Double-layer Double-stage Automatic Solar Panel Laminator

Double-layer Double-stage Automatic Solar Panel Laminator is a reliable choice for those in the solar panel production line. This laminator is designed to efficiently mass-produce multi-specification components while effectively saving space. With its laminated area of 2700×8700 (available for customer choice) and a weight of 120T, this laminator is capable of producing large numbers of solar panels with precision and accuracy.

The laminated cavity height of 30mm ensures that the laminated material is evenly distributed, achieving high-quality end-products. The laminator also offers a temperature accuracy of ±1℃ and an operating temperature range of room temperature to 180℃. This means that the laminator can operate in a range of temperatures, accommodating various production needs.

Moreover, the Double-layer Double-stage Automatic Solar Panel Laminator is flexible when it comes to its heating mode. It offers two heating options: oil heating or electric heating. The electric heating method heats up quickly and has a high thermal efficiency, making it a safe and environmentally friendly option. On the other hand, oil heating has a larger temperature control range, and its heat medium is stable and uniform.

To ensure the laminator operates at optimal conditions, it requires an air source of 0.6MPa-0.8MPa. The laminator's transmission accuracy is ±3mm, guaranteeing precise and accurate results. Additionally, the upper and lower layers of the laminator transmit independently, avoiding interference with each other, ensuring the laminator operates smoothly and efficiently.

This Double-layer Double-stage Automatic Solar Panel Laminator has an optional upper chamber electric heating function, which reduces the process time and improves efficiency. The electric heating function ensures that products are ready in less time without compromising their quality.

In conclusion, the Double-layer Double-stage Automatic Solar Panel Laminator is an excellent option for manufacturers looking to mass-produce multi-specification components. Its large laminated area, precise temperature control, flexible heating options, and independent layer transmission make it a reliable and efficient choice for your solar panel production needs.