his article details the key performance requirements for adhesive mortar in ETICS. Explore SidleyChem’s high-performance solutions including Cellulose Ethers (HEMC/HPMC), Redispersible Polymer Powder (RDP), and Hydrophobic Agents to formulate strong, durable adhesive mortar… Continue reading
SidleyChem exhibited at CHINACOAT 2025 Shanghai (Booth W3H13), showcasing high-performance dry mortar additives (HPMC, RDP etc.) for green, customized solutions. … Continue reading
Complete guide to coatings thickeners: learn their key functions in viscosity adjustment, adhesion enhancement, and coverage improvement. Discover proper usage methods and important considerations for optimal results… Continue reading
Discover common questions and solutions for Hydroxyethyl Cellulose (HEC) applications in personal care and coatings. Learn about its functions, correct usage, defoaming, and improving enzyme resistance… Continue reading
Learn 4 simple methods to assess Hydroxypropyl Methylcellulose (HPMC) quality: check color, fineness, solution transparency, and bulk density. A practical guide for quick, intuitive evaluation… Continue reading
This guide provides essential precautions for receiving, storing, and using emulsions in winter, ensuring product stability and smooth operations. Learn how SidleyChem’s additives can enhance your formulation’s resilience… Continue reading
This guide provides essential precautions for receiving, storing, and using emulsions in winter, ensuring product stability and smooth operations. Learn how SidleyChem’s additives can enhance your formulation’s resilience… Continue reading
Cellulose ethers are indispensable in high-performance dry mortar, significantly enhancing water retention, viscosity, and workability… Continue reading
How can HPMC agglomeration be prevented during the production of cosmetics and coatings to ensure the quality of the final product… Continue reading
1. Cellulose ether has a certain retarding effect on mortar. As the dosage of cellulose ether increases, the setting time of the mortar is extended. The retarding effect of cellulose ether on cement slurry mainly depends on the degree of substitution of the alkyl group. The smaller the degree of substitution of the alkyl group … Continue reading