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Kwark® XP500 is used as an additive / raw material and mixed in various formulations in order to improve key properties of the final product. Kwark® is available under several particle size distributions to match various applications.

Functions: Filler

Particle Size: 10.0 - 100.0 microns

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Knowde Enhanced TDS

Identification & Functionality

CASE Ingredients Functions
Technologies

Features & Benefits

Features
  • High performance: thermal conductivity of 0.018 – 0.022 W/(m.K) as granular bed (0.012 W/(m.K) intrinsically)
  • Stable in front of all external conditions: from -195°C to 450°C
  • Excellent fire behavior: non-flammable material, no particles or flaming droplets, no toxic smoke released
  • Suitable for various applications: particle sizes from 0.01 mm to 3.5 mm
  • Lightweight: bulk density of 75 kg/m3

Applications & Uses

Applications
  • Coating :The Kwark® Powder product range is used for paint and coating applications. With a thermal conductivity of 0.013 W/(m.K), our silica aerogel is far superior to other additives, making it the best choice for professional formulators. In addition, it’s extremely high surface area and porosity combined with moisture resistant properties make it the ideal product for the next generation of high performance coatings.
  • Buildings & Construction :The Kwark® Powder product range is designed for the formulation of super-insulating building materials. Insulating thin render or insulating wall repair patch & filler can be develop using the Kwark® Powder. They will improve significantly the insulation of wall even if they are thin. It’s the first millimeters of the product which are the more important.
  • Plastic materials :The addition of our Kwark® Powder product to the formulation of your masterbatch gives better thermal insulation properties of plastics and polymers. Kwark® Powder is sufficiently thin and easily blended to be introduced into most plastic products formulated from a masterbatch.

Properties

Physical Form
Typical Properties
ValueUnitsTest Method / Conditions
Thermal conductivity0.018 – 0.022W/(m.K)
bulk density75kg/m3
particle size distribution10 - 100µm