The data released by the National Bureau of Statistics on July 9 sends a worrying signal for the textile industry: June's PPI rose 4.1% year-on-year, but upstream and downstream price trends have completely diverged. Upstream producer goods prices surged 5.5% year-on-year, while downstream apparel factory prices fell 1.0%—a spread of over 6 percentage points, marking the 18th consecutive month of this inverted pattern.
Cost Side: Triple Pressure Mounts
Textile enterprises faced a rare triple cost squeeze in June. Textile raw material purchase prices rose 3.3% year-on-year, with a modest 0.7% month-on-month increase, affecting cotton, chemical fibers, and recycled fibers alike. More troubling was the 11.5% year-on-year surge in chemical raw material purchase prices, directly pushing up production costs for polyester, nylon, auxiliaries, and functional leather. Fuel and power purchase prices rose 11.8% year-on-year, a devastating blow for weaving, dyeing, and drying operations. In Shaoxing's printing and dyeing cluster, summer peak electricity and coal costs pushed per-ton energy costs up about 15% year-on-year. For small and medium dyeing mills with gross margins below 8%, this has virtually erased all profit.
Downstream: The 'Cannot Raise Prices' Dilemma
In stark contrast to upstream price spikes, apparel, home textile, and footwear factory prices continue to weaken. Apparel factory prices fell 1.0% year-on-year, marking the ninth consecutive month of negative growth. The consumer market is well-supplied, and brands and retailers show little willingness to pass on upstream cost increases—any price hike risks losing orders in the fiercely competitive garment and footwear sectors.
Across the supply chain, margins in chemical fiber, spinning, printing and dyeing, and shoemaking are all narrowing. For polyester filament, June saw raw material PTA prices up 8% year-on-year, but filament ex-factory prices rose only 2%, compressing processing spreads to near two-year lows. Spinning mills face a similar situation: cotton prices rose 5%, but 32s combed cotton yarn prices increased only 1.5%, forcing some small mills to voluntarily cut production.
Structural Drivers Behind the Inverted Prices
This PPI divergence is not a short-term fluctuation but the result of multiple structural factors. International commodity prices remain high, with non-ferrous metals and energy prices driven by computing and new energy demand, directly pushing up chemical and chemical fiber raw material costs. Meanwhile, domestic textile consumer demand has not improved—apparel retail sales growth is slowing, and export orders, while recovering, are short-term and small, leaving enterprises with little pricing power.
A deeper issue is that China's textile industry's long-reliance on scale-driven cost advantages is eroding. When upstream raw material and energy costs rise simultaneously while terminal prices lack elasticity, the manufacturing middle becomes a profit vacuum. A Shengze-based chemical fiber producer with 100,000-ton annual capacity revealed that even at full utilization, June's comprehensive gross margin fell below 5%. Without process optimization and product upgrades, industry-wide losses could emerge in the second half of the year.
Industry Response: From Cost Competition to Value Competition
Facing this structural pressure, textile enterprises are being forced to choose. In the short term, relying on order scale to dilute costs and improving processes to reduce energy consumption are common strategies. But for the long term, industry consensus is clear: accelerate the shift to green and low-carbon processes, differentiated functional fabrics, and high-end specialty fibers.
In Keqiao's fabric market, inquiries for functional fabrics increased 22% year-on-year in June, with waterproof-breathable, antibacterial, and cooling-contact segments commanding premiums of 30%-50% over standard fabrics. Only by escaping homogeneous price wars can companies gain pricing power. Meanwhile, green certification is becoming a hard requirement for exports to Europe and the US. While initial investment in water-saving and emission-reducing dyeing upgrades is high, they significantly lower energy costs and boost product premiums.