Polyether Monomer TPEG 2400

Polyether Monomer TPEG 2400 is produced with isopentenol and ethylene epoxide as main raw materials.

CH2=C(CH3)CH2CH2O(CH2CH2O)nH, n=10~60.

TPEG 2400 is a polyoxyethylene isopentenyl ether with molecular weight 2400.

1. The polyether monomer tpeg 2400 is produced with a high-activity catalyst and a special process, and has a light-colored appearance.

2. The monomer TPEG 2400 has good selectivity and high retention of double bonds, which can greatly increase the yield of water-reducing agent products, thereby reducing the production cost of water-reducing agent.

1. High-performance concrete
Self-compacting concrete (SCC): TPEG provides high fluidity and resistance to segregation.

Ultra-high-performance concrete (UHPC): Good workability at low water-cement ratios.

Pumping concrete: Reduce pipe resistance and improve pumpability.

2.Special environment construction
High-temperature concrete: The slow-release properties of TPEG resist slump loss at high temperatures.

Massive concrete: Delays hydration heat release and reduces the risk of temperature cracks.

Underwater non-dispersible concrete: Enhances cohesion and prevents cement paste loss.

3.Other building materials
Gypsum-based materials: Improve fluidity and setting time.

Grouts/repair mortars: Improve density and strength development.

Development trend of Polyether Monomer TPEG 2400
Green: Develop low-VOC, biodegradable TPEG (such as plant-based PEG).

Functionalization: Introduce functional groups such as phosphate and amino groups to enhance mud resistance or early strength.

Intelligent: pH/temperature responsive TPEG to achieve adaptive concrete performance control.

The core function of TPEG monomer is to achieve efficient dispersion of cement particles through steric hindrance effect and electrostatic repulsion, and has slow-release characteristics to prolong the workability of concrete.

1. Adsorption-dispersion effect
Steric hindrance effect
The long polyoxyethylene (PEO) side chain (such as EO=45~120) in the TPEG molecule forms a thick hydration layer on the surface of cement particles, preventing particles from approaching and maintaining dispersion stability.

Electrostatic repulsion
The carboxylic acid group (-COOH) and sulfonic acid group (-SO₃H) on the main chain are adsorbed on the surface of cement particles, making the particles negatively charged and enhancing repulsion.

2. Slow-release slump-preserving effect
The ester bond (such as MPEG) in the TPEG molecule slowly hydrolyzes in an alkaline cement slurry environment, continuously releasing the carboxylic acid group, prolonging the dispersion time and reducing the slump loss.

Suitable for high temperature environment (>30℃) and long-distance transportation of concrete.

3. Hydration regulation
Through the chelation of carboxyl and Ca²⁺, the early hydration of C₃A and C₃S is delayed, and the hydration heat release rate is reduced, which is suitable for large-volume concrete.

Delivery: The time for sea or air transportation varies by destination, usually ranging from 15 to 45 days (customs clearance requirements need to be confirmed in advance)

serving:

Technical support
Free suggestions for optimizing concrete mix ratios are provided.
Assist in solving on-site application problems (such as slump loss, abnormal setting).
Quality Assurance
The product warranty period is 12 months (from the date of delivery). Paid services will still be provided after the expiration.
Regularly visit customers and track the usage effect of the products.

Packing: 25 kg plastic woven bags.

Hot Tags: polyether monomer tpeg 2400, China polyether monomer tpeg 2400 manufacturers, suppliers, factory, polycarboxylate polyether monomer for wind power plant building materials, polycarboxylate polyether monomer for library building materials, polycarboxylate polyether monomer for dam manufacturing building materials, polycarboxylate polyether monomer for paper manufacturing building materials, polycarboxylate polyether monomer for thermosetting based building materials, polycarboxylate polyether monomer for nuclear power plant building materials