Rise of AI: Jushi Has Put Into Operation Its Largest Electronic Glass Fibre Production Line

Why It Matters

The expansion secures critical supply for high‑performance PCB substrates as AI and 5G drive demand, while its carbon‑neutral model sets a new industry benchmark.

Key Takeaways

• Jushi launches world’s largest 100k‑tonne electronic glass fibre line.
• Capacity now 28% of global electronic glass fibre market.
• Base uses 100% green electricity via on‑site wind farms.
• Multi‑energy system includes wind, storage, hydrogen‑blended kilns.
• Goal: 1 million tonnes capacity by 2028 amid shortages.

Pulse Analysis

The global surge in artificial‑intelligence computing, 5G/6G rollout, and connected‑vehicle platforms has amplified the need for high‑frequency printed‑circuit‑board substrates. Electronic glass fibre, a key reinforcement in these substrates, has become a strategic material, yet supply constraints and price volatility persist. Jushi, holding a 23% share of the worldwide market, has just added a 100,000‑tonne‑per‑year line that pushes its market coverage to roughly 28%, making it the single largest producer of electronic‑grade glass fibre. This scale advantage positions the Chinese firm to capture a larger slice of the fast‑growing high‑end electronics segment.

Beyond sheer capacity, Jushi’s Huai’an base distinguishes itself through a fully green power loop. A 233 MW wind farm already feeds more than 600 GWh of renewable electricity to the plant, while a second 500 MW phase will double output, offsetting up to one million tonnes of CO₂ annually. The facility also blends hydrogen with natural‑gas kilns, integrates battery storage and building‑integrated photovoltaics, and has secured SGS carbon‑footprint certification for four product lines. Such a carbon‑neutral blueprint not only aligns with China’s dual‑carbon goals but also pre‑empts emerging EU carbon border adjustments.

Looking ahead, Jushi has announced a roadmap to reach one million tonnes of electronic glass fibre by 2028, a ten‑fold increase that could reshape the supply landscape. By locking in green energy and advanced intelligent manufacturing, the company aims to mitigate raw‑material bottlenecks and stabilize pricing for downstream OEMs. If replicated, this model could become a template for other high‑tech material producers seeking sustainability credentials while scaling output. Investors and industry watchers will therefore monitor Jushi’s execution closely, as its success may dictate the pace of material innovation across AI‑driven sectors.