Great Wall aluminum plate laminator

working principle

Hot pressing technology: By placing multiple layers of materials, including aluminum veneer and adhesive, on the worktable of a laminating machine, and then applying pressure through a hydraulic or pneumatic system, the heating system heats the worktable to a certain temperature, causing the adhesive in the material to melt and form an adhesive layer, thereby tightly pressing the multiple layers of materials together to form a composite material with excellent performance.

Structural composition

Heating system: Generally composed of a heating table body, it can heat the workbench to the set temperature to ensure that the adhesive reaches the temperature conditions required for melting and curing. Common heating methods include electric heating tubes.

Pressure system: usually includes the press body, hydraulic mechanism or pneumatic mechanism, etc., which can provide uniform and stable pressure, making multi-layer materials tightly adhere under pressure, such as by pushing the pressure plate with a hydraulic cylinder to apply pressure to the material.

Control system: used to control various parameters of the laminating machine, such as temperature, pressure, holding time, etc., to ensure the accuracy and stability of the laminating process. It generally includes an operation panel, controller, etc. The operator can input parameter instructions through the operation panel.

Transmission system: Some laminating machines are equipped with transmission mechanisms such as one-way screws, connecting blocks, contact plates, etc., which can achieve automatic feeding and discharging of materials and improve production efficiency. For example, the one-way screw is driven by a servo motor to move the contact plate, and the materials in the storage box are sequentially transported to the workbench for lamination.

Support and positioning device: including support frame, guide strip, positioning door, etc., used to support and fix various components, as well as position materials to ensure the accuracy of lamination. For example, the guide strip can guide the material accurately into the lamination position, and the positioning door can limit the movement range and position of the pressure plate.

Performance characteristics

Efficiency: It can achieve the lamination of multiple panels at once, improving lamination efficiency. For example, some laminating machines can simultaneously laminate two or more aluminum panels, reducing the time cost of laminating a single panel.

High precision: Through precise pressure control and positioning devices, the accuracy of aluminum plate lamination can be ensured, making the bonding between aluminum plates more uniform, reducing misalignment and other problems, and producing composite plates with high dimensional accuracy and stable quality.

Stability: Using high-quality materials and advanced manufacturing processes, the equipment has a sturdy structure, stable performance, and can operate continuously for a long time, reducing the probability of failures, lowering maintenance costs, and improving production continuity and reliability.

Multifunctionality: Some laminating machines can adapt to different specifications and types of aluminum plate laminating needs by replacing different molds or adjusting parameters. They can also form production lines with other equipment to achieve automation and integration of aluminum plate processing.

application area 

In the field of architectural decoration: used to manufacture aluminum veneer, aluminum honeycomb panel, etc. for building exterior walls. These panels have the characteristics of beauty, durability, fire resistance, waterproofing, etc., which can improve the appearance quality and service life of buildings.

In the field of automobile manufacturing, aluminum plates can be laminated with other materials to make car body parts, interior decorations, etc., which helps reduce car weight, improve fuel economy and vehicle performance.

In the field of electronic appliances: used for the production of electronic device casings, heat sinks, etc. Aluminum plate laminates have good conductivity, thermal conductivity, and mechanical strength, which can meet the performance requirements of electronic and electrical products.