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Pangel C150

Chemical Family
Silicates

Pangel C150 is a rheological additive manufactured from sepiolite. It is a powder additive that improves the system rheology and controls system flow and consistency, ensuring optimum distribution of solvents, fillers, and other components. Suspensions made with Pangel C150 are stable even at high electrolyte concentrations. It has a stable rheological behaviour over a wide pH range and at high temperatures.

Properties

Physical Form
Powder

Identification

CASE Ingredients Functions
Rheology Modifier

Product families

CASE Ingredients — Additives
  • Rheology Modifiers & Stabilizers
Industrial Additives & Materials — Construction Chemicals
  • Asphalt Additives

Other characteristics

Brand
Dar-Tech Pangel
Features

Highly Thixotropic, Improved Rheology, Improved Workability, Water Resistance

Functions
Rheology Modifier
Note

* - Suspension in water at 6%, dispersed at high shear (18 m/s) for 5 minutes

Appearance
Free flowing powder
Shelf LIfe
1 Year
Key Features

Pangel C150 imparts excellent thixotropic and pseudoplastic properties to the systems in which it is incorporated; this favors an excellent suspending and thickening behavior, improving application and workability of the final product.. Suspensions made with Pangel C150 are stable even at high electrolyte concentration. Its rheological behavior is stable in a wide pH range and at high temperatures.

Technology
  • CASE Ingredients
  • Industrial Additives & Materials
Applicable Processes
Foundry
Country Availability
  • Canada
  • USA
Fields of Application
  • Waterproofing asphalt sheets
  • Asphalt emulsions
  • Water based foundry coatings
Coating End Applications
Waterborne Coating
Industrial Additives Features
Water Resistance
Industrial Additives Functions
Rheology Modifier

Technical data

Table 1 of 2

3 rows
CharacteristicValueUnit
Bulk Density380 - 520g/l
Moisture Content10.0 - 15.0%
Brookfield Viscosity (at 5 rpm)*min. 17,000mPa.s

Table 2 of 2

3 rows
CharacteristicValueUnit
Wet Sieving Residue (on 125 μm)max. 0.5%
Wet Sieving Residue (on 150 μm)max. 0.1%
Wet Sieving Residue (on 45 μm)max. 8.0%

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