Fully automatic C/Z integrated forming machine Automatically switches C-shaped steel width 100-300mm, waist height 30-100mm, Automatically switches Z-shaped steel width 120-300mm, waist height 30-100mm.
It is a type of light keel steel forming machine primarily utilized for the production of studs and tracks in house framing. Its areas of application are particularly extensive, including factory decoration and warehouse cages. The roofs and new walls of locomotive hangars are constructed from the relevant products employed to press tiles.
A automatically adjustment C/Z Channel Roll Forming Machine, C-shaped or Z-shaped metal channels.
It is a category of industrial machinery utilized in the construction and manufacturing sectors for the production of Z purlins. Full automatically change size from 120mm to 300mm by PLC control in 1 minute.
Make different purlin size without changing rollers or spacers. Quick change any size from 60mm to 250mm in 1min. Pre Cutting system(also can add post-cutter),no need changing cutter for different size. Easy to operate, low maintenance cost. Infinite sizing from 60-250mm,help to save material. Optional Punch hole at any position of purlin web and flange.
Create U-shaped channels or profiles from metal coils or sheets. Molding a continuous strip of metal by guiding it through a sequence of rollers to progressively achieve the intended profile.
Advantage of Portable Standing Seam Forming Metal Roofing Machine 1. Capable of producing various sizes with a single machine, eliminating the need to change molds or cutting blades. 2. Easy to install,the control system and hydraulic station are integrated into the machine. Simply connect the main power cable to start.
The Self-Lock Roof Panel Roll Forming Machine is specially designed to produce self-locking roof panels with an effective width of 475mm. It is suitable for processing pre-painted galvanized steel, galvanized steel, and aluminum sheets, with a thickness range of 0.4–0.8mm. The machine operates at a working speed of up to 12 meters per minute.
Feature: 1. Bending Min. Radius: positive curved 4m, oppositive curved 6m2. Main usage: Bending roofing to Arc-Shaped, andwave shaped( Can bend with convex and concave shape for one pcs roofing );3. Can automatically bending variable width of roofing from 300mm to 600mm;4. Can curved convex and concave with smooth, and adjust any models from 300mm to 600mm of standing seam roofing5. Usage: Bending standing seam sheets roofing panels to ARC-shaped;Bending panel is true of gym,theatre hall,railway station and so on.
The cutter metal slitting machine fattening and cutting the metal materials. Carbon steel Hot rolled coils. The buyer need provide enough metal materials for testing machine.
1. Factory Lifetime Service:offer technical support for the entire life of our machines. 2. Customized Profile:can design the profile according to customer request. 3. ONE-YEAR Guarantee Period:we could supply you the replacement parts free of charge for any damaged parts caused by quality problems. 4. Overseas Services Optional:we can send our technicians to install and train the workers in the clients' factories with extra cost.
Packing: - For the machine or production line, we will use plastic film to cover and wrap. Then will be loaded to the container by forklift or crane.- For the key parts such as the roll forming rollers set, we will use the metal frame to package.All Steadily fastened in the container in a suitable manner with steel ropes and locks, being suitable for long-distance transportation.
R Panel Roll Forming Machine Corrugated Roll Forming Machine Double Layer Roll Forming Machine
The standing seam machine serves as the essential equipment for producing standing seam roofs. It employs advanced roll forming technology to transform metal sheets into panels featuring continuous vertical seams.
Customization options Customized logo (Min. order: 1 set) Customized packaging (Min. order: 1 set) Graphic customization (Min. order: 1 set) Color (Min. order: 1 set)
Structural frames fabricated using cold formed steel sections. load-bearing exterior walls, non-load bearing interior walls, floor joists, curtain walls and roof trusses.
Light gauge steel framing machines are used to create the structural framework of buildings by cold forming steel sections into columns, beams, studs, tracks, and joists.
structural frames fabricated using cold formed steel sections. load-bearing exterior walls, non-load bearing interior walls, floor joists, curtain walls and roof trusses. The system automatically generates wall and floor fabrication drawings, structural layouts, cut lists and other material reports
Select all best material for roller, shaft , cutter.PLC and driving system.
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Machine and finished product display Uses of C-section Steel: C-section steel can be used as the main load-bearing structure for medium and large industrial and civilian buildings, such as steel structure buildings, factories, warehouses, exhibition halls, theaters, sports venues, and the roofs of market flower sheds providing load support and wall vertical support. Features of Fully Automatic C-section Steel Machine: The automatic C-section steel machine is computer-controlled, fully automated for changing profiles without manual adjustment. It can easily switch profiles from C60-250mm in just 1 minute, reaching the desired product specifications. The feeding inlet automatically aligns, and it has hydraulic punching capabilities, allowing for automatic punching of web edge holes/bottom edge holes/dual holes/single holes, and automatic fixed-length cutting. The precision is accurate, and the profiling speed is fast, with a production capacity of 25-30m/min, ensuring that the produced board shape will not have any trumpet-shaped edges, and the vertical angle is aesthetically pleasing. It can compress materials up to 3.0mm thick effortlessly without putting a strain on the equipment. It is wear-resistant, pressure-resistant, saves labor costs, and improves production efficiency.
Machine and factory display During the production process, since no heating is involved, defects commonly found in hot-rolled products such as pitting and oxidized iron scales do not exist, resulting in good surface quality and high smoothness. Moreover, cold-rolled products have high dimensional accuracy, and their performance and structure can meet some special usage requirements, such as electromagnetic performance and deep drawing performance. Specifications: The minimum thickness is 0.2-4mm, width is 600-2000mm, and the steel sheet length is 1200-6000mm. Grades: Q195A-Q235A, Q195AF-Q235AF, Q295A(B)-Q345 A(B); SPCC, SPCD, SPCE, ST12-15; DC01-06. Performance: Mainly low carbon steel grades are used, which are required to have good cold bending and welding performance, as well as certain stamping performance.
When choosing electrical products, people can see many solar-powered products. These electronic products are not much different from ordinary electrical appliances, but there is a certain difference in energy supply during use. By using solar-powered electronic products, solar energy can provide energy, thus saving energy waste because solar energy is inexhaustible and has better application prospects compared to other non-renewable energy sources. Installing solar panels can easily convert solar energy into electricity, but photovoltaic bracket equipment must be used to fix the solar panels. Many people are relatively familiar with the application of solar panels, but they often overlook the usage of photovoltaic bracket equipment. The brackets serve to fix and place the solar panels, and during use, they can also be adjusted and installed according to environmental requirements. Therefore, the application of such brackets is quick and convenient, and their structure is reasonable, not taking up too much space.When installing and using photovoltaic bracket equipment, there are also multiple options. People can choose brackets made of aluminum alloy for installation and use or choose brackets made of carbon steel and stainless steel for fixing. The surface of the brackets has undergone special treatment, so there is no need to worry about corrosion when installed outdoors for a long time. Brackets generally can last for several decades.Currently, the photovoltaic bracket equipment that people purchase and use has no welding or drilling processes on the surface, so it does not require extensive maintenance after installation. It can also be adjusted according to installation requirements, with very flexible application methods. The brackets can also be 100% recycled, making them a great environmentally friendly product that deserves widespread application and promotion.
Support customization of C-type, Z-type, CZ automatic changeover and other purlin machines Compared to hot-rolled strip steel (see the production process of hot-rolled wide strip steel and hot-rolled narrow strip steel), the rolling process of cold-rolled strip steel (see the production of cold-rolled sheet and strip) has the following characteristics:(1) The use of process lubrication and cooling, to reduce the deformation resistance during rolling and cool the rolls; (2) The use of high tensile rolling, to reduce deformation resistance and maintain stability during the rolling process. The average unit tensile value used is 10% to 60% of the material's yield strength, generally not exceeding 50%; (3) The use of multiple rolling passes. Due to cold rolling causing work hardening of the material, when the total deformation reaches 60% to 80%, continuing deformation becomes difficult. Thus, intermediate annealing is required to soften the material so that rolling can continue. To obtain the required thin strip steel, such intermediate annealing may need to be performed multiple times. The rolling between two intermediate annealings is called one rolling pass. The annealing of cold-rolled strip steel is conducted in protective gas continuous annealing furnaces or bell-type annealing furnaces (see cold-rolled sheet and strip annealing). The minimum thickness of cold-rolled strip steel can reach 0.05mm, and cold-rolled foil can reach 0.001mm.
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Support customization of roof tile machines with different tile types Because it has not undergone annealing, its hardness is very high (HRB greater than 90), and its machinability is extremely poor, only allowing for simple directional bending processing of less than 90 degrees (perpendicular to the coiling direction). In simple terms, cold rolling is processed and rolled based on hot rolled coils, generally following the processing sequence of hot rolling → pickling → cold rolling.Cold rolling is made from hot rolled sheets at room temperature, although the rolling process does cause the steel plate to heat up, it is still referred to as cold rolling. Cold rolling that is formed by continuous cold deformation from hot rolling has relatively poor mechanical properties, with too high hardness, and must undergo annealing to restore its mechanical properties; without annealing, it is called hard-rolled coil. Hard-rolled coils are generally used for products that do not require bending or stretching, and those with a thickness of 1.0 or less may have a lucky chance of bending on either two or four edges.
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Support customization of various specifications for light steel machines In October 1972, Nippon Steel completed its No. 1 continuous annealing line at the Kimitsu plant, which initially developed the technology for continuous annealing production of cold-rolled deep-drawing carbon steel sheets, referred to as NSC-CAPL. In July 1976, Nippon Kokan completed its No. 2 continuous annealing line at the Fukuyama plant, another technology for continuous annealing production of cold-rolled deep-drawing carbon steel sheets developed after Nippon Steel, referred to as NKK-CAL. In July 1980, Kawasaki Steel also developed and completed its No. 2 continuous annealing line at the Chiba plant, referred to as KM-CAL.Entering the 1980s, major steel mills around the world successively built continuous annealing lines, and by the end of the 1980s, a total of 34 lines had been established. The development continued into the 1990s, and by the end of 1996, approximately 54 continuous annealing lines had been built worldwide, with a total processing capacity exceeding 33 million tons per year. Among them, there were 26 NSC-CAPL lines, 15 NKK-CAL lines, and 13 KM-CAL lines.
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August, 2025
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