Polycarboxylate Polyether Monomer
Custom Polycarboxylate Polyether Monomer Manufacturer
Zibo Zhuoxing Enterprises Co., Ltd was established in 2008 and has been exporting TPEG, HPEG, EPEG, 50% polycarboxylate water reducer liquid and polycarboxylate water reducer powder to many countries since 2015.
Strong Production Ability
The company currently has a full set of production lines from HPEG to PCE high-efficiency water reducers. The annual production capacity is 80,000 tons and the output is 72,000 tons. The total annual PCE production capacity is 100,000.00 tons.
Quality Control
The company has passed ISO9001 quality management system certification. We conduct raw material inspection upon entry to ensure qualification for production, effectively control the whole production process to meet requirements, and sample test each batch before delivery.
Professional Team
The company is privileged to have a professional export team. Our R & D team, which consists of a group of highly qualified and experienced experts, maintains close and fruitful communication with renowned scientific research institutes consistently.
Rich Experience
As one of the two earliest manufacturers of TPEG/HPEG in China, after 16 years of continuous research, we have solved many professional needs of domestic and foreign customers in the field of PCE high-efficiency water reducers.
Polycarboxylate polyether monomer is a kind of main raw material (polycarboxylate ether monomer) for producing high-performance water-reducing type and slump retention type polycarboxylate superplasticizer (PCE), it is produced with isopentenyl and ethylene epoxide as main raw materials.
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EPEG 3000EPEG 3000 is a kind of main raw material (polycarboxylate ether monomer) for producing Polycarboxylate superplasticizer with excellent slump retention and good adaptability. It is produced withAdd to Inquiry -
Raw Material Polycarboxylate Superplasticizer TPEG1. high durability2.less slump loss3.good concrete fluidity maintenanceAdd to Inquiry -
Additive material Polyoxyethylene Ether TPEG 2400Additive material Polyoxyethylene Ether TPEG 2400 is a kind of main raw material for producing PCE 1. Appearance: White or light yellow flaky solid 2. Unsaturation mmol/e: ≧0.38 3. Moisture:Add to Inquiry -
HPEG 2400HPEG 2400 is produced with methallyl alcohol and ethylene epoxide as main raw materials. The active end group (-OH) and long chain of polyoxyethylene (PEO) in its molecular structure give itAdd to Inquiry -
Monomer Polyoxyethylene Ether HPEGMonomer Polyoxyethylene Ether HPEG is produced with methallyl alcohol and ethylene epoxide as main rawAdd to Inquiry -
Polycarboxylate Polyoxyethylene Ether HPEG2400polycarboxylate polyoxyethylene ether HPEG2400 has good water solubility and high double bond retentionAdd to Inquiry -
HPEG For PCE SuperplasticizerConcrete water reducer Polyoxyethylene ether HPEG for PCE superplasticizer is a kind of main raw material for produce PCEAppearance:White or light yellow flaky solidpH Value:5-7Unsaturation:≥Add to Inquiry -
High Water Reducer Series Water Reducer monomerHigh Water Reducer Series Water Reducer monomer is suitable for precast and cast-in-place concreteAppearance(25±1℃):White or light yellow flaky solidpH Value(1% water solution):5.0-7.0UnsaturationAdd to Inquiry -
Macromonomer For PCE HPEG2400Macromonomer For PCE HPEG2400 For PCE with Water Reducing HPEG2400 is applicable for Ready-mix concrete, on-site concrete of industrial or civil buildingsAppearance:White or light yellow flaky solidAdd to Inquiry
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Polycarboxylate Ether Copolymer Superplasticizer FlakeHigh Water Reducing Polycarboxylate Ether Copolymer Superplasticizer Flake is main raw material for produce PCE Appearance:White or light yellow flaky solidPh value:5.0-7.0Unsaturation:≥Add to Inquiry -
Polyether Monomer TPEG 2400Polyether Monomer TPEG 2400 has good selectivity，is a kind of main raw material (polycarboxylate ether monomer) for producing high performance water reducing type and slump retention type PCEAdd to Inquiry -
Polyether Monomer TPEG 2400 For PolycarboxylatePolyether Monomer TPEG 2400 For Polycarboxylate PCE is the basic raw material for high range water reducing admixture - polycarboxylate based superplasticizerAppearance：White or light yellow flakyAdd to Inquiry
- Mobile:+86 15589354098
- Tel:+86 533 3146528
- Email: zhuoxingsales@zhuoxingchem.com
- Email:sales02@zhuoxingchem.com
- Email:sales03@zhuoxingchem.com
- Add: Block B, Yunlong International, Zhangdian District, Zibo City, Shandong Province, China.
Features of Polycarboxylate Polyether Monomer
Improved Workability
One of the main advantages of using polycarboxylate superplasticizer is the improved workability it provides to the concrete mix. This chemical helps in reducing the viscosity of the concrete, making it easier to pour and shape. As a result, construction workers can achieve a higher level of precision and accuracy in their work, leading to better-quality finishes. Furthermore, the enhanced workability also helps in reducing the risk of segregation and bleeding in the concrete mix.
Higher Strength and Durability
Another significant advantage of polycarboxylate superplasticizers is that they contribute to the overall strength and durability of the concrete. By reducing the water content required for a workable mix, these chemicals help in increasing the strength of the concrete. This is especially important in projects that require high-performance concrete with superior strength and durability. Additionally, polycarboxylate superplasticizers also help in reducing the permeability of the concrete, making it more resistant to water and chemical attacks.
Better Flowability
Polycarboxylate superplasticizers are known for their ability to improve the flowability of the concrete mix. This is particularly beneficial in projects that involve intricate structures or have limited access points. The enhanced flowability provided by these chemicals allows the concrete to reach all corners and edges of the formwork easily, ensuring a uniform and consistent finish. In addition, the improved flowability also helps in reducing the risk of honeycombing and voids in the concrete, resulting in a smoother and more aesthetically pleasing surface.
Environmentally Friendly
Another advantage of polycarboxylate superplasticizers is that they are environmentally friendly. These chemicals are water-based and do not contain any harmful solvents or pollutants, making them safe to use in construction projects. In addition, polycarboxylate superplasticizers are also known for their high efficiency, which means that less material is required to achieve the desired results. This not only helps in reducing the overall carbon footprint of the project but also leads to cost savings in the long run.
Enhanced Concrete Strength and Durability
Polycarboxylate superplasticizers are widely used in the construction industry to improve the strength and durability of concrete structures. By reducing water content, these additives increase the density and cohesiveness of concrete, resulting in enhanced compressive strength, flexural strength, and overall durability.
Reduced Water Content
By effectively dispersing cement particles, polycarboxylate superplasticizers allow for a reduced water-cement ratio while maintaining desired workability. This not only boosts concrete performance but also reduces shrinkage potential and improves resistance against chemical attacks.
Self-Compacting Concrete (SCC)
Polycarboxylate superplasticizers play a crucial role in producing self-compacting concrete by ensuring proper dispersion and flow without segregation or bleeding issues. SCC offers numerous advantages such as increased construction speed, improved surface finishes, and reduced labour requirements.
High-performance Concrete (HPC)
In applications where higher strength or exceptional performance is required, polycarboxylate superplasticizers enable the production of high-performance concrete with superior mechanical properties compared to conventional mixtures. This makes it an ideal choice for critical infrastructure projects like bridges or high-rise buildings.
Polyether Monomer
According to whether the raw materials used in the production contain unsaturated bonds, polyethers are divided into saturated polyethene glycol ethers and unsaturated polyethene glycol ethers. The most common are HPEG (SPEG) and TPEG (IPEG).
Active Monomers
Acrylic acid, methacrylic acid, maleic acid, fumaric acid, itaconic acid, aconitic acid, acetic acid, etc. The most active and most commonly used chemical is acrylic.
Functional Monomer
Hydroxyethyl acrylate (2-carboxypropyl acrylate, amine-containing monomers such as acrylamide. Glycol ester monomers, sulfonate-containing monomers and phosphate-containing monomers.
Additives To Control The Structure Of PCE
Initiators, commonly used are hydrogen peroxide, ammonium persulfate, and white powder. Inhibitors are commonly used polyphenols such as hydroquinone. Catalyst, commonly used are sodium methoxide and dimethylbenzylamine. Chain transfer agent, used to adjust molecular weight, commonly used substances are sodium methacrylate sulfonate, 2-mercaptoacetic acid, 3-mercaptopropionic acid, etc.
PH Value Adjuster
Sodium hydroxide liquid and sodium carbonate solution are commonly used pH adjusters.
Sulphonated Melamine
Formaldehyde Condensates (SME): These are often preferred in the pre-cast industry because they do not dim the cement setting.
Sulphonated Naphthalene
● Formaldehyde Condensates (SNF): This is a high range water reducer.
● Modified Lignosulphonates (MLS): Lignosulfonates or sulfonated lignins are water-soluble anionic polyelectrolyte polymers; these are byproducts of wood pulp using sulfite pulping.
Polycarboxylate Superplasticizer
Carboxylated Acrylic0Ester Co-Polymers (CAEC): Also known as high-grade water reducers, these are chemicals used when well-dispersed particle suspension is required.
Residential Construction
Utilized in residential buildings for enhancing concrete workability and performance, ensuring durable structures.
High-Rise Buildings
Superplasticizers are indispensable in high-rise construction. The reason is the concrete needs to flow and reach considerable heights.
Architectural Masterpieces
Complex architectural structures often need superplasticizers to achieve intricate designs. Also, they can help maintain structural integrity.
Infrastructure Mega Projects
Large-scale infrastructure projects need superplasticizers. For example, bridges and dams. Superplasticizers can ensure the longevity and performance of concrete structures.
Commercial Construction
Employed in commercial projects such as malls, offices, and hotels to improve concrete properties and facilitate efficient construction processes.
Infrastructure Construction
Applied in infrastructure projects like bridges, roads, and dams to enhance concrete performance, durability, and sustainability.
Industrial Construction
Used in industrial facilities such as factories and warehouses to optimize concrete characteristics and ensure long-term structural integrity.
Plastics Industry
Polyether monomers are important raw materials for the preparation of engineering plastics with high temperature resistance, chemical corrosion resistance and high mechanical strength. Among them, polyether ketone plastics are widely used in automobiles, machinery, high-tech electronics and other fields.
Coatings Industry
Polyether monomers are important raw materials for the preparation of water-resistant, wear-resistant and chemical-resistant coatings. Polyether monomers can be blended with unsaturated polyester resins to prepare hard coatings for protecting steel structures, building exterior surfaces, etc.
Fiber Industry
Polyether monomers can be copolymerized with cyanide-containing fibers to produce high-performance lightweight fibers with excellent high temperature resistance. They are indispensable materials in aviation, aerospace and other fields.
Other Fields
Polyether monomers are also commonly used to prepare various new materials with excellent flame retardant, waterproof and wear-resistant properties. For example, in the construction field, polyether monomers are often used as the main raw material to prepare new building materials with acid resistance, alkali resistance, chemical corrosion resistance and good durability.
Extract Method Of Polyether Monomer
Direct Esterification Method
The direct esterification method is a method for preparing polyether monomer by reacting polyether diol with anhydride or acid ester, the reaction conditions are 120-150℃, and the reaction time is 2-4 hours. This method does not require solvent, the reaction steps are simple, but the yield is low, and the waste gas emission is large.
Acetal Method
The acetal method is a method for preparing polyether monomer by reacting polyether diol with acetal, the reaction conditions are 150℃ for 4-5 hours. This method does not require the use of a catalyst, and has high yield and less waste gas emission.
Epoxidation Method
The epoxidation method is a method for preparing polyether monomer by reacting polyether diol with an epoxidant, the reaction conditions are 8-12 hours at room temperature. This method has the advantages of simple and easy operation and high yield, but the operation process is dangerous and safety measures need to be strengthened.
Type And Structure Of Polyether Monomer
Different types and structures of polyether monomer have a great influence on the density of polyether. For example, the density of polytetramethylene oxide (PTMO) is about 1.01 g/cm³, while the density of polydimethyl triol ether (PDMS) is only about 0.98 g/cm³.
Molecular Weight Of Polyether
Generally, the higher the molecular weight of polyether, the greater the density. This is because high molecular weight will increase the traction of polyether chains and strengthen the intermolecular force so that more molecules can be gathered in a unit volume.
Crystallinity Of Polyether
The higher the crystallinity of polyether, the greater the density. Because under the same crystal volume, the greater the density, the smaller the corresponding volume.
Oxygen Content
Oxygen content refers to the number of oxygen atoms in polyether. The higher the oxygen content, the higher the density. For example, the density of polyethylene glycol (PEG) is about 1.13 g/cm³, while the density of polypropylene ether (PA) is only about 0.89 g/cm³.
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