Polycarboxylate Superplasticizer Flakes | High-Performance PCE Admixture for Concrete and Dry Mix Mortar
China's leading manufacturer of reinforced polypropylene fibers, offering comprehensive fiber solutions.
Leading Polycarboxylate Superplasticizer Flakes Supplier
Michem Chemicals Co., Ltd. is a professional supplier of polycarboxylate superplasticizer flakes for the global construction materials industry. Designed for use in concrete admixtures, dry mix mortar, self-leveling compounds, gypsum products, and cement-based systems, our PCE flakes provide excellent water reduction, strong dispersion, improved flowability, and consistent performance in a wide range of formulations.
With years of export experience and service coverage across Asia, the Middle East, Africa, South America, and Europe, we help construction chemical distributors, dry mortar manufacturers, and concrete additive importers source reliable polycarboxylate ether flakes with stable quality and competitive pricing.
Polycarboxylate superplasticizer flakes, also known as PCE flakes, are a solid-form high-range water reducing admixture produced from polycarboxylate ether polymers. Compared with liquid PCE products, flakes are easier to transport, store, and formulate, especially for export markets and powdered construction material systems.
After dissolving in water, PCE flakes provide excellent cement particle dispersion through steric hindrance and electrostatic repulsion, helping reduce water demand while improving workability and mechanical performance.
Michem's Polycarboxylate Superplasticizer Flakes
Michem’s Polycarboxylate Superplasticizer Flakes is is High Water Reduction TypePCE Flakespecially designed for C30 and above high-strength, high-performance self-leveling concrete, delivering excellent workability and flow, significantly enhancing concrete strength and durability, while its high water-reduction rate reduces cement usage and maximizes economic benefits.
Product Specifications
Item
Standard Value
Appearance
White to light yellow flakes
Solid Content
≥ 98%
pH Value (20% solution)
7–9
Moisture Content
≤ 2%
Bulk Density
450–650 kg/m³
Water Reduction Rate
Up to 25% or above
Chloride Content
≤ 0.1%
Recommended Dosage
0.1%–0.3% of binder materials
Key Benefits of Polycarboxylate Flakes:
High water reduction capability
Excellent fluidity and slump retention
Easy transport and storage
Suitable for powder formulations
Good compatibility with cement and additives
Low dosage, high efficiency
Stable performance in dry mortar systems
Top 4 Advantages Of MIchem's PCE
By choosing the right PCE, you can optimize crack resistance, toughness, and durability across a wide range of concrete projects.
High Water Reduction
PCE allows for a significant reduction in the water-to-cement ratio in concrete mixes.
Improved Strength Development
PCE contributes to the development of higher compressive and flexural strengths.
Enhanced Workability
One of the primary benefits of PCE is its ability to enhance the workability of concrete.
Enhanced Setting Time Control
PCE offers improved control over the setting time ofconcrete.
By choosing the right PCE, you can optimize crack resistance, toughness, and durability across a wide range of concrete projects.
High Water Reduction Efficiency
Our polycarboxylate superplasticizer flakes can significantly reduce water demand in cement-based materials, improving strength development and workability at the same time. This makes them ideal for high-performance mortar and concrete applications.
Ideal for Powder-Based Construction Materials
Unlike liquid superplasticizers, PCE flakes are especially suitable for dry mix mortar factories, where powder-form additives are preferred for easier batching, storage, and transportation.
Michem maintains strict quality control during raw material selection, polymerization, drying, and packaging. Each batch is tested for appearance, pH, moisture, water reduction performance, and solubility to ensure stable results.
Our polycarboxylate superplasticizer flakes plays an irreplaceable role in concrete construction projects due to its superior water reduction rate.
Dry Mix Mortar
Polycarboxylate flakes are widely used in:
Tile adhesive
Tile grout
Masonry mortar
Plaster mortar
Skim coat
Repair mortar
Waterproof mortar
They help improve workability, reduce water use, and enhance construction performance.
Precast Concrete
For precast components, polycarboxylate superplasticizer flakes can improve mold filling, reduce water-cement ratio, and increase early and final strength. This supports faster demolding and more efficient production cycles.
Self-Leveling Compounds
In cement-based self-leveling systems, PCE flakes improve fluidity and flow spread while maintaining sufficient strength. They are especially suitable for high-end flooring compounds requiring excellent leveling behavior.
Gypsum-Based Products
PCE flakes can also be used in gypsum-based formulations to improve consistency, reduce water demand, and optimize workability in plaster and wall finishing products.
Advantages of Flakes Compared with Liquid Polycarboxylate Superplasticizer
For many importers and manufacturers, polycarboxylate superplasticizer flakes offer practical advantages over liquid PCE:
Advantages Of Flakes PCE
Lower transportation cost
Easier long-distance export
Longer shelf life
No risk of freezing during winter shipment
More suitable for dry powder blending
Reduced storage space requirements
Convenient for customized formulation
This makes PCE flakes a preferred option for distributors and dry mortar factories in international markets.
“Michem’s polycarboxylate superplasticizer powder was critical to our C100 concrete requirements. Its high water reduction rate allowed us to achieve the required strength while minimizing heat of hydration. The powder’s long shelf life and low shipping costs made it a perfect fit for our overseas supply chain. We’ve since ordered 5 more shipments for auxiliary projects.”
“We needed a superplasticizer that could maintain slump for 2 hours during precasting. Michem’s powder delivered exactly that, reducing mold rejection rates by 25%. Their ASTM certification ensured compliance with Australian airport construction regulations, and their technical team provided on-site support to optimize dosage for our local cement.”
Polycarboxylate Superplasticizer Flakes VS Polycarboxylate Superplasticizer Liquid
Comparison criteria
Polycarboxylate Superplasticizer Flakes
Polycarboxylate Superplasticizer Liquid
Product Formats
Solid tablets / Powder
liquid solution
Main ingredients
Primarily naphthalene-based and aliphatic, with a small amount of polycarboxylic acid powder
Primarily polycarboxylic acid-based, with some naphthalene-based liquid products
Solid content
≥98%
20%~50%(Polycarboxylic acid is typically used at a concentration of around 40%)
Manufacturing Process
After synthesis, the material is spray-dried and cut into slices
Directly synthesized into a liquid, without the need for a drying process
Mode of transport
Shipped in bags, with no risk of leakage, suitable for long-distance transport
Transportation in drums or tank trucks carries a risk of leakage and involves high long-distance costs
Storage Requirements
Just ensure it is sealed and moisture-proof; there are no freeze-thaw issues.
Protection from freezing and direct sunlight is required, and storage conditions are more stringent.
Storage period
has a longer shelf life and does not spoil easily
Relatively short and susceptible to temperature fluctuations
Directions for Use
Must be dissolved and mixed with water in advance; requires compatible dissolution equipment
Added directly via a metering pump; no dissolution required; highly automated
Packaging costs
Low (mainly woven bags / paper bags)
High (High costs associated with cleaning plastic drums and tank trucks)
Shipping costs
Low (no dead weight from water, high transport efficiency)
High (contains a large amount of solvent water; a significant portion is non-transportable)
Storage space
Small (high solid content; requires less space for the same amount of active ingredient)
Large (large volume of liquid, high storage requirements)
Construction dust
There is dust in the air; please take appropriate protective measures.
Dust-free, making the worksite more environmentally friendly
Measurement accuracy
Measuring after dissolution makes the results susceptible to variations in dissolution uniformity
Direct liquid measurement for greater accuracy
Applicable Scenarios
Long-distance transportation projects, dry-mix mortar, precast components, and applications where on-site mixing of water is not required
Ready-mix concrete batching plants, nearby construction projects, automated batching production lines
Core Strengths
High solids content, low storage and transportation costs, long shelf life, and freeze-thaw resistance
Easy to use, dust-free, accurate measurement, and highly adaptable to on-site conditions
Core weakness
Requires dissolution equipment; dust is present; uneven dissolution affects the water-reducing effect
Low solid content, high storage and transportation costs, and requires frost protection in winter
Free Samples Service
✅ Comprehensive TDS & Brochure – Get in-depth technical details about our HPMC.
✅ Free Sample (200g or 400g per bag) – Test our high-quality fiber in your formulations.
✅ Fast & Reliable Delivery – Shipped via FedEx or DHL straight to your door.
✅ Expert Support – Assistance with formula adjustments and technical guidance.
Export documents including COA, TDS, MSDS, packing list, invoice, and certificate of origin
Experience serving importers, distributors, and manufacturers in over 50 countries
Whether you are sourcing for resale, factory use, or project supply, we can help you choose the right polycarboxylate superplasticizer flakes grade for your target market.
PCE flakes and PCE powder are both solid forms of polycarboxylate superplasticizer. The main difference is physical appearance and handling characteristics. Flakes are often easier to produce and dissolve gradually, while powder may offer finer particle size for some formulations.
Yes. This is one of the most common applications. PCE flakes are widely used in dry mix mortar, tile adhesive, self-leveling mortar, and cement-based repair materials.
Purity level: Industrial vs. cosmetic vs. pharmaceutical grade
Order volume: Bulk orders (FCL) receive significant discounts
Customization: Special particle sizes or packaging
Price Range (2024):
Industrial Grade: $3.50-5.50/kg
Cosmetic Grade: $5.50-8.00/kg
Pharmaceutical Grade: $8.00-15.00/kg
Request a Quote for Polycarboxylate Superplasticizer Flakes
If you are looking for a reliable polycarboxylate superplasticizer flakes supplier in China, McKem is ready to support your business with quality products, competitive pricing, and professional export service.
Technical Consultation
Submit your formulation system to receive customized PCE selection recommendations.
Sample Request
Samples shipped within 48 hours, accompanied by batch stability comparison reports.