In modern architectural coating systems, HPMC (hydroxypropyl methylcellulose) has become an indispensable key additive. Many people still view it solely as a “thickening agent,” but in reality, HPMC’s functions extend far beyond this. Thickening — The “Scaffolding” for Stabilizing Coating Systems HPMC’s most well-known function is thickening. By forming a network structure, it significantly enhances … Continue reading
Changing Eco-friendly Technology: The Surging Need for Hydroxyethylcellulose in Worldwide Markets The worldwide change toward sustainable products has placed hydroxyethylcellulose (HEC) at the center of industrial development. As sectors seek eco-friendly alternatives to conventional chemicals, hydroxyethyl cellulose suppliers are leading the fee by refining manufacturing approaches to meet climbing demand. A current record from the Global … Continue reading
Diatomite paint is an indoor decorative wall material primarily made from diatomite. Due to its health and environmental benefits, it not only has excellent decorative properties but also functional properties, making it a new generation of indoor decorative materials. Cellulose ethers are synthetic polymers derived from natural cellulose, a high-molecular-weight material. They are odorless, tasteless, … Continue reading
Why tile adhesive “can not stick”? In the process of home decoration or construction site construction, tile drums, falling off the problem is not uncommon. Have you also encountered tile adhesive is always not enough “sticky”? In fact, the root of the problem is often not in the tiles themselves, but in the formula is … Continue reading
High-performance polycarboxylic acid water-reducing agents are widely used admixtures in concrete engineering. 1. Features 1. High water-reduction rate: Significantly reduces the water content of concrete mixtures, with a water-reduction rate typically reaching 20%–40%, effectively enhancing concrete strength and durability. 2. Excellent flow retention: Maintains good flowability of concrete over an extended period, facilitating transportation and … Continue reading
Self-leveling mortar relies on its flowability and self-healing properties to form a smooth, flat, and durable base on the substrate, enabling the application or bonding of other materials while allowing for large-area, high-efficiency construction. High flowability is a highly notable characteristic of self-leveling mortar; additionally, it must possess adequate water retention and bonding strength, prevent … Continue reading
Tile adhesive Tile adhesive is a mixture composed of cement as the main cementitious material, supplemented by graded aggregates, water retention agents, early strength agents, latex powder and other organic or inorganic admixtures. It is usually mixed with water before use. Compared with ordinary cement mortar, it can greatly improve the bond strength between the … Continue reading
Cellulose ether is the main admixture in dry-mix mortar products and plays a significant role in their performance and cost. Most of this product is used in building materials. Today, we will talk about: what characteristics can affect the performance of the mortar? And what factors can affect it? 01 Fineness of cellulose ether The … Continue reading
Cellulose ether is a non-ionic, semi-synthetic polymer that is water-soluble and solvent-soluble. It has different effects in different industries. For example, in chemical building materials, it has the following composite effects:① water retention agent ② thickener ③ leveling ④ film-forming ⑤ binderIn the polyvinyl chloride industry, it is an emulsifier and dispersant; in the pharmaceutical … Continue reading
Types of cellulose ethers Cellulose ethers are manufactured from wood, cotton, etc. as raw materials, in which the cellulose is alkaliated, ethoxylated, and reacted with chloroethane and chloromethane to form a variety of water-soluble cellulose ethers. Cellulose ethers are non-ionic water-soluble polymers. They have a long history of use, spanning more than 30 years, and … Continue reading