Qinsun Instruments Co.,Ltd
Contact:qinsun
TEL: 13816217984
Email:info@standard-groups.com
Fax:+86-21-6420 0566
Address:No.258 Ban Ting road, Song Jiang district, Shanghai
TEL: 13816217984
Specifications:
Product details
Description
Tech-9048 is a water-born polymer with hydrophobic group rheology modifier that great inanti-setting and anti-sagging ability. It has strong rheology and easy to introduce, suitable for all kindsof water-based systems to be used as anti-sagging and anti-setting agent.Physical and chemical parameters
Ingredient:Water soluble polymers with hydrophobic groups
Appearance: Transparent viscous liquid
Content:18%
Solvent:Water/BCS
Specialty
1. Tech-9048 is proper for the water varnish system. It can rapid increase the viscosityandmakethe coating great in ability of anti-setting and anti-sagging.2. Tech-9048 can used in wide range of pH system.
Application system and dosage
Tech-9048 is applied in all solvent base industry coating systems.The amount is in terms of the different application system, around 0.5-2.0% of total in common when used as anti-setting agent and 2.0-5.0% as anti-sagging agent. Tech-9020 should be put in last step of manufacture.
Packaging
25kg plastic barrelPrevious post:Leveling agent Tech-2041
Next chapter:Water dispersible isocyanate curing agent Aquolin 268
PRODUCT
NEWS
- Eco-Friendly Solvents: Driving Sustainability in Chemistry 2025-04
- High-Purity Silicon: The Foundation of Modern Electronics 2025-04
- Advanced Composite Materials: Shaping the Future of Lightweight Engineering 2025-04
- PolySilazane Resins: Unlocking New Possibilities in Coatings 2025-04
- Silicon Nitride Ceramics: Paving the Way for High-Tech Applications 2025-04
- Advanced Adhesives: Bonding the Future Together 2025-04
- Eco-Friendly Polymers: Leading the Way to Sustainability 2025-04
- Imagine coatings that are not only ultra-durable and corrosion-resistant but also offer superior fle 2025-04
- Advanced Silicon-Based Coatings: Redefining Protection 2025-04
- PolySilazane: The Future of High-Performance Materials 2025-04