What are the new developments in the production technology of BOPP thermal sensitive synthetic paper?

The production technology of BOPP thermal sensitive synthetic paper has made significant new progress in recent years, mainly focusing on improving production efficiency, enhancing product quality, reducing energy consumption, and environmental sustainability. The following is a detailed summary of the new developments in the production technology of BOPP thermal sensitive synthetic paper:

1、 Intelligence and automation

Intelligent control system:

The modern BOPP thermal synthetic paper production line is equipped with advanced intelligent control systems that can monitor various parameters during the production process in real time, such as temperature, pressure, speed, etc.

The system automatically adjusts according to preset process requirements to ensure the stability of the production process and consistency of product quality.

automatic production line:

By introducing automated production lines, manual intervention has been reduced, and production efficiency and product accuracy have been improved.

The application of technologies such as automatic roll changing, automatic film bonding, and automatic detection makes the production process more efficient and continuous.

2、 Efficient and energy-saving

Efficient extruder:

By adopting a new high-efficiency extruder, higher melting efficiency and extrusion speed can be achieved with lower energy consumption, reducing production costs.

Energy saving drying system:

By optimizing the drying system, such as using infrared preheating, hot air circulation and other technologies, the drying efficiency has been improved.

At the same time, it reduces energy consumption and exhaust emissions, meeting environmental protection requirements.

3、 Precision coating and quality control

High precision coating machine:

In order to meet the strict requirements for coating accuracy of BOPP thermosensitive synthetic paper, modern production lines are equipped with high-precision coating machines.

These devices can precisely control the coating amount, coating uniformity, and coating thickness, ensuring the stability and consistency of product quality.

Online detection device:

Introduce online detection devices during the coating process, such as optical detectors, thickness measuring instruments, etc.

Real time monitoring of coating quality, timely detection and correction of problems, and improvement of product qualification rate.

4、 Environmental protection and sustainability

Application of environmentally friendly materials:

Actively using environmentally friendly materials in the production process, such as biodegradable plastics, recycled plastics, etc.

The application of these materials helps to reduce the impact on the environment, while enhancing the environmental performance and market competitiveness of products.

Waste gas and wastewater treatment system:

Establish a comprehensive waste gas and wastewater treatment system to effectively treat the waste gas and wastewater generated during the production process.

Ensure compliance with national emission standards or even lower requirements, and achieve green production.

5、 Customization and flexibility

Modular design:

Modern BOPP thermal synthetic paper production equipment adopts modular design, which can be flexibly configured and upgraded according to customer needs.

This design approach improves the versatility and adaptability of the equipment, reducing customers' investment and operational costs.

Quick changeover capability:

In order to meet the rapidly changing market demand, modern production lines have the ability to quickly change models.

By optimizing the equipment structure and operation process, it is possible to switch production between different specifications and varieties of products in a short period of time, improving production flexibility and market response speed.

In summary, the production technology of BOPP thermal sensitive synthetic paper has made significant progress in intelligence, automation, high efficiency and energy saving, precision coating, environmental sustainability, customization and flexibility. These advances not only improve production efficiency and product quality, but also reduce production costs and environmental pollution risks, providing strong support for the sustainable development of the industry.