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Sil-cell

Silbrico Brand

Supplier:Silbrico
Products:5
Sil-Cell is an ultra-light, naturally occurring, Aluminum Silicate, microcellular filler that is inert, inorganic, non-toxic and PH neutral. Particles are formed by creating a structure of multicellular spherical bubbles. Sil-Cell is exclusive to Silbrico and manufactured at our facilities in Illinois and Pennsylvania, as well as in Australia.
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Overview

Sil-Cell is an ultra-light, naturally occurring, Aluminum Silicate, microcellular filler that is inert, inorganic, non-toxic and pH neutral. Particles are formed by creating a structure of multicellular spherical bubbles.

Sil-Cell is exclusive to Silbrico and manufactured at our facilities in Illinois and Pennsylvania, as well as in Australia.

Structure

Sil-Cell is an excellent functional filler because of its inert properties, low density and structure. The multicellular structure provides greater tensile strength versus other types of micro fillers.

Due to its low effective specific gravity (E.S.G.), it is an exceptional density reducing agent for composites. Sil-Cell’s E.S.G. ranges from 0.17 to 0.336 g/cm3 compared to calcium carbonate type fillers that range from 2.5 to 2.8 g/cm3.

Standard Chemical Analysis
SiO2 (Silicon Dioxide) 73%
Al2O3 (Aluminium Oxide) 17%
K2O (Potassium Oxide) 5%
Na2O (Sodium Oxide) 3%
CaO (Calcium Oxide) 1%
Trace Elements 1%

Trace Elements

Manganese <0.3%
Sulfur <0.2%
Titanium <0.1%
Barium <0.1%
Gallium <0.05%
Boron <0.01%
Chromium <0.0075%
Zirconium <0.003%
Molybdenum <0.002%
Nickel <0.002%
Copper <0.0015%
Lead <0.001%*
Arsenic <0.001%*
Chlorine <0.0005%

All analyses are shown in elemental form even though the actual forms present are mixed glassy silicates. Free Silica may be present in small amounts, characteristic of the particular ore body.

*By Food Chemicals Codex Method

Physical Properties
Hygroscopic Moisture 0%
Surface pH 6.5 - 7.5
Fusion Point 2300°F
Fusion Point 1260°C
Proprietary Surface Treatments are Available to Improve Performance
Type Ordering Code(s) Molecular Structure Hydrophobic Oleophobic
Uncoated BC   No No
Silane 23 Monomer Yes Yes
Silicone 34 (18) Polymer Yes Yes

23 Coating

  • Is an organometallic silane type reactive monomer
  • Creates a monolayer film on the surface of the particle
  • Demonstrates moderate hydrophobic and oleophobic properties
  • Significantly reduces the surface viscosity of perlite
  • Improves the Rheological properties of composites
  • Demonstrates moderate resistance in temperature and pressure

34 (18) Coating

  • Is an organometallic silicone type reactive polymer
  • Creates a multiple layer formation on the surface of the particle
  • Demonstrates significant hydrophobic and oleophobic properties
  • Moderately reduces the surface viscosity of perlite
  • Improves the Rheological properties of composites
  • Demonstrates significant resistance in temperature and pressure