TPEG Polyether Monomer
TPEG Polyether Monomer also known as Isoprenol polyethylene glycol ether, a kind of main raw material for producing high performance water reducing type & slump retention type polycarboxylate superplasticizer, it is produced with isopentenol and ethylene epoxide as main raw materials.
By creating a comb-like molecular structure, TPEG allows the superplasticizer to effectively disperse cement particles, reducing the amount of water needed in a concrete mix.
Specification:
Appearance: White/Light Yellow flakes
Hydroxyl Value (As KOH)(mg/g): 21.6-25.0
pH value: 5.0-7.0
Iodine Value(As I2) (g/100g): ≥9.6
Double Bonds Retention Rate(%): ≥92
Advantages:
· Improves concrete workability: TPEG-based superplasticizers help create a more fluid and uniform concrete mix, which is easier to pump and place.
· Increases strength and durability: By allowing for a lower water-to-cement ratio, TPEG contributes to higher-strength, denser, and more durable concrete that is more resistant to environmental factors.
· Maintains slump retention: It is particularly effective as a slump-retaining agent, which prevents the concrete from losing its fluidity too quickly.
· Wide compatibility: TPEG is compatible with many types of cement, including Portland cement, slag cement, and fly ash cement.
· Efficient performance: It provides high water reduction rates and a significant enhancement effect at low dosages.
· Durable: It is eco-friendly and does not corrode reinforced materials.
Application:
· High-performance concrete: Used in high-strength and self-consolidating concrete applications.
· Large-scale projects: Ideal for infrastructure projects like high-rise buildings, bridges, expressways, and hydropower projects.
· Other applications: Also used in precast concrete, cast-in-place concrete, and flow concrete.
Package: 25kg, 500kg per bag or customized as customer’s request
Storage:Store in a cool, dry, and well-ventilated place, avoiding direct sunlight and extreme temperatures.
Shelf life: 1 year
Prev: HPEG Polycarboxylic monomer
Next: No more