Polycarboxylate Superplasticizer Monomer in Ether modePortuguês
We are reliable and professional Chinese supplier. Good choice, better service! Cooperation with us may help you cut down the cost dramatically and get more flexible payment terms. We have exported more than 10,000mt TPEG +HPEG+EPEG per year, which has been shipped to South America, South East Asia, Middle East, Russia etc.
We offer a full range of high-purity polyether macromonomers such as HPEG2400/ TPEG2400/ EPEG3000 designed for the production of polycarboxylate superplasticizers (PCEs). Each type supports specific performance needs across different concrete applications.
Applications:
HPEG2400/ TPEG2400/ EPEG3000 is a main raw material of polycarboxylates high-performance superplasticizer, based on free radical copolymerization with acrylic acid to achieve well performed polycarboxylate superplasticizer production.
Why choose our Polyether Macromonomers?
HPEG2400/ TPEG2400/ EPEG3000 have good solubility in water,and adopts high active catalyst and special synthesis process, characterized by narrow molecular weight distribution, low polyethylene glycol content and high retention rate of double bonds. It obviously increases the reactivity of polymerization and raises the product yield. When the polycarboxylate superplasticizer is synthesized it has a more effective content and a better performance. The polycarboxylate superplasticizer synthesized by this product is characterized by a high particle dispersity and holding capacity, like high water-reducing rate, low cement consumption, good reinforcing effect, good durability, no corrosion to steel rods and environment friendly, etc.
✅ High Reactivity: Ensures efficient polymerization in PCE synthesis
✅ Tailored Performance: Select based on your project's water reduction and slump retention needs
✅ Reliable Supply: Industrial-grade production with global export capability
✅ Concrete Innovation: By choosing the right macromonomer, you can customize your PCE formulations to meet different performance targets-whether it’s early strength, long slump retention, or high durability in challenging environments.
