YSHIELD® AQUACOND K40 | Carbon pigment dispersion 40 µm | 5 liter
Fine dispersion of carbon black and a carbon pigment d50 = 40 µm. For abrasion-resistant coatings from 10 ohms.
WEIGHT: 7000 g - GTIN: 4260103668088 - COO: DE - TARIC: 32091000
This product is intended for professional use only and is not available for sale to private persons.
PRODUCT SAFETY. Manufacturer: YSHIELD GmbH & Co. KG, Rotthofer Strasse 1, 94099 Ruhstorf, Germany, Telephone: 00498531410790, Email: info@yshield.de
YSHIELD® AQUACOND K40 is a water-based dispersion of a hard carbon pigment with an average particle diameter of 40 µm. In combination with a binding agent, square resistances from 10 ohms are possible. Neutrally formulated and therefore suitable for use in a wide range of technological fields. Non-greasy and hard dispersion for the formulation of shielding paints, EMC coatings, infrared heating coatings, etc.
Technical data
- Delivery: In 5-liter buckets (60 per pallet), or in IBCs for orders of 800 liters or more.
- Color: Dark gray
- Solvent: Water
- Dispersing additive: Nonionic
- K40 pigment: Carbon pigment d50 = 40 µm; d90 = 60 µm; in combination with our AQUACOND BAC binding agent, resistances from 10 ohms can be achieved.
- Viscosity: 3000 mPas
- PH value: 6.3
- Density: 1.42 kg/l
- Solid content: 54.5 %
- VOC content: 0 g/l
- Ingredients: Water, carbon pigment, carbon black, additives, preservative BIT/INN. Water-soluble without additional binding agent.
AQUACOND mixing system
We have been developing and producing electrically highly conductive carbon coatings since 2003. In addition to our globally renowned standard products, we have developed many customized solutions for absorption, plastic coatings, heating applications, textile coatings, and more. This is very time-consuming for us and sometimes not very effective when projects with high development costs and purchase quantities do not match. For this reason, we have developed the AQUACOND mixing system: Compatible base components can be mixed as desired for individual conductivity applications. The aqueous dispersions have been developed for maximum compatibility with as many of your usual ingredients as possible.