Polycarboxylic Ether water reducing agent is a copolymerization of unsaturated monomers containing carboxyl groups with unsaturated monomers containing other functional groups. It is a high-performance water reducing agent.
Grade | Applications / Characteristics |
C603 | It is used for cement-based screed layer and self-leveling system, and is mainly a material system based on thioaluminate cement. The product has the advantages of high water reduction rate, excellent adaptability and stability, excellent flow performance, wide pH applicability, and excellent workability and mechanical strength of the material. |
C609 | It is used for grout, press slurry, support mortar, repair mortar, etc. of ordinary Portland cement, with the advantages of high water reduction rate, excellent fluidity, strong formula compatibility, long-term stability and easy storage. |
G608 | Used in gypsum-based products, gypsum-based self-leveling mortars. The performance is more stable, with high water reduction, high fluidity, and strong adaptability with other admixtures |
Multi-layer paper bags of 25 kg net Weight and supplied on pallets with shrink-wrapped.
1.2 Tons / Pallets
• 20 FCL 12 MT (12,000 kg) with Pallets
• 40 GP 24 MT (24,000 kg) with Pallets
It is recommended to add the amount:05-0.50%
This product should be stored in a cool, dry (+5-35°C), ventilated place. Keep away from tinder, heat, direct sunlight, frost, and keep packaging containers sealed. It should be stored separately from oxidants, edible chemicals, etc. to avoid contamination. This product is treated as a common chemical when transported.
At least 1 year in the case of intact and unopened packaging. For material storage beyond the shelf life, quality confirmation tests should be performed before use.
Chemical name | Polycarboxylic acid water reducing agent (PCE) |
Appearance | White to light yellow powder |
Bulk density (g/l) | 400-700 |
Particle size (60 mesh) | ≥ 92% |
moisture content | ≤ 3% |
Mortar water reduction rate | ≥ 25% |
All data and recommendations presented here are based on our current knowledge and experience in raw materials and application technology, which does not exclude the user from having to assume the responsibility of checking the quality of all received products. Because we have no control over the user’s raw materials, production and application methods, service conditions and local standards, our recommendations do not imply any guarantee or commitment to the quality of the final product. The user shall be responsible for adjusting the formula according to the actual situation to meet the engineering quality requirements.