# SOCO Launches SLUSORB 985 to Help Contractors Manage High-Viscosity Sludge Without Heavy Mixing Equipment - Link: https://www.thailand-business-news.com/pr-news/soco-launches-slusorb-985-to-help-contractors-manage-high-viscosity-sludge-without-heavy-mixing-equipment - Published: 2026-07-28T14:25:00+07:00 - Author: PR Newswire **High-density polymer targets floating, dusting and uneven distribution challenges common with powder-based sludge solidifiers** LOS ANGELES, July 27, 2026 /PRNewswire/ — For contractors and operators working with high-water, high-viscosity sludge, one of the most common field challenges is getting treatment material into the sludge rather than leaving it on the surface. Qingdao SOCO New Material Co., Ltd. is addressing that problem with the launch of** SLUSORB 985**, a high-density superabsorbent polymer (SAP) developed for sludge solidification under challenging field conditions. [[ Unlike traditional powder-based SAP products that may float, cake, dust or distribute unevenly in dense sludge environments, SLUSORB 985 is engineered with a high density structure designed to overcome floating issues and penetrate high-viscosity sludge effectively. Once inside the sludge layer, the polymer absorbs free water and helps convert flowing or unstable sludge into a more manageable, non-flowing mass. The new product is designed for applications such as tailings sludge, coal-washing sludge, sand-washing slurry, river sediment, port dredging sludge, underground sludge ponds, enclosed sludge tanks and other high-viscosity industrial sludge environments. Many sludge treatment sites do not have ideal mixing conditions, said a spokesperson for SOCO. SLUSORB 985 was developed for those real-world situations. The goal is to make sludge solidification easier to apply, more efficient in contact with free water, and more practical for handling, transport and disposal. SLUSORB 985 supports a simplified application process. Operators spread the SLUSORB 985 evenly over the sludge surface, allow the material to sink by gravity, let the polymer absorb free water, and then handle the solidified sludge for transport or disposal. The product is intended to help users: ◦ Improve penetration into high-viscosity sludge ◦ Reduce floating and improve penetration into sludge layers ◦ Minimize dusting and caking associated with powders ◦ Lower dependence on heavy mechanical stirring ◦ Improve sludge stability before excavation, loading, transport and disposal ◦ Support safer, cleaner and more efficient field operations The launch expands SOCO’s sludge solidification portfolio and reflects the company’s focus on application-specific polymer development. Rather than offering only standard SAP formats, SOCO develops products for defined jobsite conditions, including sludge treatment, drilling and mining fluids, dredging, environmental remediation and industrial waste handling. **About SOCO^(®) Founded in 2009, SOCO^(®) Group is a technology-driven manufacturer specializing in water-absorbing and retention solutions for agricultural and industrial applications. The company focuses on application-led research and development, developing customized solutions tailored to specific operating needs across industrial and infrastructure settings. Through continued product development and collaboration with global partners, SOCO^(®) supports customers with solutions designed to improve water management, resource efficiency and project performance. **Media ContactAnna / Qingdao SOCO New Material Co., Ltd. Email: [sales@socochem.com](https://www.thailand-business-news.com/pr-news/sales@socochem.com) Website: [www.socochem.com](https://www.socochem.com/) --- | This article was produced by Cision PR Newswire, our trusted news partner. The views expressed and the content presented here are solely those of the author and may not fully reflect the opinions of Thailand Business News. | --- **Read the original article :** [SOCO Launches SLUSORB 985 to Help Contractors Manage High-Viscosity Sludge Without Heavy Mixing Equipment ](http://www.prnasia.com/story/archive/5012446_CN12446_0?rand=184833)