- Home
- Companies
- Paibo Machinery Co., Ltd.
- Products
- Paibo - Turnkey Bifacial PV Recycling ...
Paibo - Turnkey Bifacial PV Recycling Plant
Turnkey Bifacial PV Recycling Plant: 10-Phase Logic for High-Purity Material Recovery. Our Turnkey Bifacial PV Recycling Plantis designed by the philosophy of ‘
Precision Engineering Logic: The 10-Stage Bifacial Recovery Workflow
Turning a bifacial solar panel into waste is easy. Recovering it into 99% pure raw material requires a sophisticated engineering logic. Here is how the PAIBO Turnkey bifacial PV recycling plant transforms End-of-Life (EoL) modules into high-value commodities:
- Sifting More, Grinding Less
Most manufacturers rush to the milling stage. We don’t. Our 3-stage vibrating sieve system (Phases 3, 6, and 7) is designed to extract liberated glass as early as possible.
Why? Because every gram of glass dust that enters your mill acts like sandpaper, destroying your blades and contaminating your high-value silicon powder. Our Double Glass Panel Recycling Machine protect your equipment and your profit margins simultaneously. - Mechanical Delamination vs. Brutal Destruction
Standard shredders create a “dirty mix” that is impossible to separate. Our Phase 5 (Vertical Impact Delaminator) uses high-velocity kinetic energy to break the EVA-interlayer bond specifically. We don’t just crush; we delaminate. This is how we achieve 98%+ purity in copper and silicon recovery. - Total Monomeric Liberation
By the time the material reaches Phase 8, it has been stripped of its glass “armor.” This allows our micronizer to focus purely on the composite structure, achieving particles under 1mm. This uniform output is the secret behind the high efficiency of our Airflow Gravity Separator. - ATEX-Ready Infrastructure
Recovering silicon and metals creates hazardous dust. PAIBO centralized pulse-jet extraction is not an “add-on”—it is integrated into every stage from Phase 2 to Phase 9. We ensure your Bifacial PV Recycling Plant is not just profitable, but fully compliant with the strictest European environmental and safety regulations. - Why We Avoid Eddy Current Separators (ECS)
While some manufacturers take the “lazy route” by feeding entire modules into a shredder, this approach causes excessive premature wear on cutting tools and necessitates complex downstream non-ferrous separation. Our Turnkey Bifacial PV Recycling Plant prioritizes the complete and pristine removal of aluminum frames at the very first stage. By stripping the Al-frames 100% clean upfront, we eliminate the need for a costly Eddy Current Separator and safeguard your crushing system from unnecessary stress. In short: We save you the Capex of an extra machine while slashing your maintenance budget. - Why We Eliminate Electrostatic Separation
When composite powders reach a particle size of <1mm, the conductivity differential between copper and silicon becomes insufficient for stable electrostatic separation. Furthermore, electrostatic systems are notoriously sensitive to ambient humidity and dust accumulation, leading to high maintenance overhead and inconsistent purity. Our 3-stage sifting and 4-stage crushing architecture is engineered to achieve superior material liberation and purity through mechanical logic alone. We ensure high-value fractions without the headaches of sensitive electronics. Once again: Superior purity, minus the cost and complexity of an electrostatic unit.
In high-purity recycling, the difference between profit and loss is found in the details.
Here is how we’ve engineered our Turnkey Bifacial PV Recycling Plant to solve the real-world operational challenges that others overlook:
We use fully enclosed conveyor systems to prevent fine material loss (especially high-value silicon dust). However, we’ve integrated anti-static viewing ports at critical transition points. This allows operators to monitor material flow and consistency in real-time without breaching the negative pressure environment or exposing themselves to dust.
Customizable Observation Options: Choose between high-durability reinforced metal covers or anti-fog tempered glass for direct, crystal-clear material monitoring.
To prevent stray metal contaminants from damaging the precision blades of your micronizer, we can install high-intensity neodymium magnetic separators at the early stages. This small detail saves you thousands in potential downtime and blade replacement costs.
Maintenance shouldn’t paralyze your production. We’ve replaced standard bolt-on housings with “Easy-Access” swing-out doors on our Phase 8 units. Your team can perform a full tooling swap in just 60 minutes, turning what used to be a “lost afternoon” into a quick routine check.
Heavy recycling machinery is notoriously loud. PAIBO Bifacial Module Delamination System incorporate industrial-grade anti-vibration mounts and sound-dampening gaskets at every mechanical junction. This ensures your facility remains below the 85dB threshold, making it easier to secure operational permits in strictly regulated industrial zones.us coal conditions.