spacer (truss) wires:3.8 mm diameter, minimum yield strenth of 700 N/mm2, maximum carbon content 0.15 %, clean wire surface and uniform zinc coating
1.) Production of three-dimensional mesh panels from steel coils by means of a fullyautomatic mesh welder.
- Multiple welding machine with CNC-pitch feeding system to produce the flat mesh panels
- Multiple bending and welding machine to provide flat meshes with threedimensional rods
- Horizontal conveyor to transfer meshes toward assembling machine
2.) Assembling of structural panel by means of an automatic line. It consists of following main units:
- Assembling system to press three-dimensional frames into polysterene core
- Multible welderwith CNC-pitch feeding system to weld together structural panels
- Automatic stacking device to eject and pile up finished panel outside the line
Electric current: 75kW Max. intermittent welding power: 50 kVa
Welding current duty cycle: 5 %
Air compressor power: 3m 3/ min o.6Mpa
Width of panels: 1200 mm
Length of panels: min. 2500 mm, longer panels in steps of 00/40mm
Insulation core thickness: 100 – 40 mm
Cover mesh: 50 x 50 mm openings
Wire diameter: f 1.8- f 3.8 mm as standard size proposed for load bearing walls, slabs and roofs. Plain wire quality. Also 2 longitudinal plaster runners as V-stamp of 20 mm.
Spacer wires: In tuss configuration at 100 mm or 200 mm spacing.
Wire diameter 3.8 mm galvaniced wire quality.
Insulation core: EPS, desteny approx. 15 –20 kg/m3
100 mm - 40 mm thickness.
Output speed :
Based on a 300 working days per year, each with 8 hours and assumed efficiency factor of 60 % (depending on local conditions), this results in a max. net output of pprox.300.000 m2 per year and per one working shift on a thuss step of 200 mm and in a max. net output of approx. 220.000 m2 per year and per one working shift on a truss step of 100 mm. Hard drawn wire for cover mesh and for splice mesh:3 mm diameter, minimum yield strengsth of 500 to 550 N/mm2, maximum carbon contend 0.15 %, clean wiresurface, no rust, rease, oil, paint or drawing compounds to insure smooth flow of the welding current. Galvanized wire for spacer (truss) wires:3.8 mm diameter, minimum yield strenth of 700 N/mm2, maximum carbon content 0.15 %, clean wire surface and uniform zinc coating