Minex® ST 4 A100-10
Minex® ST 4 A100-10 is a functional filler that is produced from nepheline syenite, a naturally occurring, silica-deficient sodium-potassium alumina silicate. Automated scanning electron microscopy confirms that Minex® ST grades contain less than one-tenth of one percent crystalline silica. No free crystalline silica is detectable in the mineral complex. All Minex® ST grades are processed and sized with rigid adherence to Covia’s QIPSM quality assurance programs.
Identification
Product families
Applications
- Aerospace Coatings
- Automotive OEM Coatings
- Marine Coatings
- Architectural Coatings
- Architectural Coatings
- Aerospace Coatings
- Automotive OEM Coatings
- Marine Coatings
- Primers & Lacquers
- Primers & Lacquers
- Aerospace & Aviation
- Marine
Product Families
- Fillers & Extenders
Other characteristics
- Brand
- Minex
- End Uses
- Primer, Top Coat
- Functions
- Extender, Filler
- Markets
- Automotive & Transportation
- Building & Construction
- Paints & Coatings
- Printing & Packaging
- Technology
- CASE Ingredients
- HIGHLIGHTS
MINEX® ST functional fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium- potassium alumina silicate. Automated scanning electron microscopy confirms they contain less than one-tenth of one percent crystalline silica. No free crystalline silica is detectable in the mineral complex. All MINEX® ST grades are processed and sized with rigid adherence to Covia's QIPSM quality assurance programs. Consistently uniform chemistries, size distributions, and top size controls ensure reliable performance.
- Country Availability
- Canada
- USA
- Applications
MINEX® ST grades are easily dispersed in a wide range of advanced resin systems from industrial primers and topcoats to aerospace, automotive, marine, plus the next generation paint/primer interior and exterior architectural systems for ultimate performance.
- Availability
- 1,000 and 2,000 IBC Truck and Rail
- Coating End Applications
- Primer
- Top Coat
Technical data
Table 1 of 2
18 rows| Characteristic | Value | Unit | Method |
|---|---|---|---|
| Particle Size (Passing through 75 Mesh) | 100.0 | — | SediGraph |
| Particle Size (Passing through 45 Mesh) | 99.8 | — | SediGraph |
| Particle Size (Passing through 20 Mesh) | 91.6 | — | SediGraph |
| Particle Size (Passing through 16 Mesh) | 85.2 | — | SediGraph |
| Particle Size (Passing through 10 Mesh) | 62.5 | — | SediGraph |
| Particle Size (Passing through 5 Mesh) | 34.5 | — | SediGraph |
| Median Particle Size | 7.6 | — | SediGraph |
| Hegman Value | 4.6 | — | ASTM D1210-79 |
| Specific Surface Area | 2.2 | m²/g | — |
| Brightness | 88.3 | — | TAPPI |
| Moisture Content | 0.1 | % | ASTM C-566 |
| Oil Absorption | 30.0 | — | ASTM D-281 |
Table 2 of 2
8 rows| Characteristic | Value | Unit |
|---|---|---|
| Silicon Dioxide | 10.4 | % |
| Aluminum Oxide | 4.85 | % |
| Sodium Oxide | 23.6 | % |
| Potassium Oxide | 60.2 | % |
| Calcium Oxide | 0.39 | % |
| Iron Oxide | 0.08 | % |
| Magnesium Oxide | 0.02 | % |
| Loss on lgnition | 0.5 | % |
