Construction Thickeners
Various types of thickeners to control viscosity, improve rheological properties, and enhance application performance.
Supplier of High-Performance Thickeners
Leveraging the cellulose ether expertise of Celotech, Celotech Ruico provides a comprehensive range of thickener solutions for coating and construction applications.
Our thickener category includes polyurethane thickeners, acrylic thickeners, hydroxyethyl cellulose (HEC), carboxymethyl cellulose (CMC), and methyl hydroxyethyl cellulose (MHEC). As a professional thickener supplier, we combine advanced formulation expertise with reliable manufacturing capabilities to deliver consistent solutions for clients worldwide.
Cement Additives
Industrial Coatings
Interior Wall Coatings
RT712F Polyurethane Thickener
RT7620 Hydrophobic Modified PU Rheology Agents
RT7105A Polyurethane Thickener
RT728 Modified PU Rheology Agent
RT737 HEUR Thickener for High-Gloss Coatings
RT7275A Polyurethane Thickener
RT7105A PU Rheology Agent
RT8W Polyurethane Rheological Agent
RT935 Acrylic Thickener
RT630D Acrylic Thickener
RT572 Acrylic Thickener
RT5180 Acrylic Thickener
RT60 Acrylic Thickener
RT615 Acrylic Thickener
RT580 Acrylic Thickener
Rheology Solutions Tailored to Your Formulation Challenges
Controlling rheology well is important for your product’s stability and final quality. By choosing suitable thickener technologies, you can control viscosity, flow behavior, sag resistance, and workability in different formulation systems.
Whether you are developing paints, coatings, mortars, or concrete products, Celotech Ruico can help you optimize thickener selection based on your specific requirements. With expertise in cellulose ethers and synthetic thickeners, we support you in overcoming formulation challenges and achieving more consistent production performance.
Achieving the Right Rheology Balance
In modern coating and dry-mix mortars, it is critical to balance low-shear viscosity and high-shear viscosity. Our technical team specializes in fine-tuning the synergy between non-ionic cellulose ethers and associative synthetic thickeners. By analyzing molecular weight distribution and hydrophobic modification, we help you eliminate syneresis, prevent roller spattering, and achieve superior leveling without sacrificing film build or open time.
What Is the Difference Between Cellulose Thickeners and Synthetic Thickeners?
Cellulose thickeners are derived from natural plants and can improve viscosity and water retention. Synthetic thickeners are usually polymeric and can control rheology and flow properties.
When to Use an Acrylic Thickener?
If you need efficient viscosity improvement and rheology control in waterborne systems, you can use acrylic thickeners.
What Is CMC Commonly Used For?
CMC is commonly used to thicken and stabilize coating and construction materials.
What Is the Difference Between HEC and MHEC?
HEC is mainly used to control viscosity in coating and dry-mix mortars. MHEC provides a higher gel temperature and is usually more expensive.
Can Acrylic and Polyurethane Thickeners Be Used Together?
Yes. You can combine acrylic and PU thickeners for improved performance.
