Today, with the vigorous development of clean energy, photovoltaic panels, as the core components of solar energy utilization, have been widely applied in various industries. However, as the first batch of photovoltaic equipment gradually enters the decommissioning phase, how to efficiently and environmentally handle waste photovoltaic panels has become an urgent issue for the industry to address. Our photovoltaic panel recycling equipment has emerged at the right time, injecting green power into the circular economy with innovative technology! Core advantages: 1. Fine disassembly: Using intelligent sorting and physical separation technologies, it can efficiently strip off materials such as glass, silicon wafers, and metal frames, with a resource recovery rate of over 95%. 2. Zero-pollution processing: No chemical additives are used throughout the process, preventing the leakage of harmful substances and ensuring that all procedures comply with international environmental standards. 3. Automated production lines: Integrated design enables continuous operation, with a daily processing capacity of over 10 tons, significantly reducing labor and time costs. 4. Maximizing value: The high-purity materials recovered can be directly used in the manufacture of new panels, creating economic benefits for enterprises while reducing resource extraction. Application scenarios: - Batch processing of decommissioned panels from photovoltaic power stations - Recycling of waste materials from manufacturing enterprises - Waste resource utilization projects by environmental protection agencies Choosing our photovoltaic panel recycling equipment is not only about investing in efficient production capacity, but also about fulfilling social responsibilities and jointly protecting the green environment. Let's work together to give every decommissioned photovoltaic panel a new life and illuminate a sustainable future! --- Contact: 13970779688: Obtain customized solutions and technical materials to help your green business take off efficiently!