Huaxuan High-Tech is a professional manufacturer of high-purity TPEG polyether monomer (TPEG-2400 / Isopentenyl Polyoxyethylene Ether) with over 19 years of experience in construction chemicals, polycarboxylate superplasticizer raw materials, and concrete admixture production.
Our TPEG monomer features stable double bond retention, high reaction activity, excellent water solubility, and reliable polymerization performance for polycarboxylate superplasticizer synthesis. It is widely used for producing water-reducing and slump-retention PCE systems with strong cement compatibility and stable workability performance.
We provide customized TPEG monomer solutions for polycarboxylate superplasticizer manufacturers, concrete admixture producers, polymer formulation development, and related chemical applications worldwide.
| Item | Specification |
|---|---|
| Product Name | TPEG Polyether Monomer |
| Chemical Name | Isopentenyl Polyoxyethylene Ether |
| Other Name | TPEG-2400 / Isopentenol Polyether / Polycarboxylate Superplasticizer Monomer |
| Appearance (Room Temperature) | White / Light Yellow Flakes |
| Hydroxyl Value (As KOH)(mg/g) | 21.6–25.0 |
| Iodine Value (As I₂)(g/100g) | ≥9.6 |
| Double Bond Retention Rate (%) | ≥92 |
| Water (%) | ≤0.5 |
| pH Value (1% Aqueous Solution) | 5.5–7.5 |
| Solubility | Easily Soluble In Water |
| Package | 25kg / 500kg / Customized |
| Storage Condition | Store In A Cool, Dry, And Well-Ventilated Place. Avoid Sunlight, Rain, And High Temperatures Above 40°C. |
| Shelf Life | 1 Year |
TPEG-2400 (Isopentenyl Polyoxyethylene Ether) is a polyether macromonomer widely used for synthesizing polycarboxylate ether (PCE) superplasticizers used in ready-mix concrete, SCC, pumped concrete, and general high-performance admixture systems.
It is synthesized from isopentenol and ethylene oxide (EO).
Typical molecular structure:
CH₂=C(CH₃)CH₂O(CH₂CH₂O)nH
The molecule contains:
In PCE production, TPEG commonly reacts with:
to form the characteristic comb-shaped polymer structure used in modern polycarboxylate superplasticizers.
Typical technical indicators include:
Compared with more specialized polyether systems, TPEG-2400 is commonly selected for balanced PCE formulation development, combining stable polymerization behavior, broad formulation flexibility, and reliable concrete workability.
TPEG-based PCE systems typically support:
Because of its high reaction efficiency, stable copolymerization behavior, and ≥92% double-bond retention, TPEG-2400 has become one of the mainstream monomers used in modern polycarboxylate superplasticizer manufacturing.
The selection of polyether monomer directly affects polymer architecture, side-chain configuration, cement interaction, and final concrete performance in polycarboxylate superplasticizer systems.
Compared with more specialized monomer routes, TPEG-2400 is widely used in balanced PCE formulation development, combining stable polymerization behavior, formulation flexibility, and broad application adaptability.
TPEG-based PCE systems are commonly used where manufacturers require a balance between water reduction, fluidity, and workability control.
Typical applications include:
Properly designed TPEG formulations may support:
TPEG-2400 contains reactive unsaturated groups and polyoxyethylene side chains participating in free-radical copolymerization.
Typical technical indicators include:
These characteristics contribute to:
Concrete performance depends on cement chemistry, synthesis process, dosage, and application conditions.
TPEG-based systems are commonly selected for formulations requiring:
Actual performance may vary depending on cement source, polymer design, and concrete formulation.
Different polyether macromonomers have distinct structural characteristics and are commonly selected for different PCE formulation strategies. Actual concrete performance depends on synthesis design, dosage, cement system, and application conditions.
| Item | HPEG | TPEG | EPEG |
|---|---|---|---|
| Full Name | Methylallyl Polyoxyethylene Ether | Isopentenyl Polyoxyethylene Ether | Vinyl Ether Polyoxyethylene Ether |
| Chemical Type | Polyether macromonomer | Polyether macromonomer | Polyether macromonomer |
| Polymerization Activity | High reaction activity Efficient copolymerization | Moderate–high activity Stable polymerization window | Very high double-bond activity Fast low-temperature polymerization |
| Double Bond Retention | High Supports efficient active content formation | High Suitable for strong dispersion systems | Good Stable polymer structure control |
| Water Reduction Performance | Strong initial water reduction | Balanced water reduction and workability | Balanced water reduction with retention stability |
| Slump Retention | Good slump maintenance | Good to strong retention | Excellent long-term slump retention |
| Molecular Weight Regulation | Strong regulation capability Uniform molecular distribution | Good molecular control | Good stability Balanced molecular architecture |
| Concrete Workability | High fluidity Low-viscosity systems | Balanced workability Broad cement adaptability | Long workability window Stable pumping behavior |
| Typical Applications | High water-reducing PCE Precast UHPC High-strength concrete | General-purpose PCE Ready-mix SCC Pumped concrete | Long-retention PCE Transportation concrete Hot-weather construction Ready-mix systems |
| Processing Characteristics | Excellent water solubility / Efficient synthesis | Stable polymerization window / Good formulation flexibility | Stable processability Good formulation flexibility |
| Main Advantages | Strong water reduction High activity Low viscosity tendency | Balanced reduction and retention Broad formulation adaptability | Long slump retention High polymerization efficiency Low-temperature synthesis compatibility |
| Best Choice For | High water-reduction targets Low-viscosity formulations Precast / UHPC producers | General-purpose PCE production Balanced reduction + retention systems Broad cement adaptability requirements | Ready-mix producers Long transportation projects High slump retention requirements |
Huaxuan High-Tech TPEG polyether monomers are widely used in mainstream PCE production, balanced water-reducing formulations, and customized concrete admixture development.
Our TPEG solutions support stable copolymerization, reliable molecular architecture formation, and flexible formulation design across diverse polycarboxylate superplasticizer manufacturing requirements.
Used for general-purpose polycarboxylate superplasticizer synthesis with balanced water reduction, workability, and formulation flexibility.
Suitable for ready-mix concrete, SCC, and pumped concrete formulations requiring stable fluidity and reliable field adaptability.
Supports PCE formulations designed for Portland cement, slag cement, fly-ash blends, and mixed cement systems.
TPEG-2400 is typically used as a polyether macromonomer in PCE synthesis systems.
For stable production performance, manufacturers generally pay attention to:
TPEG should be stored away from moisture, direct sunlight, and temperatures above 40°C to maintain stable product quality.
Actual operating conditions may vary depending on production equipment, synthesis route, and formulation targets.
Higher double-bond retention generally supports more stable copolymerization behavior and better monomer utilization.
Typical industrial target:
Double Bond Retention ≥92%
Test TPEG performance with your actual:
Different cement chemistries may affect adsorption behavior and final workability.
Choose TPEG according to the formulation objective:
Selection should align with your concrete application requirements.
Check compatibility with your:
Different manufacturing processes may require different polymerization characteristics.
Before large-scale production, verify:
Consistent raw-material quality is critical for stable PCE manufacturing.
Huaxuan High-Tech supplies TPEG monomer in flexible packaging options, including 25kg bags, 500kg bulk bags, and customized packaging solutions. Our packaging system is designed for export transportation, moisture protection, stable warehouse storage, and efficient international shipment of polyether macromonomers.
TPEG monomer can be supplied in 25kg bags for convenient handling, storage, and small-to-medium production requirements. Suitable for distributors, laboratory development, and regular PCE production applications.
For industrial-scale polycarboxylate superplasticizer production, TPEG is available in 500kg bulk packaging to support efficient logistics, stable supply management, and large-volume manufacturing operations.
Solve Common PCE Production Challenges
TPEG selection directly influences the molecular structure and performance balance of polycarboxylate superplasticizers.
Huaxuan develops optimized TPEG-2400 solutions for manufacturers targeting:
Our formulation strategy supports stable copolymerization behavior, reliable comb-structure formation, and consistent concrete workability performance.
Solve Common PCE Production Challenges
TPEG-2400 is widely used for balanced-performance PCE systems combining water reduction, workability stability, and broad application flexibility.
Optimized TPEG solutions support:
Designed for manufacturers seeking:
Solve Common PCE Production Challenges
Different cement sources can significantly influence polymer adsorption behavior, dispersion efficiency, and concrete workability stability.
Huaxuan supports TPEG-2400 formulations developed for:
Helping manufacturers achieve:
Solve Common PCE Production Challenges
Optimized TPEG-2400 performance helps manufacturers achieve:
Supporting more controllable polycarboxylate superplasticizer production processes.
Solve Common PCE Production Challenges
Huaxuan supports TPEG-2400 solutions for manufacturers developing:
Supporting:
Request free TPEG monomer samples and customized recommendations based on your PCE formulation targets, polymerization system, and production requirements.
Contact Huaxuan anytime for technical consultation, formulation support, and quotations.
From TPEG monomer production and customized molecular solutions to technical support and global supply, Huaxuan High-Tech provides reliable raw material solutions for polycarboxylate superplasticizer manufacturers worldwide.
Backed by strong R&D capability, stable manufacturing, formulation expertise, and export supply experience, we help customers optimize PCE synthesis efficiency, molecular performance, and production stability.
Tailored TPEG solutions designed for different water reduction targets, slump retention requirements, polymerization systems, and specialty PCE formulations.
Professional technical support for PCE formulation development, polymerization optimization, compatibility evaluation, and production troubleshooting.
Reliable production capacity, strict quality control, and efficient global transportation support for long-term cooperation.
In addition to polycarboxylate Monomers, Huaxuan High-Tech also provides a full range of concrete admixtures, mortar additives, cement grinding aids, polyether monomers, defoamers, air entraining agents, and other construction chemical solutions for different concrete and cement-based applications.
PC-FR901 is a white water-soluble polycarboxylate oil well cement friction reducer and dispersant for cementing operations. It reduces slurry plastic viscosity, yield point and pumping resistance across 3.0–178℃ conditions.
The product features high dispersibility, high fluidity and high adaptability, and can enhance the strength of refractory materials. It is widely applicable to various refractory systems such as refractory castables and refractory bricks.
Polycarboxylate superplasticizer production equipment integrates pre-reaction, main reaction, control, dropping, energy and compounding systems for automated PCE mother liquor production.
KH-ZNJ concrete tackifier is a viscosity modifying admixture that improves cohesion, water retention and anti-segregation performance in concrete and mortar systems.
KH-YQJ air entraining admixture reduces surface tension and introduces stable microbubbles to improve workability, impermeability, frost resistance and concrete durability.
HX-ZQJ concrete accelerator improves early strength, shortens curing time and supports concrete or mortar construction in low-temperature conditions above -20°C.
KH-EDIPA 85% is an ethanoldiisopropanolamine alkanolamine used in cement grinding aids, cement chemistry, gas treatment, corrosion inhibition and personal care formulations.
KH-TIPA 85% triisopropanolamine is an alkanolamine raw material used in cement grinding aids, lubricants, metal processing, polymer synthesis, coatings and cosmetics.
KH-DEIPA 85% is a diethanolisopropanolamine alkanolamine used as a key raw material for cement grinding aids, chemical synthesis, metal processing and textile auxiliaries.
EPEG polyether monomer also known as ethylene-glycol monovinyl polyethylene glycol, is the primary raw material for producing high-performance water reducing & slump-retention polycarboxylate superplasticizer.
Have any questions? We’re here to help you out.
TPEG-2400 is mainly used as a polyether macromonomer for synthesizing polycarboxylate ether (PCE) superplasticizers. It is widely applied in ready-mix, pumped concrete, and general-purpose PCE formulations.
TPEG-2400 is commonly selected for its balanced water reduction, slump retention, and broad formulation adaptability in PCE production.
Yes. TPEG-2400 is frequently used in formulations requiring stable workability and controlled slump loss during transportation and placement.
Typical indicators include Hydroxyl Value 21.6–25.0 mg KOH/g, Double Bond Retention ≥92%, and Water ≤0.5%
TPEG-2400 is usually copolymerized with acrylic acid, functional monomers, and initiator systems to form comb-structured PCE polymers.
Store in a cool, dry, ventilated place, away from moisture, sunlight, and excessive heat. Typical shelf life is 12 months under proper storage conditions.
Yes. Customized HPEG solutions can be developed for high water reduction, slump retention, low viscosity, and specialty PCE systems.
Standard packaging includes:
Store in a cool, dry, ventilated place, away from moisture, sunlight, and extreme temperatures.
