Recently, the downstream industries such as automotive interiors, geotechnical materials, and filtration materials have put forward more specific requirements for the process compatibility of polypropylene staple fibers. During the selection process, many purchasers not only pay attention to the basic physical properties of the fibers, but also attach greater importance to their compatibility with the existing production lines, including dispersion, smoothness during combing, and stability between different batches of finished products. 

In the automotive interior field, polypropylene short fibers are widely used in components such as luggage compartment covers and wheel arch linings. Relevant production enterprises have reported that low odor, low VOC emissions, and anti-aging properties have become the key optimization directions in recent times. In the geotextile field, greater emphasis is placed on uniform fineness and acid-base resistance to meet the long-term usage requirements in different engineering environments. In the filtration material field, there is also a continuous growing demand for the cleanliness of fibers and flame retardant modification functions. 

Meanwhile, manufacturing enterprises with the ability to customize in multiple specifications and experience in functional modification have demonstrated a strong coordination advantage in the market. The supply model that offers sample testing and assists customers in line debugging is becoming an important reference standard for purchasers when evaluating suppliers. The industry as a whole is showing a trend of transitioning from "price-oriented" to "process adaptation and technical support-oriented".