| Product Properties | |||
|---|---|---|---|
| Constitution: | Hydroxy propyl methyl cellulose | ||
| Appearance: | White Powder | Delayed Solubility: | No |
| Substitution degree: | High etherification | Ionicity: |
Nonionic
|
| Product Specification | |||
|---|---|---|---|
| Moisture: | ≤6% | ||
| Content of NaCI: | ≤1.5% | ||
| Particle Size: | <150µm: min 98.0 % | ||
| Particle Size: | <125µm: min 50.0 % | ||
| Viscosity: | 38-62 mPa·s | ||
| Brookfield, in 2.0% water solution, at 20°C. | |||
| Referential Data | |
|---|---|
| Active substance(dry basis): | >98.0 % |
| Bulk Density: | 280g/l – 450g/l |
Celotech’s Hydroxypropyl Methylcellulose (HPMC) serves as an excellent stabilizer and protective colloid in suspension polymerization processes, offering:
✔ Particle Size Control – Ensures uniform polymer bead formation (50-500 μm adjustable range)
✔ Enhanced Process Stability – Prevents agglomeration and fouling during polymerization
✔ pH & Temperature Tolerance – Stable performance across pH 3-11 and up to 90°C
✔ Low Residual Content – Minimizes ash content (<0.5%) for cleaner polymer products

Celopro® VE is a specially engineered hydroxypropyl methylcellulose (HPMC) grade designed for use as a protective colloid in suspension polymerization, particularly in the production of PVC (polyvinyl chloride). With excellent colloidal stability, viscosity control, and thermal resistance, Celopro® VE plays a critical role in ensuring efficient polymerization and optimal particle morphology.
Suspension polymerization of PVC (polyvinyl chloride)
Production of vinyl-based resins requiring tight particle size control
Polymer systems where colloidal protection and viscosity tuning are critical
With its robust protective colloid properties and proven field performance, Celopro® VE is a trusted HPMC solution for manufacturers aiming to enhance polymerization efficiency, product consistency, and PVC resin quality. Supported by Celotech’s technical expertise and quality assurance, Celopro® VE delivers both performance and process reliability.
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