In H2 2026, the global semiconductor supply chain remains structurally imbalanced — advanced-node tightness persists due to geopolitical and capacity-cycle disruptions, while mature-node domestic substitution accelerates, flooding the market with excess inventory, end-of-line material, and engineering samples from wafer fabs and OSAT houses. In this landscape, power devices (IGBT, Si/SiC MOSFET) have become a significantly undervalued category in the recycling market. Automotive-grade and industrial-grade power devices carry long certification cycles (typically 6–18 months) and high replacement costs, so refurbished units retain meaningful price premiums. Meanwhile, the early yield-ramp phase of domestic substitution continuously feeds recoverable surplus into the recycling channel.
Unlike logic ICs, the residual-value assessment of power devices hinges on three physical indicators: thermal-cycle life, gate-oxide degradation, and bond-wire fatigue. This means recyclers cannot simply apply the "power-on and test" logic-IC sorting workflow; a dedicated power-device inspection and grading system is essential.
Residual-value dispersion in power devices far exceeds that of logic ICs. The table below summarizes the key recycling characteristics and value-add pathways for mainstream power-device categories in H2 2026:
| Category | Typical Spec / Model Ref. | Primary Recovery Source | Core Test Items | Residual Value (vs. New) | Main Distribution Channel |
|---|---|---|---|---|---|
| Si IGBT Module | 600V/1200V, FF600R12ME4, 6MBI900V120A4 class | NEV harvest, industrial equipment upgrade, domestic OSAT rejects | Thermal cycle ≥ 500, Vce(sat) drift < 10%, bond-wire integrity | 55%–75% | Repair market, non-automotive industrial, R&D/education |
| Si MOSFET (40V–100V) | IPW65R199C6, FDB8530AN class | Consumer electronics harvest, industrial boards, domestic yield surplus | Rds(on) drift, gate leakage, ESD withstand | 35%–60% | Repair channel, non-critical power, OEM Grade-B stock |
| SiC MOSFET | 650V/1200V, C3M0065090D, FF150R12ME4 class | Domestic SiC ramp test-fail, NEV platform-switch tail | Body-diode reverse recovery, gate-oxide breakdown margin, Rth(j-c) | 60%–80% | NEV Tier-1 replenishment, industrial inverter, energy-storage PCS |
| Gate-Driver IC | 2EDL series, UCC series class | Board harvest, driver-module companion surplus | Isolation voltage, propagation delay, short-circuit protection | 40%–65% | Repair market, industrial board refurbishment |
The distribution logic for power-device recycling in H2 2026 differs fundamentally from logic ICs. Automotive-grade IGBT/SiC MOSFET units face a "certification bridge window" of 6–18 months for AEC-Q100-equivalent validation before entering the NEV Tier-1 supply chain. Therefore, locking in supply 3–6 months ahead and completing pre-inspection grading is the key to capturing time-value premiums.
Industrial-grade and consumer-grade MOSFETs follow a "fast-turnover" path: harvest → functional screening → re-taping → repair/industrial channel, with a cycle compressible to 2–4 weeks. Recyclers must build category-specific processing lines: IGBT/SiC focused on thermal-cycle and gate-oxide reliability testing; Si MOSFET focused on Rds(on) consistency screening and re-taping; driver ICs focused on isolation-voltage and functional verification.
Additionally, with strategic metals such as palladium (Pd), copper (Cu), and silicon (Si) trading at elevated levels, even non-repairable power devices retain economic value in material recovery, further raising the recycling floor price.
As structural chip shortage and deep-water domestic substitution converge, power-device recycling has evolved from "scrap handling" into a critical "safety-redundancy release" node in the supply chain. ChipReclaim (Contact: Mr. Wu, Tel: 188-2424-1693) offers end-to-end IGBT/MOSFET/SiC device recycling, inspection, grading, refurbishment, and redistribution services — welcome to reach out for supply or sourcing inquiries.