YUSHUNXIN SOLAR PANEL RECYCLING
Solar Panel Recycling Management for Single-Glass and Mixed PV Streams
Choose the process route from panel construction, condition and project output—not from a generic equipment list. YUSHUNXIN connects deframing, glass separation, mechanical processing or thermal delamination into a reviewable project boundary.
DECISION SNAPSHOT
Define four inputs before discussing line configuration.
Panel construction
Single-glass, double-glass or a mixed end-of-life stream.
Incoming condition
Whole modules, damaged panels, removed frames or pre-processed laminate.
Supply basis
Available volume, batch profile, working schedule and storage method.
Output boundary
Separated frame and glass, silicon-bearing fraction or further metal recovery.
ROUTE SELECTION
Mechanical and thermal routes solve different feedstock problems.
The final choice requires representative panel data and an agreed output definition.
SINGLE-GLASS MECHANICAL ROUTE
Deframe, remove glass, reduce size and separate.
Designed around single-glass modules where mechanical removal and downstream separation can form the main process path.
- Frame removal and collection
- Glass removal or separation
- Crushing and material liberation
- Physical separation, dust control and collection
MIXED / DOUBLE-GLASS THERMAL ROUTE
Use controlled thermal delamination within a broader line.
Supports single- and double-glass mixed streams where EVA or backsheet delamination changes the downstream recovery path.
- Frame removal and feed preparation
- Thermal treatment and tail-gas handling
- Glass separation
- Silicon and metal-bearing fraction recovery
PROCESS MEDIA & ROUTE CONTEXT
See how the process route changes the equipment sequence.
The images and video connect panel condition, process choice and equipment sequence to the decisions they help explain.
PROCESS VIDEO
Solar panel frame and glass removal
Use this original demonstration to understand the disassembly stage before reviewing the complete line.
PROCESS MODULES
Build the line around material movement and separation objectives.
- 01
Receive and classify
Confirm dimensions, építés, breakage, junction-box status and storage condition.
- 02
Remove external components
Separate frames and other removable components before laminate treatment.
- 03
Select delamination route
Mechanical glass separation for suitable single-glass panels, or project-reviewed thermal treatment for mixed construction.
- 04
Liberate and separate
Size reduction, physical separation, dust control and controlled material collection.
- 05
Define acceptance
Agree how outputs will be sampled, measured and handed to the next process or buyer.
APPROVED REFERENCE ENVELOPE
Reference models for early planning—not universal performance promises.
All figures shown are published configuration references. Actual throughput, power, layout and output requirements need feedstock, site and project confirmation.
ENGINEERING INPUTS
What the project desk needs from you.
Material sample
Panel datasheets, construction mix, photos and representative sample availability.
Operating basis
Daily or hourly supply, working days, közművek, storage and labor assumptions.
Site boundary
Available footprint, building condition, emissions requirements and downstream logistics.
Decision boundary
Feasibility, budget, supplier comparison, procurement timing and required documents.
PROJEKT GYIK
Resolve the route before comparing quotations.
Can one line process both single- and double-glass panels?
A mixed stream may require a different delamination route and control boundary. Provide the expected construction mix so the team can review whether one configuration is appropriate.
Are the listed capacities guaranteed?
Nem. They are approved reference configurations. Actual performance depends on panel construction, állapot, feeding pattern, operating schedule and acceptance method.
Which outputs are included?
The project can be planned around aluminum frame, glass and silicon- or metal-bearing fractions. Purity and downstream readiness must be defined and tested for the agreed feedstock.
What environmental information is required?
Share destination-country requirements, site conditions and the expected thermal or dust-control boundary. Local permitting and compliance remain project-specific.
START THE PV REVIEW
Submit the panel construction and operating basis.
The form records your raw material and decision stage for focused technical follow-up.
Choose the PV process route before choosing a capacity label.
YUSHUNXIN catalogue models describe different system boundaries. Power and footprint from one route must not be assigned to another.
Single-glass mechanical separation
Best used when front glass and frame removal can be engineered before controlled size reduction and dry separation.
- 01Pre-disassemblyConfirm junction-box, cable, frame and module construction.
- 02Glass removalSet the release method against single-glass laminate condition.
- 03Size reductionShred, crush and mill only to the required liberation size.
- 04ClassificationUse screening, gravity and electrostatic duties as configured.
- 05Output acceptanceSample glass-, copper-, szilícium- and polymer-bearing fractions.
| Catalogue label | Kapacitás | Total power | Catalogue footprint | Boundary |
|---|---|---|---|---|
| YSX-M1000 | 1 t/h | 277.6 kW | 36 × 6 × 6 m | Integrált mechanikus vonal |
An earlier group catalogue prints YSX-1000 against the same 1 t/h, 277.6 kW and 36 × 6 × 6 m reference. The website keeps the newer YSX-M1000 label and records the older label as catalogue history.
Continuous tunnel thermal separation
A longer connected line for controlled thermal release, gas treatment, cooling and classified collection.
- 01Module qualificationConfirm single-/double-glass construction and contamination.
- 02Controlled thermal dutyDefine oxygen condition, residence time and heat profile.
- 03Gas treatmentConnect secondary combustion and project emissions controls.
- 04Cooling and separationCool, screen and classify the released fractions.
- 05Stable-run testConfirm throughput and receiver specifications in writing.
| Catalogue model | Kapacitás | Total power | Catalogue footprint |
|---|---|---|---|
| YSX-TK500 | 500 kg/h | 116.65 kW | 65 × 13 × 7.5 m |
| YSX-TK1000 | 1,000 kg/h | 126.65 kW | 72 × 13 × 7.5 m |
| YSX-TK2000 | 2,000 kg/h | 136.65 kW | 80 × 13 × 7.5 m |
Batch thermal delamination and separation
A project route for mixed single- and double-glass modules where the reactor, gas and downstream separation boundaries are configured together.
- 01Frame and attachment removalDefine what enters the reactor and who prepares it.
- 02Batch thermal treatmentConfigure reactor duty to the actual laminate mix.
- 03Condensation and gas interfaceTreat recovered streams as project-specific.
- 04Solid separationClassify glass-, szilícium- and metal-bearing material.
- 05Downstream routingMatch sampling to the refinery or receiver specification.
| Catalogue model | Kapacitás | Total power | Catalogue footprint |
|---|---|---|---|
| YSX-PF5 | 5 t/nap | 140.45 kW | 46 × 33 × 7.5 m |
| YSX-PF16 | 16 t/nap | 142.45 kW | 40 × 26 × 7.5 m |
The earlier YSX-8000 and YSX-16000 entries remain integrated project references for approximately 8 t/day and 16 t/nap. They are not substitutions for the PF model table.
