Industrial POY Deformation Resistant Paper Core

Our Industrial POY deformation resistant paper core is a heavy-load paper core built for industrial-grade POY large package and high-load scenarios, focusing on solving the industry pain points of high denier, heavy package weight and easy out-of-round deformation during long-term storage of industrial POY. Ordinary POY paper cores are prone to roundness out-of-tolerance and tube wall collapse under the heavy pressure of large packages, resulting in poor unwinding in subsequent processing and increased waste silk rate. This Industrial POY deformation resistant paper core adopts a thickened high-strength structure design, selects high ring crush industrial-grade base paper, matched with encrypted spiral winding process. Its radial compressive strength is more than twice that of ordinary POY paper cores, and it maintains stable roundness even after long-term storage under the heavy pressure of large packages.

For the high-tension winding working conditions of industrial POY, we have specially strengthened the interlayer bonding of the paper core, adopting high-strength industrial adhesive and constant temperature curing process, which will not cause delamination, bulging or loose opening under high-tension winding. Both ends of Industrial POY deformation resistant paper core are treated with thickened edge sealing and chamfering, which is not easy to be deformed by collision during loading and unloading and stacking, and can support repeated turnover use. As a National High-tech Enterprise with 16 years of industrial paper tube R&D experience, we can customize Industrial POY deformation resistant paper core with different deformation resistance grades according to customers' industrial POY package weight, tow denier and storage cycle, fully meeting the use needs of heavy-load industrial scenarios.

• Industrial chemical fiber production: high-speed winding of high denier industrial POY

• Heavy-load warehousing: long-term stacked storage of large package industrial yarn

• Multi-process turnover: circulation bearing of industrial POY in different workshops

For the heavy-load requirements of industrial POY paper cores, we implement quality inspection standards far higher than civil products. Upon incoming inspection of base paper, we focus on testing ring crush strength, tear resistance and fiber length to ensure raw materials meet heavy-load requirements. During winding, the inspection frequency is encrypted, and wall thickness, inner diameter and interlayer bonding strength are sampled every 30 minutes. At the finished product stage, static pressure and long-term load tests are carried out through professional pressure testing equipment to verify deformation resistance. All finished products undergo 100% full appearance and size inspection before packaging, support on-site performance testing by third-party authoritative institutions, and each batch of products can be issued with a strength test report, with stable and reliable quality.

We have 16 years of R&D and production experience in industrial special paper tubes. Our production base covers an area of 15,000 square meters, with a dedicated industrial paper tube production workshop and mechanical performance laboratory, equipped with special production equipment for heavy-load paper tubes and professional testing instruments. Among the 190 employees in the whole factory, the industrial paper tube R&D team is composed of senior material engineers, mastering the core structure and process technology of heavy-load paper tubes. As a National High-tech Enterprise, we hold multiple structure invention patents for industrial deformation resistant paper cores. Our products have long served many large domestic industrial chemical fiber enterprises, and the heavy-load performance has been verified by long-term market practice.

We support in-depth customization services for industrial scenarios. Customers can customize basic dimensions such as inner diameter, length and wall thickness of Industrial POY deformation resistant paper core according to the denier, package weight and storage cycle of industrial POY, and can also customize products with different deformation resistance strength grades by adjusting base paper grade, number of layers and winding process. For special working condition needs, functional designs such as wear resistance and moisture resistance can also be added. We can produce with custom molds based on technical drawings or samples provided by customers, and complete sample development and performance testing within 1-2 weeks. Samples are provided free of charge, and customers only need to bear the logistics cost.