"HDPE V-Lock Liner and Anchorage Plate: A Breakthrough in Hydrochloric Acid Pool Construction"
Belong to the classification： CASE
2025-06-09 10:13
Shandong Ningjin Xinxing Chemical Co.,ltd, a leading innovator in corrosion-resistant engineering solutions, proudly announces the successful application of its cutting-edge HDPE concrete liner / HDPE V lock liner / anchorage plate technology in hydrochloric acid pool projects. Engineered with advanced composite materials, this revolutionary anchorage plate offers unparalleled resistance to highly corrosive environments, effectively addressing the long-standing challenges of material degradation and structural instability in hydrochloric acid containment facilities.
Traditional anchoring systems often succumb to acid erosion, leading to potential leakage risks and costly maintenance. Our newly developed anchorage plate features a multi-layer protective structure, combining a high-performance resin matrix with reinforcing fibers, ensuring exceptional durability and integrity even in concentrated hydrochloric acid conditions. Rigorous testing has demonstrated that the plate maintains 98% of its structural strength after 1,000 hours of continuous exposure to 30% hydrochloric acid, significantly outperforming industry standards.
This breakthrough not only enhances the safety and reliability of acid handling infrastructure but also reduces lifecycle costs for industrial clients. By minimizing the frequency of repairs and replacements, companies can optimize operational efficiency while adhering to strict environmental and safety regulations. XINXING 's commitment to research and development ensures that this technology sets a new benchmark for corrosion protection in the chemical processing industry, opening up new possibilities for sustainable and resilient industrial infrastructure.
Now , XINXING can produce the HDPE V lock liner from thickness 2mm to 8mm with antislip V lock height 15mm.
For more information , please contact us by email amily@sdxxhg.com Whatsapp:+863-18263036307
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