Waste Solar Panel Disassembly and Recycling Equipment: How Can Technological Innovation Unlock a Trillion-Dollar Green Gold Mine?

I. Technological Breakthrough: Full-Process Innovation from “Intelligent Frame Removal” to “Electrostatic Sorting”

Our waste photovoltaic panel dismantling and recycling equipment employs five core technologies—intelligent frame removal, medium-temperature glass removal, multi-stage crushing, airflow sorting, and electrostatic sorting—to transform “discarded modules” into “high-purity resources,” propelling the industry from crude processing toward refined recycling.

Intelligent Frame Removal Technology: Dual Assurance of Efficiency and Safety

Utilizing automated frame removal technology, we precisely locate the fixed points of aluminum alloy frames, boosting dismantling efficiency by 50% while eliminating the crude, manual disassembly methods traditionally employed. This technology adapts efficiently to various photovoltaic panel models.

Medium-Temperature Glass Removal Technology: Solving the Glass-Backing Adhesion Challenge

At controlled temperatures between 200-300°C, a hot-air circulation system softens the EVA adhesive film, enabling damage-free separation of glass from silicon wafers with over 99% glass recovery rate.

Multi-stage Crushing + Sorting Process: The “Golden Combination” for Resource Purification

Multi-stage Crushing System: Combines shear-type coarse crushing with impact-type fine crushing to reduce silicon wafers, copper wires, and other components to millimeter-sized particles, minimizing metal loss.

Airflow Sorting: Separates silicon powder (≥95% purity) from plastic fragments using density differences, boosting recovery to 97%.

Electrostatic Sorting: Precisely separates copper (99% purity) and aluminum particles via high-voltage electric fields, achieving over 96% metal recovery.