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Catalogue grade · PCE raw material

TPEG-3000
Polyether Monomer

TPEG–Prenyl Alcohol Polyoxyethylene Ether presented in the supplied company catalogue for PCE mother-liquor formulations where slump retention is a key evaluation target.

Representative polyether monomer material image
Representative polyether monomer image; not batch-specific evidence.

Supplied catalogue reference

TPEG-3000 specification snapshot

Catalogue product name TPEG-3000
Chemical name TPEG–Prenyl Alcohol Polyoxyethylene Ether
Appearance White to yellowish flake
Hydroxyl value 17 ± 3 mg KOH/g
Degree of unsaturation ≥ 0.25 mmol/g
pH (1% aqueous solution) 5.5–7.5
Standard package 25 kg bag
Shelf life 6 months under the stated storage conditions

For PCE synthesis targeting slump retention

The catalogue positions TPEG-3000 for polycarboxylate ether mother-liquor preparation where slump-retention performance is required. Actual performance depends on the synthesis route, raw materials, dosage and concrete system.

Do not treat this as a no-additional-slump-agent guarantee. Run laboratory synthesis and concrete compatibility trials against your acceptance criteria.

Send these details for matching

  1. 01 · Synthesis route
    Target PCE structure, monomer ratio and process context.
  2. 02 · Performance target
    Initial water reduction, slump-retention interval and test conditions.
  3. 03 · Commercial context
    Trial quantity, destination port and packaging requirement.

Packaging and storage

Packaging
25 kg bag. Alternative packaging or product form is subject to confirmation.
Storage
Keep dry, clean, cool and ventilated. Maximum stated storage temperature: 40°C.
Protection
Avoid direct sunlight, rain, heat sources and fire.

Before you approve a trial

Is this the same as the site's general TPEG page?

No. The general page introduces the TPEG product route; this page records the supplied catalogue reference for the TPEG-3000 grade.

Are these values guaranteed for every shipment?

No. They are catalogue reference values. Use the current agreed specification and lot COA for acceptance.

What documents should I request?

Request the current TDS/specification, SDS and a batch COA, and confirm the quotation model code.

Company management systems

Huahai Feifei maintains ISO 9001, ISO 14001 and ISO 45001 management systems. View the company certificates. These are management-system certificates, not TPEG-3000 product certification.

Grade-specific buying brief

Resolve the model code before sample approval

The source catalogue's TPEG-3000 name and HSTP-300 reference need written reconciliation on the current quotation and product specification. Confirm which model will appear on the sample label and lot COA. This page does not resolve that identity question by assuming the codes are interchangeable.

If retention is the objective, provide the desired initial and timed workability results alongside the current monomer and finished-PCE baseline. The representative TPEG-2400 COA available elsewhere on this site cannot certify this 3000 grade. No four-hour retention, equal-mass substitution or removal of a separate retention component is guaranteed by the catalogue name.

Details for a matched sample and quotation

  • Identity: written TPEG-3000/model-code confirmation
  • Inspection: current hydroxyl value and unsaturation methods
  • Comparison: existing monomer, polymer route and concrete conditions
  • Acceptance: matching sample, agreed specification and lot COA

Prepare the monomer comparison brief →

Send this product brief with your specification request →

Request the current specification and trial availability

Include your synthesis route, performance target, quantity and destination.

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Are you synthesizing PCE or adjusting an existing admixture?

Is TPEG-3000 listed as a ready-to-blend slump-retention agent?

No. It is listed here as a polyether monomer for PCE synthesis. The catalogue does not establish a direct-blending use in a finished PCE admixture. If your starting material is already a PCE solution, describe that clearly so a raw-material inquiry is not confused with a retention-component inquiry.

Which route should I review for the existing PCE solution?

Review the separately listed RN-1 slump-retaining component or the named slump-retaining PCE flake, then request technical matching to the existing product. Their identities and evaluation routes differ from TPEG-3000; neither link approves a blend or specifies a working ratio.