Product · Carbomer Copolymer · PharmaceuticalPharmaceutical Grade

Carbomer AM-1382 (Copolymer, Pharma)

Comparable viscosity profile to industry-standard grades such as Carbopol 1382

Pharmaceutical-grade Carbomers are manufactured under distinct process controls specific to pharmaceutical formulation requirements. Additional pharmaceutical-grade options beyond those listed may be available — contact us with your target application.

Grade: Copolymer (Pharma)Ascend Model: AM-1382Family Overview

Technical Specifications

Chemical name

Acrylates/C10-30 Alkyl Acrylate Crosspolymer

Viscosity (0.5wt% neutralized gel)

10,000 – 29,000 Cp

pH (10mg/mL aqueous solution)

2.5 – 3.5

Ethyl acetate residue

≤0.5%

Cyclohexane residue

≤0.3%

Benzene

≤2 ppm

Acrylic acid

≤0.25%

Loss on drying

≤2.0%

Residue on ignition

≤2.0%

Heavy metals

≤20 ppm

Free of benzene and acrylamide.

Key Applications

Salt- & Ion-Resistant Thickening

Maintains thickening performance in pharmaceutical formulations containing electrolytes or ionic actives, where a standard homopolymer grade would lose viscosity.

Frequently Asked Questions

Why choose AM-1382 over a homopolymer grade like AM-971P?
AM-1382 is a copolymer built specifically for salt- and ion-resistant thickening. If your formulation contains electrolytes, ionic actives, or higher-ionic-strength systems, AM-1382 maintains viscosity where a standard homopolymer would break down.
Is AM-1382 free of benzene and acrylamide?
Yes. AM-1382 is manufactured to be free of benzene and acrylamide, with benzene residue controlled to ≤2ppm.
Which pharmacopoeia standards does AM-1382 comply with?
Manufactured with quality control benchmarked against industry-standard reference grades, with batch documentation available to support your regulatory filings.
Do you provide certificates of analysis for each batch?
Yes, a batch-specific COA is provided with every shipment, along with ISO certification and MSDS/TDS on request. Regulatory documentation for pharmaceutical filings is available on request.