In the production of tissue paper, packaging paperboard, and high-grade printing papers, recycled fibers serve as critical raw materials. However, managing contaminants such as stickies, hot melts, and ink particles requires robust processing components. The efficiency of the thermal dispersion phase hinges heavily on the structural integrity and geometric precision of the disperser discs.

Mitigating Thermal Stress and Abrasive Wear

HUATAO supplies premium recycled fiber thermal disperser discs engineered from a specialized wear-resistant and impact-resistant alloy. Subjected to proprietary heat treatment processes, these components successfully withstand abrasive pulp, rapid pressure pulsations, and intensive thermal cycling. This significant metallurgical enhancement minimizes stress cracking and extends overall service life under demanding high-temperature and high-humidity environments.

Optimized Geometry for Uniform Dispersion

The operational stability of a thermal disperser relies on maintaining an unvarying grinding gap. HUATAO utilizes precise tooth profiles and a calculated segmented layout to streamline the pulp flow channels. This configuration mitigates energy fluctuations and ensures uniform dispersion of sticky contaminants and ink particles. Furthermore, strict dynamic balancing ensures low-vibration operation, resulting in batch-to-batch consistency and reduced equipment wear.

Comprehensive Technical Customization and Support

Recognizing that every paper mill possesses unique operational parameters, these disperser segments are fully customizable. Modifications can be implemented regarding plate diameter, bolt hole configurations, groove depths, and fan-shaped layouts for seamless, direct replacement. For operations utilizing high-ash or highly abrasive pulps, optional surface hardening and specialized abrasion-resistant coatings are available.

Contact Info:

Email: Lucy.chai@huataogroup.com

WhatsApp: +86 15373883537

www.refinerdisc.com