Semi-auto Solar Module Laminator
Qinhuangdao Hongchengda(HCD) It is a comprehensive high-tech enterprise dedicated to R&D, manufacturing, sales, and after-sales service of solar module laminators and special equipment for other industries.
Why Choose Us
Rich In Experience
Experienced technical team especially for solar module laminators, we can do the effective laminating area within 12500mm*2900mm, cover all different kinds of solar modules like.
Quality Control
Incoming Quality Control&Manufacturing Process Inspection&Finished Product Inspection
Three links of quality inspection, to ensure the quality of the machine and more than 15 years of service life.
After Sales Service
Preparation Before Laminators' Arrival&On Site Installation, Debugging And Training&7*24hours Remote Technical Support
Will be greeted with warm, friendly and professional service, with the after sales engineer whom from solar module maker factory, In order to make customers more comprehensive and convenient use of the whole machine.
Technical Parameters
|
Item |
Parameters |
|
Effective lamination area |
2,700*8,700mm |
|
Capacity |
250-300MW/year |
|
Utilization rate |
≥99.5% |
|
Maximum vacuum degree |
30Pa |
|
Operating temperature |
-180℃ room temperature |
|
Precision of temperature control |
±1.5℃ |
|
Temperature accuracy |
±1℃ |
|
Heating method |
Oil/electric heating |
|
Cooling method |
Water cooling |
|
Compressed air pressure |
0.6-0.8MPa |
|
Overall dimensions |
47,700*3,650*3,600mm |
Basic 6 Steps For Lamination Process Solar Module Laminator
Preparation stage
Initial preparations involve arranging the materials for the lamination procedure, including solar cells, backing material, and encapsulant. Solar cells are often positioned within a jig to secure their placement throughout lamination.
Cleaning step
Both solar cells and backing material undergo thorough cleaning to eliminate any particles or impurities that could disrupt the bonding process.
Adhesive application
An adhesive substance is applied to the backing material to establish a bond between the solar cells and the substrate.
Encapsulation layer
A layer of encapsulant is carefully applied over the solar cells, serving to shield them and enhance the panel's overall resilience.
Lamination process
The panel enters a solar laminator, where a combination of heat and pressure is employed to unite the layers. Following this, the panel is subjected to cooling, finalizing the lamination.
Performance evaluation
The completed panel undergoes rigorous testing to verify its compliance with prescribed performance standards.
Application of solar panel production line laminator in photovoltaic module production
The solar panel production line laminator is an important equipment required for the manufacture of solar cell modules. It is a machine that presses EVA, solar cells, tempered glass, and back film (TPT, PET and other materials) into a certain rigid whole under high temperature and vacuum conditions. In the process of solar cell assembly, only by stacking the cells layer by layer into solar panels through the solar panel production line laminator can the effect of high quality and high efficiency be achieved. In the photovoltaic module production industry, solar panel production line laminators are widely used in the production process of monocrystalline silicon, polycrystalline silicon, thin-film solar panels, etc. It can realize the automatic control of various parameters such as heating, pressure, and temperature, thereby ensuring the quality and output of photovoltaic modules.
The application of solar panel production line laminators not only improves the efficiency and quality of photovoltaic module production, but also effectively reduces costs and greatly improves the competitiveness of companies and enterprises. At the same time, with the continuous innovation and development of solar panel production line laminator technology, its application scope will continue to expand.
Packing and delivery
Our Factory
Cover all different kinds of solar modules like crystalline silicon module, BIPV module, IBC/Topcon/HJT modules, Perovskite/ CdTe(cadmium telluride) modules and curved glass modules. Also for Oil heating, electrical heating, and bifacial heating laminators.
Certificate
FAQ