When a sheet of printing paper costs only 1.5 yuan yet can be reused 5 to 8 times, with the first print run covering costs and subsequent output being almost pure profit—this was the reality of Keqiao's printing industry in the 1990s. However, three decades later, this sector, once dubbed the "money-printing industry," has entered a completely different competitive logic: the battle is no longer about scale and easy profits, but about product quality, technological barriers, and global adaptability.
From "Good Wine Needs No Bush" to Proactive Going Global
The iteration of Keqiao's textile industry is clearly visible in the growth trajectory of Hongxin Printing. Founded in 1990, the company experienced the golden era of its founders cashing in on dividends, and is now managed by the "second generation of fabric entrepreneurs," Chen Biao, completing a transition from family business inheritance to industry leadership. A key turning point occurred in 2006: the completion of a new factory, featuring over 16,000 square meters of standardized workshops and 15 mu of self-owned land under fine management, marked the company's shift from extensive expansion to refined development.
More profound changes are reflected in the restructuring of the market. Currently, 90% of the company's printing products are exported to overseas markets such as South America, the Middle East, and Africa, completely breaking the early pattern dominated by domestic sales. The company has developed differentiated solutions for different regions: the South American market prefers cool and simple stone-look fabrics, while the Middle East market favors high-saturation dark printed fabrics. This strong market adaptability has become the core competitiveness of the company's overseas expansion.
Intelligent Transformation: Boosting Efficiency, Not Piling Up Equipment
The logic of capacity expansion in Keqiao has fundamentally changed. Chen Biao clearly stated that improving capacity today cannot rely on simply piling up equipment; the core lies in achieving a qualitative leap in production efficiency through intelligent transformation. Previously, a workshop could only complete 8,000 meters of fabric printing in 10 hours; now, with the iteration of digital and intelligent equipment, production efficiency continues to rise. This precise investment and efficiency-focused approach effectively avoids the common industry risk of blind capacity expansion.
In terms of digital implementation, AI technology is becoming a key tool for cost reduction and efficiency improvement. Traditional pattern sampling is cumbersome, involving engraving, sample garment sewing, physical shooting, and video recording—a time- and labor-intensive process. With AI tools, simply uploading an image can automatically generate realistic fabric texture and produce a fabric application video with one click, highly restoring the drape effect and dynamic model presentation. This significantly shortens pattern development time, quickly responds to customer sample requests, and effectively increases order conversion rates. However, the industry generally believes that AI remains an efficient auxiliary design tool, and core creativity still requires the artisan's craftsmanship.
Escaping Low-Price Homogenization with Technological Barriers
Faced with the chaos of low-price homogenized competition, some companies in Keqiao have clearly adopted a core strategy of "creating differentiated competitive advantages through patented technology," focusing on the high-value printing track. Through an industry-academia-research integration model, they leverage university research resources and introduce high-end technical talent to tackle market gaps and develop scarce functional patented printing products. By integrating cutting-edge functional technologies like cooling and anti-radiation with traditional printing processes, they create high-value-added functional fabrics, effectively increasing profit margins per meter of fabric.
To further amplify the impact of technology, some companies have proposed an "industrial park ecosystem" development concept, pushing for a full-chain industry upgrade from single-product quality improvement. By coordinating and revitalizing idle and existing resources in the park, they precisely introduce upstream and downstream supporting enterprises like printing and lamination to build a complete industrial ecosystem. Collaborative production within the park significantly reduces cross-plant logistics, communication, and coordination costs, enabling the sharing of core resources such as raw materials, equipment, and customers, thus retaining the entire industrial chain's profits.