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VIVAPUR® HPMC K15M

Sold by JRS Chemistry - J. Rettenmaier & Söhne GmbH + Co. KG
Function: Stabilizer, Coating Agent, Rheology Modifier, Gelling Agent, Thickener
Labeling Claims: Halal, Kosher, Gluten-free
Physical Form: Powder, Solid, Gel
Features: Improved Water Retention, Good Film Former, Suspension Stability
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TypeDocument Name
Brochure
JRS Hydrocolloids Brochure
JRS Hydrocolloids Brochure
Brochure
Technical Data Sheet
VIVAPUR® HPMC K15M Technical Data Sheet
VIVAPUR® HPMC K15M Technical Data Sheet
Technical Data Sheet
Brochure
JRS Natural Coatings Solutions Brochure
JRS Natural Coatings Solutions Brochure
Brochure

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Identification & Functionality

Industrial Additives Functions
CAS No.
9004-65-3
Ingredients
Hydroxypropyl Methyl Cellulose (HPMC)
Food Additive Number
E 464, INS 464
Technologies

VIVAPUR® HPMC K15M Features & Benefits

Applications & Uses

Properties

Physical Form
Odor
Neutral
Flavor
Neutral
Appearance
White, Powder
Physico-Chemical Properties
ValueUnitsTest Method / Conditions
Assay for Hydroxypropoxyl Groups*2021-12-04%-
Assay for Methoxyl groups*19 - 24%-
Insoluble inEthanol--
Loss on Dryingmax. 5%-
Molecular Weight13,000 - 200,000--
pH-value5 - 8--
SolubilitySwelling in water, Producing a Clear to Opalescent, Viscous, Colloidal solution--
Sulphated Ash Contentmax. 1.5%-
Viscosity11,250 - 21,000mPa.sUSP-Method
Microbiological Values
ValueUnitsTest Method / Conditions
Total Plate Countmax. 1 x 10³ cfu/g-
Yeasts and mouldsmax. 2 x 10² cfu/g-
Heavy Metals
ValueUnitsTest Method / Conditions
Arsenic Content**max. 3mg/kg-
Cadmium Content **max. 1 mg/kg-
Lead Content**max. 2 mg/kg-
Mercury Content**max. 1 mg/kg-
Propylene Chlorohydrins**max. 0,1 mg/kg-
Note

* the substituents were determined by gas chromatography

**monitoring

Regulatory & Compliance

Technical Details & Test Data

JRS Hydrocolloids – Thermal Reversible Cellulose Ether Gels

Thermal Reversible Cellulose Ether Gels

Hydroxypropylmethylcellulose (HPMC) is a modified cellulose ether and appears as whitish powder in dry state. The degree of substitution (DS) and the methyl/hydroxypropyl ratio as well as the degree of polymerization define the characteristics of various grades. Cellulose ethers are generally soluble in cold water and yield clear solutions in a wide range of viscosity from 5 to 60,000 mPa·s (2 % w/w at 20 °C). HPMC is frequently used as rheology modifier, protective colloid in PVC production, water retention aid, pharmaceutical coating agent and more.

 

JRS HPMC Core Benefits

HPMC is typically used in dosages of 1-3 % (w/w) in aqueous systems. The clear solutions show thermal reversible gelation behavior (Pic. 1), where gelation temperature and resulting gel strength can be adjusted through available grades. Hydrophobic effects of the methoxyl groups facilitate thermo-reversible gelation. At lower temperatures, water molecules form enclosed structures around the hydrophobic groups, which disintegrate upon heating.The subsequently exposed methoxyl groups form hydrophobic aggregates, which are the reason for the gelation process (Graph. 1). HPMC is not very sensitive
towards pH and stable between 3 and 11.

Pic. 1: HPMC gels.

The good compatibility with synthetic or natural polymers like PVOH, starch, xanthan or guar and many more is proven. Whereas very high salt concentrations can cause flocculation of the product.

JRS HPMC products are also suitable as film forming agents. Their transparent and flexible films exhibit certain tackifying effects. This stickiness can be exploited to adapt coating properties in green and finished state. Additionally, HPMC films form an
effective oil barrier with the KIT level 12.

Graph. 1: Thermal reversible gelation curve of typical HPMC grades.

Storage & Handling

Shelf Life
Atleast 3 Years
Storage
  • Store at room temperature in dry conditions. In original and unopened bags, best before at least 3 years starting with production date