Aluminum PU Shutter or Window Rolling Shutter rolling forming machine
The Aluminum PU Shutter or Window Rolling Shutter Roll Forming Machine is designed to automatically produce PU rolling shutters in large quantities. Thermal insulation shutter doors are specifically engineered for enhanced functionality, with one of their key features being superior thermal insulation. These doors are constructed using aluminum alloy or galvanized steel panels, with an environmentally friendly polyurethane foam filling within the profiles. This foam filling significantly reduces noise, increases the bending strength of the profiles, and provides excellent insulation properties.
Such thermal insulation shutter doors are ideal for various applications, including residential buildings, hotels, villas, banks, office buildings, and industrial zones.
Here are some drawing profiles for your reference:
PU Rolling Shutter rolling forming machine:
Basic information of PU rolling shutter door machine:
1.Rolled strip thickness: 0.28mm -0.35 mm
2 .Rolled steel strip material: aluminum plate
3 .Production speed: 8–5 meters
4.Straightness error of rolled work piece≤±1.5mm/1500 mm
5.Angle error of rolled work piece≤±1.5mm/1000 mm
6 .The fixed length error of the rolled work piece is 10m±1.5mm
PU rolling shutter door machine working flow:
Molding equipment production process
Loading (load the steel coil into the inner supporting opener to hold it tightly)——Incoming plate calibration (through the feeding guide platform to correctly guide the steel plate into the forming host) —Roll forming——After forming, cut off the finished product supporting material out of the board
Basic elements of PU rolling shutter door machine:
Part 1
3 Ton manual Uncoiler
1 set
Hydraulic one optional
Part 2
Forming Machine
1 set
7.5kw
Part 3
Insulation oven device
1 set
Gear transmission
Part 4
Foaming machine
1 set
Delta brand
Part 5
Hydraulic punching
1 set
Online punching for profile A
Part 6
Flying saw cutting device
1 set
Manual/3m length
Part 7
Electric cabinet control system
1 set
Part 8
Discharge table
1 set
More details of the PU rolling shutter door machine:
Aluminum PU Shutter or Window Rolling Shutter Usage:
For more information, please contact us at any time.
– Originating from EU standards, the machine frame is constructed as a single unit through comprehensive welding and annealing processes.
Hydraulic System
– Features a reliable integrated hydraulic system from Germany’s Rexroth, minimizing issues related to hydraulic fluid leakage.
Shearing Quality
– The hydraulic swing beam shearing machine employs an upper blade that swings to achieve a smaller shearing angle, reducing distortion and enhancing cut quality.
Precision Backgauge
– The back gauge is adjusted using a high-precision ball screw driven by the E21S controller, with a frequency converter preventing horizontal swinging for improved positioning accuracy.
User-Friendly Features
– A light aligning device facilitates manual operation; the pressure cylinder includes a built-in spring mechanism and a special gasket to prevent imprints on softer materials.
Durable Construction
– Made from high-quality alloy tool steel, the machine meets demands for impact loads and high wear resistance.
Ergonomic Design
– The cantilever design emphasizes man-machine engineering, featuring an easy-to-use NC operation interface that enhances precision and comfort.
Worktable Design
– Utilizes rolling steel balls to minimize friction and protect the workpiece surface, along with protective devices that comply with safety standards to ensure operator safety.
Material Supporter
– The front material supporter includes perpendicularity and positioning regulators, ensuring cutting accuracy while remaining practical and efficient to operate.
Blade Clearance Adjustment
– Equipped with a rapid adjustment mechanism for blade clearance, allowing for simple, stepless manual operation.
– The machine features a robust rack structure made with strong welding techniques.
– Two cylinders are positioned on the left side, along with adjacent columns, critical for the cutting process.
Knife Repair Beam
– Located on the working table, this beam holds and guides the cutting tool for precise cuts.
– Allows minor adjustments to the bottom beam for customized cutting needs.
Sheet Movement Facilitation
– Small balls on the table enable smooth gliding of sheets, reducing friction and enhancing cutting efficiency.
Operation Process
– The user places the sheet on the working table and activates the cutting tool.
– The knife repair beam is set in motion, guided by the cylinders and rack structure.
– As the beam moves, the cutting tool slices through the sheet, delivering clean and accurate cuts.
2.Blade Top Beam
The machine’s steel plate is welded, ensuring high rigidity. The left and right cylinders operate with an eccentric sleeve as the pivot point. This configuration allows the accumulator stroke to create a vertical curve, enabling the beam to swing repeatedly and effectively shear the plate.
3.Plate-Pressed Device
The Swing Beam Shearing Machine features multiple platen cylinders mounted on the front support plate of the frame. When the press cylinder is filled with oil, the press head overcomes spring tension to press down tightly on the plate. After the shearing process, the head returns to its original position due to the spring’s force. The machine increases the pressure on the plate as the thickness of the material increases.
4.Front and Back Gauge
The front gauge is located on the workbench surface, with a ruler indicating the measurement value. Users can adjust the moving slide pillow for precise positioning, making it particularly convenient for cutting thin plates.
The rear gauge is positioned on the top blade beam and moves vertically with it. A 0.55 kW motor powers the adjustment of the back gauge, utilizing reduced gear speed and rod drive. By pressing the adjustment buttons “+” or “-” on the swing beam shear machine, users can move the rear gauge forward or backward as needed.
The hydraulic pendulum shearing machine features parallel oil cylinders, ensuring synchronized operation during cutting and maintaining a consistent shearing angle.
The knife holder stroke can be adjusted continuously, while the electric back gauge allows for manual fine-tuning. Both the back gauge size and cut count are displayed digitally.
Machine Features:
1) Constructed with fully welded steel, offering exceptional strength and rigidity.
2) Front-controlled back gauge with rapid power adjustment and manual fine-tuning, complete with a counter display.
3) Quick-adjust mechanism for blade clearance.
4) Reliable protective barrier.
5) Equipped with a counter.
The Technical Specifications Of TheShearing Machine Roll Forming Machine :
This pipe lock product features a one-piece precision cast steel construction, effectively eliminating cylinder deformation due to welding, which ensures high accuracy. The piston movement and die operation are powered by a hydraulic source, allowing for smooth motion and rapid retraction without spring issues that could hinder mold opening and locking. Additionally, the front-and-rear cylinder locking design facilitates easy attachment of various shaped elbows.
The hydraulic system comprises a motor, oil pump, solenoid valve, relief valve, and valve block, featuring a dual hydraulic circuit for both forward and backward movement. A hydraulic control check valve is included to enable quicker retraction, enhancing speed, reducing noise, and regulating system pressure.
A double relief valve system is implemented, where the high-pressure relief valve activates during pressure pipe use to maintain elevated pressure, thereby increasing the pressure resistance of the extruded product. Meanwhile, the low-pressure relief valve engages when the mold opens, preventing excessive pressure on the oil seal to extend its lifespan.
The mold base incorporates a dual bevel design to ensure even distribution of buckle pressure, promoting consistent force during crimping and maintaining uniform spacing of buckle lines without distortion.
To guarantee mechanical precision and durability of the tube press, high-quality alloy steel and a specialized heat treatment process are employed for the locking mechanism assembly. The longevity of the pipe press is a result of careful material selection, effective heat treatment, precise machining, and thoughtful assembly and design..
Here are some common types of lock pipe machines:
Good price good quality round downspout round pipe roll forming machine picture:
Downspout final product show:
The Technical Specifications Of Metal Downspout Pipe Roll Forming Machine :
Downspout Pipe Roll Forming Machine
1.Formed Material
GI
Thickness:0.4 to 1.2 mm (standard)
2.Decoiler
3 Tons decoiler
3 Tons Manual decoiler(will give you as free）
3.Main body
Shaft diameter
120mm
leveling rollers
15
Material of rollers
Gcr15
Machine body frame
400 H steel
Drive
Gear and chains transmission
Dimension(L*W*H)
15000*1800*1600(customize)
Weight
5T
4.Cutter
Automatic
cr12mov material, no scratches, no deformation
5.Power
Motor Power
7.5KW*2 sets,Siemens brand
Hydraulic system power
15 KW
6.Voltage
380V 50Hz 3Phase
As your requirement
7.Control system
Electric Box
Customized(famous brand)
Language
English(Support multiple languages)
PLC
Automatic production of the whole machine. Can set batch, length, quantity, etc.
8.Forming Speed
25 m/min
The speed depends on the shape of the tile and the thickness of the material.
Advantages of the Downspout Water Gutter Pipe Making Machine
The downpipe forming machine is designed to produce precise and well-sealed roof drain pipes, also known as leaders, which transport rainwater from gutters.
One significant advantage of metal downpipes, particularly those made from galvanized steel, is their resistance to thermal expansion and contraction, making them reliable even with sudden temperature fluctuations. Steel also offers excellent longevity and is recyclable, enhancing its lifetime value.
Our downpipe forming machines are tailored to meet the specific needs of our customers, including custom specifications and material choices. Before delivery, each machine is installed and thoroughly tested to ensure optimal performance. Once the customer receives the machine, they can begin production immediately by connecting the necessary wires and tubes. We provide instructional materials, including random operation guides and corresponding videos for reference. If required, our technicians can visit the customer’s facility for guidance and training.
Furthermore, the downpipe roll forming machine can work in conjunction with an elber machine, which allows flat pipes to be curved according to construction specifications.
Control System
The downspout forming machine adopts a PLC control system, AC frequency conversion speed-adjust technology, therefore it can automatically cut to length. This is the original color steel downpipe roll forming machine in China with carious freedom intellectual property and national patent.The most standard size is 134*93mm and 153*106mm, and the suitable coil thickness and strength range is 0.5-0.6mm, 235-345Mpa for reference.
Profile Drawing:
Rectangle Downspout:
Round Downspout:
Downspout Water Gutter Pipe MakingRoll Forming Machine Working Flow:
Machine Overview
The ZTRFMdownspout pipe roll forming machine is ideal for companies specializing in rainwater goods systems.
It can handle material thicknesses ranging from 0.4mm to 0.8mm, 0.8mm to 1.5mm, or other specifications as requested. Compatible materials include aluminum, galvanized steel, painted steel, Galvalume, stainless steel, and copper.
We offer various machines, including:
– Square Pipe Roll Forming Machine (for rectangular downspouts)
– Round Pipe Roll Forming Machine (for round corrugated downspouts)
– A dedicated Elbow Machine for fittings.
The size of the machined product is customizable based on your profile drawings.
Our gutter roll forming machines have been successfully exported to several countries, including Russia, Australia, the Philippines, Vietnam, and Mexico, with a notable focus on Australia.
In addition to downspouts, we can manufacture other machines within the rainwater goods system, such as separate elbow machines.
We provide tailored solutions based on customer drawings, tolerances, and budgets, ensuring professional one-on-one service to meet your specific needs.
Regardless of the machine line you select, ZhongtuoMachinery guarantees high-quality production, delivering perfectly functional profiles.
The Technical Specifications Of Metal Downspout Pipe Roll Forming Machine :
Metal Downspout Pipe Roll Forming Machine
1.Formed Material
PPGI,GI,AI,GL
Thickness:0.4-0.8mm
Downspout size:2”*3”,3”*4”
2.Decoiler
Hydraulic automatic decoiler
Manual decoiler(will give you as free）
3.Main body
Roller station
19 rows with a series of vertical rollers
Diameter of shaft
70mm solid shaft
Material of rollers
45# steel, hard chrome plated on the surface
Machine body frame
350 H steel
Drive
Chain transmission
Dimension(L*W*H)
11000*900*1100(customize)
Weight
4.5T
4.Cutter
Automatic
cr12mov material, no scratches, no deformation
5.Power
Motor Power
7.5 KW
Hydraulic system power
4 KW
6.Voltage
380V 50Hz 3Phase
As your requirement
7.Control system
Electric Box
Customized(famous brand)
Language
English(Support multiple languages)
PLC
Automatic production of the whole machine. Can set batch, length, quantity, etc.
The steel pipe making machine boasts high precision in pipe production, stable performance, and high yield. It offers full automation, making operation straightforward, and is designed for durability and robustness. The machine supports continuous production, enhances efficiency, minimizes material waste, and reduces production costs.
Components of the steel Pipe Making Machine metal tube line
The tube mill machine includes several key components:
– Uncoiler
– Forming and welding section
– Welding seam leveling
– Welding seam grinding section
– Initial sizing section
– Bright solid solution
– Sizing and straightening section
– Pipe cutting machine
– Output cutting platform
Control System
The steel pipe production line features an intelligent, high-precision PLC control system with a user-friendly interface, ensuring safe and reliable operation.
High-Frequency Welding Pipe Making Machine
The high-frequency welding pipe making machine operates by uncoiling slitted coils and feeding them into the forming section through the entry section. This setup allows the H.F. pipe making machine to run continuously by utilizing strip joining and an accumulator.
Before the welding process, the pipe is shaped into a round form by passing through a series of driven and idler rollers in the forming section. In the welding section, the pipe is longitudinally welded using a high-frequency induction method. The exterior bead is removed, resulting in scrap, and the weld seam is smoothed out as the pipe proceeds to the cooling section.
Following this, in the sizing section, the pipe is shaped to its specified dimensions. Once sizing is complete, the pipe is cut to the required length using flying saw cut-off equipment and then delivered to the collecting table via a run-out conveyor.
Profile Drawing:
Open seam tube profile rolling forming machine:
Material : DC01 thickness 0.9mm
Speed:10-15m/min
Testing machine: We sue width 33.5mm material testing the machine for customer.
Typical Applications:
Steel Pipe MakingRoll Forming Machine Working Flow:
1.Uncoiling: The initial stage involves uncoiling the material.
2.Shear and Welding: Next, the material is sheared and welded as required.
3.Spiral Accumulator: The spiral accumulator manages the flow of the material.
4.Forming: The material is then shaped into the desired profile.
5.High-Frequency Induction Welding: The shaping process includes high-frequency induction welding for strong joints.
6.External Burr Removal: Any external burrs are removed to ensure a smooth finish.
7.Cooling: The welded pipe is then cooled down to stabilize its structure.
8.Sizing: The pipe is sized to meet specific dimensions.
9.Flying Saw Cutting: After sizing, the pipe is cut to length using a flying saw.
10.Run-Out Table: The cut pipes are transferred to the run-out table for collection.
11.Inspection: Each pipe undergoes inspection to ensure quality standards are met.
12.Packing: The finished pipes are packed for shipment.
13.Warehouse Storage: Finally, the packaged pipes are stored in the warehouse.
The Technical Specifications Of the Metal Pipe Tube Machines Roll Forming Machine :
Tube profile rolling forming machine
1.Formed Material
PPGI,GI,AI
Thickness:0.4-1.0mm
2.Decoiler
Hydraulic decoiler
Manual decoiler(will give you as free）
3.Main body
Roller station
12 rows(As your requirement)
Diameter of shaft
80mm solid shaft
Material of rollers
45# steel, hard chrome plated on the surface
Machine frame
350 H steel
Drive
Chain transmission
Dimension(L*W*H)
9500*1600*1600mm
Weight
7.5T
4.Cutter
Automatic
cr12mov material, no scratches, no deformation
5.Power
Motor Power
5.5KW
Hydraulic system power
4KW
6.Voltage
380V 50Hz 3Phase
As your requirement
7.Control system
Electric Box
Customized(famous brand)
Language
Support multiple languages
PLC
Can set batch, length, quantity, etc.
18.Forming Speed
15-20m/min
The speed is adjus
Open seam tube profile rolling forming machine roller design and working principle:
The cantilever structure tube roll former has been designed for easy roller replacement in the future. This machine is optimized for smart functionality while occupying minimal space. Regarding the shearing mechanism, we have implemented a disc shear design that maintains the original shape and ensures greater accuracy.
Description Of Australia Trimdek Sheet Roll Forming Machine
The Trimdek sheet roll forming machines comply with Australian safety standards and are manufactured in China. The Trimdek roofing profile features a long-span design that allows for wide support spacing, making it a versatile, lightweight, yet robust option for cladding.
With a sheet coverage of 760mm, Trimdek is both economical and quick to install. Its 28mm rib height, combined with a specially designed capillary groove, ensures effective watertightness, even on roofs with a pitch as low as two degrees.
Sheet Coverage Details:
– Cover width: 762mm
– Actual sheet width: 820mm
– The standard thickness for Steel sheets ranges from 0.42 to 0.48 BMT
Additionally, popular Australian profiles include corrugated roofing, Kliplok 700, and Spandek. Australia typically uses harder materials with a yield strength of 500 MPa to enhance the durability of roofing products. However, these harder materials can be more brittle, making them prone to breakage during the forming process.
ZTRFM Machinery Factory has extensive experience in designing and manufacturing roll forming machines, including those for gutters, fascia, and C purlins, specifically tailored for the Australian market.
ZTRFM Machinery Factory specializes in designing roofing machines tailored to your specific roofing profile or design. The advantages of pre-engineered metal buildings include:
Exceptional durability
Ability to withstand severe conditions
Cost-effectiveness
Low initial investment and minimal maintenance costs
Environmentally friendly design
Complete recyclability of materials
Flexible design options
Easy relocation capabilities
Significantly reduced installation time
These buildings are easy to operate and feature automated functionality controlled by a PLC system.
Profile Drawing:
INSTALLATION:
FASTENING SHEETS TO SUPPORTS
The TRIMDEK profile is designed to be pierce-fixed to either timber or steel supports, meaning that the fastener screws penetrate through the sheeting. For optimal watertightness, it is recommended to position roof screws through the crests of the profile. When installing wall cladding, screws can be placed in either the crests or the pans.
Ensure that screws are driven perpendicular to the sheeting and centered within the corrugation or rib. Avoid placing fasteners within 25mm of the sheet ends.
Side Laps
The edge of the TRIMDEK cladding featuring the anti-capillary groove serves as the underlap. While it is typically good practice to use fasteners along side laps, they are often unnecessary for strength when the cladding is supported as per the maximum support spacing guidelines.
Laying Procedure
Before lifting the sheets onto the roof, assess which end of the building is the most suitable to begin installation. Verify that the sheets are oriented correctly, with the overlapping edge facing the installation starting point. It is safer and more efficient to orient sheets on the ground rather than on the roof. Position bundles of sheets over or near stable supports rather than at the mid-span of roof members.
Industry standards suggest commencing the laying of sheets from the end of the building that aligns with the prevailing weather conditions whenever possible. For more comprehensive information, please refer to the LYSAGHT Roofing & Walling Installation Manual.
Typical Applications:
TRIMDEK Roof Sheets and Walling – Durable and Energy-Efficient
TRIMDEK ZTRFM steel roofing and cladding is a secure, durable, and energy-efficient choice for both residential and commercial projects. Designed to withstand Australia’s tough climate, TRIMDEK offers long-lasting performance and modern style.
L-track is a tool whose value often goes unrecognized until it becomes essential. Once you’ve experienced its utility, you’ll discover various methods to utilize L-track as a flatbed driver. This light-gauge galvanized steel utility angle is versatile and used in numerous applications, including column framing and bulkheads. We offer a wide range of L-track systems, complete with hooks, tacks, fittings, and other accessories, because we understand their significance.
The universal light-duty steel L-track fitting is compatible with any style of aluminum load track. You can easily attach almost any item to the aluminum tracker using these fittings. Additionally, you can reposition components along the track by simply drilling a hole in the desired part.
For light loads that don’t require traditional winches and tie-downs, L-track is the optimal solution. It is user-friendly, straightforward to install, and incredibly efficient. If you’re in the market for L-track solutions, we likely have exactly what you need. All our L-track stud fitting products meet the same high standards that characterize our other offerings.
How Does the Machine Work?
Similar to other roll forming machines, this equipment begins by feeding sheet metal through a designated feeding device from the decoiler located at the back of the machine. Once the metal enters, it moves through the roll forming mill, where a series of fixed rollers shape it into either an L or J profile. After forming, the material is cut using a hydraulic post cutter, which then transfers the finished product to the hydraulic station and exit rack, where the final panel is ready.
The entire process is managed by advanced control systems that offer both reliability and cutting-edge technology. Utilizing a roll forming machine provides several advantages:
– High strength
– Large working load capacity
– Consistent quality and quantity
– No cutting deformation
– Excellent uniformity
This machine can be customized to meet your specific requirements, making it versatile and tailored to each customer’s needs.
Why Should I Buy One?
As labor costs continue to rise and machinery advances, the appeal of automated, high-quality equipment for performing routine tasks becomes increasingly compelling. If you have any doubts, we can assure you that our machines are as rewarding as they are dependable. Our machines can accomplish tasks that would take hours of manual labor in just minutes, significantly boosting your profitability.
L and J trim machines are constantly improving and becoming more economical. For any savvy business owner, not investing in such technology would be a missed opportunity. We are a trusted brand that has been thriving since 2009, serving thousands of satisfied customers. Our machines are crafted with precision and care, and they come with a one-year warranty on both parts and labor. So why wait? Contact us today to get yours!
Features ofL trimroll forming machine:
Here’s a concise overview of how an L flashing roll forming machine operates:
Material Feeding: The roll forming process begins with a coil or sheet of metal, typically steel or aluminum, being fed into the machine.
Roll Forming: The metal travels through a series of rollers that progressively shape it into the desired L profile. These rollers are specifically engineered to achieve the required dimensions and angles of the L flashing.
Cutting: Once the metal is shaped, a cutting mechanism trims the flashing to the specified length. Various cutting methods may be employed, including shearing, flying cutoff, or rotary cutoff, depending on the machine’s configuration.
Stacking or Coiling: After cutting, the finished L flashings are either stacked or coiled for subsequent processing or packaging.
L flashing roll forming machines are generally customizable, allowing for the production of flashings in different sizes, materials, and profiles to meet the unique requirements of construction projects. They ensure high precision, efficiency, and consistency in manufacturing, making them essential tools for metal flashing production in the construction sector. The selection of materials, thicknesses, and additional features can vary based on the specific demands of a project or the preferences of the manufacturer.
Profile Drawing:
TheL Trim And J Trim Roll Forming Machine working flow：
The Technical Specifications Of TheL Trim And J Trim Roll Forming Machine：
J Trim profile rolling forming machine
1.Material of coil
Material Thickness
0.3-0.8mm galvanized sheet full hard 85-95, G550, PPGI
Features and Advantages of the Solar Photovoltaic Support Rolling Machine
– Capable of roll forming for both light and heavy-duty applications.
– Utilizes interchangeable spacers to produce profiles in various sizes.
– Incorporates an inline flexible punching system for added efficiency.
– Options for pre-cutting and post-cutting are available.
– Operating speed ranges from 12 to 15 meters per minute.
– Complies with European quality standards and holds multiple patents under CE certification.
– Machines are available in stock for quick delivery.
Suitable Coil Sheet Materials for the Solar Panel Rack Forming Machine
– Compatible materials include cold and hot rolled steel, as well as galvanized steel.
– Thickness range: 1.5 to 3.0 mm.
– Yield strength specifications: 230 to 300 MPa.
– Width is customizable according to profile requirements.
Quality Assurance
ZTRFM guarantees that the design of the solar bracket roll forming line adheres to client specifications. Each machine is brand new, with specifications and performance aligned with the provided drawings, ensuring smooth operation.
Advantages of the Solar Bracket Roll Forming Machine
The solar bracket production line is designed to produce high-quality solar PV supports with increased efficiency.
Features a user-friendly PLC control system for automated operation.
Equipped with Gcr15 rollers treated through a quenching process, achieving a hardness of HRC 60-65.
Incorporates a tracking cutting system with Cr12 cutting blades.
Solar mounting bracket Drawing:
Applications of Photovoltaic Brackets
Photovoltaic brackets, made from double-in-roll C-shaped steel and other steel building materials, are increasingly popular due to their eco-friendly, sturdy, economical, and durable nature. They are designed for quick and easy installation while offering an aesthetically pleasing appearance. These brackets are ideal for a variety of applications, including:
– Light steel structure construction
– Shelving systems
– Ceiling frameworks
– Other structural supports
Solar brackets enable components to be adjusted at various angles, optimizing the use of local solar energy resources for maximum power generation efficiency of solar modules. Additionally, comprehensive analysis and practical assessments of connection methods, material choices, and load capabilities enhance the physical properties of the PV modules, such as resistance to earthquakes, wind, snow loads, and corrosion. This ensures that solar modules can be effectively utilized in a broader range of applications.
The Solar Photovoltaic Support Rolling Machine Working Flow:
The Technical Specifications Of the Solar Photovoltaic Support Rolling Machine:
Strut Channel Forming Machine
Series
Details
Parameter
Comment
Material
Raw material
Galvanized steel
Customer confirmed
Material thickness
1-2 mm
Decoiler
Roller station
9 rollers
The standard one to match the production line
upper 3 + down 4 to level the coil
Loading capacity
3 Ton
Coil inner diameter
450-550 mm
80 Ton punching machine & punching dies
Power:
80 tons mechanical press power
15 holes punching mold
Speeds:
45 times /min, 8-10 m/min
Include punching mold:
mold material SKD-11
Roll forming machine
Guiding device
Placed on the machine by seller
Rolling shaft material
40 Cr with tempering treatment
Shaft diameter
80 mm
Roller material
Gcr15, some are Cr12 HRC 56-58
Rolling station
18 stations
Work speed
45 times /min, 8-10 m/min
Machine structure
Vertical memorial arch frame
Machine basic frame
Cast iron mold frame (very strong frame)
Bearing
Chinese famous brand Harbin
Famous brand of Harbin
Work power
5.5kw*2, 7.5kw*2
Transmission
Gear box transmission
With cover
Safety cover
available
Appearance
Good appearance with no burrs in steel body nor traces of rust or defects in painting.
Good electrical and hydraulic cable organization Car painting make the machine more glossy
We confirm each detail can match the standard, ensure the machine is 100% new!
Decoiler, we can change to hydraulic one if you need.
For cutting, we offer options such as saw cutting and hydraulic cutting, tailored to your specifications. Our machines also include a punching system; some clients prefer hydraulic punching, others opt for punching presses, while some choose to punch holes after the C channel has been formed using a separate machine, thereby improving production efficiency.
The operation of our machines is user-friendly and straightforward. We primarily utilize pre-galvanized steel, hot-rolled and cold-rolled steel, along with stainless steel, with material thicknesses ranging from 1.5 mm to 2.5 mm. The most frequently requested strut channel profile sizes include 41×21, 41×41, 41×62, and 41×82.
For more information about our machines, please don’t hesitate to reach out.
We are a specialized manufacturer of C channels, unistrut, solar panel stands, and seismic stabilizer stand roll forming machines. Our equipment is capable of producing C channels in various sizes, with flange adjustments available in both manual and automatic modes to accommodate customer needs.
Purpose of the Equipment:
– Mainly intended for producing strut channels for solar photovoltaic mounting systems.
– These channels play a crucial role in installing, supporting, and connecting lightweight structural loads in construction projects.
Product Specifications:
– Designed to produce a wide variety of strut channel specifications and types, including:
– Solid channels
– Slotted channels
– Half-slotted channels
– Long-slotted channels
– Perforated channels
– Combinations of perforated and slotted channels
Machine Features:
– High precision and durability ensure the quality and stability of the strut channels produced.
– The user-friendly design lowers the skill level required for operators.
