The 6.4% increase in purchase prices versus the 0.9% decline in consumer goods factory prices represents the most striking data contrast for the textile industry in Q2 2026. Data released by the National Bureau of Statistics on July 9 shows that June PPI rose 4.1% year-on-year, but price transmission within the textile value chain has almost completely broken down.
Upstream Costs: A Triple Squeeze
The cost pressure on textile enterprises comes from three synchronized sources. Textile raw material purchase prices rose 3.3% year-on-year, with continued month-on-month increases of 0.7%, pushing up costs for cotton, chemical fibers, and recycled fibers. Chemical raw material purchase prices surged 11.5% year-on-year, directly raising production costs for polyester, nylon, and dyeing auxiliaries. Fuel and power purchase prices increased 11.8% year-on-year, meaning energy costs for weaving, dyeing, and drying also climbed.
This triple cost structure is rare in the textile industry's history. Upstream mining prices jumped 16.5% year-on-year, raw material industries rose 8.6%, while processing industries only increased 3.0%, indicating that price pressure is concentrated in upstream mining and basic chemicals, with mid-stream processing unable to absorb it.
Downstream Dilemma: Factory Prices Fall Instead of Rise
In stark contrast to upstream price surges, the end market faces deflationary pressure. Consumer goods prices fell 0.9% overall, with clothing factory prices dropping 1.0% year-on-year. Textile companies cannot pass on raw material and energy cost increases downstream and must even concede on factory prices.
Abundant market supply is the main cause. Intense competition among apparel, footwear, and home textile products gives brand owners and retailers pricing power, leaving manufacturers with little bargaining room. Under this 'upstream price rise, downstream price fall' scissors gap, profit margins for chemical fiber, spinning, dyeing, and footwear sectors continue to shrink. For textile trading companies focused on OEM, margins are razor-thin.
Industrial Belt Reactions: From Passive Pressure to Active Transformation
Enterprises in major textile clusters like Keqiao, Shengze, and Nantong are familiar with this cost squeeze. Since 2025, high international commodity prices, energy price volatility, and competition from new energy sectors for non-ferrous metals have consistently pushed up basic textile raw material costs. Summer peak energy demand further raises coal and electricity costs, exacerbating an already tight cost line.
However, enterprise responses are diverging. Some rely on order volume and process optimization to offset costs—for example, reducing unit energy consumption through smart manufacturing upgrades and improving weaving efficiency. Others accelerate product structure upgrades toward differentiated functional fabrics, high-end specialty fibers, and green low-carbon processes. Industry data shows that for every 10 percentage point increase in high-value-added product share, gross margins can improve by 3-5 percentage points.