FACTS & FIGURES ON ASPANGER Founded: 1856 Turnover 2019: 4 - - PowerPoint PPT Presentation

FACTS & FIGURES ON ASPANGER

• Founded:

1856

• Turnover 2019:

4 Mio. € (2020: appr. 5 Mio €)

• Market:

Worldwide from USA to Japan

• Employees:

22

• Overall mining:

300.000 mt / year

• Thereof MICA & ASPOLIT: 15.000 mt / year
• Certification:

ISO 9001 & 14001, COSMOS

• Deposit (MICA & ASPOLIT): ~ 3 Mio. mt

2

Aspanger Team

Tagbau im Reißbetrieb

Opencast Mining Wet Processing

MICA, ASPOLIT, ASPOLIT-W, quartz sand

Laboratory

Quality assurance

Dry Processing

MICA , ASPOLIT, ASPOLIT-W, Schlicker

Comparison Silicate fillers

5

Mica / Aspolit Talcum Kaolin

Main differences

Mohs hardness 2,5 / (2,5 / 7)

1 2

Aspect ratio – 60:1

– 35:1 – 15:1

Benefits Excellent wettability (low oil absorption) Reduction of permeability (high Aspect ratio) Polarity hydrophilic

surface (hydrophobic), edge (hydrophilic) hydrophilic

General information

pH-value 9,5

9 4,5 - 7,5

Refractivity 1,56

1,57 1,56

Density 2,75

2,75 2,6

Particle structure lamellar, flat and platy

lammellar, wavy and platy lamellar

Chemical resistance 

(except HF acid)

 (except HF acid)  (except HF acid)

Heavy metal content

• Example: Guideline for ecological wall

paint (Ecolabel UZ17)

• Listed Elements: As, Pb, Cd, Hg, Cr(VI)
• Limits:

As 10 ppm (1,7)* Cr(VI) 3 ppm (-) Cd 2 ppm (<0,5) Hg 2 ppm (0,014)

*analysis from 5/18 – ALS , Dublin

Relationship between Aspect Ratio and Permeability

7

• Density

2,85 g/cm3

• Mohs hardness

2,5

• Refractivity

1,56

• pH-value

9,5

• Moisture

< 1%

MICA

8

Grain size

• Density

2,75 g/cm3

• Mohs hardness

2,5 Mica 7 Quarz

• pH-value

9,5

• Moisture

< 1%

ASPOLIT

9

Grain size

ASPOLIT-W

• Density

2,75 g/cm3

• Mohs hardness

2,5 Mica 7 Quarz

• pH-value

9,5

• Moisture

< 1%

10

Grain size

Paints

Why MICA & Aspolit in paints?

1.) Excellent wettability due to low oil absorption 2.) Increases opacity & coverage 3.) Reduces cracking & shrinkage 4.) Reduces visibility of overlapping 5.) Ensures good adhesion 6.) Reduces pinhole effect 7.) UV, IR and chemical resistance

8.) Excellent Dispersibility

9.) Improves wet rub resistance (mainly Aspolit because of abrasion)

Coatings

Why MICA & Aspolit in coatings?

1.) Reducing permeability due to high aspect ratio 2.) Excellent wettability due to low oil absorption 3.) Reduces cracking & shrinkage & overlapping 4.) Ensures good adhesion 5.) UV, IR and chemical resistance 6.) Reduces pinhole effect 7.) Excellent Dispersibility

Construction

Why MICA & Aspolit in Construction?

1.) Excellent wettability due to low oil absorption 2.) Increases opacity & coverage 3.) Reduces cracking & shrinkage & overlapping 4.) Ensures good adhesion 5.) UV, IR and chemical resistance 6.) Excellent Dispersibility 7.) Reduces pinhole effect 8.) Improves wet rub resistance (mainly Aspolit because of abrasion)

Adhesives

Why MICA & Aspolit in adhesives?

1.) Excellent combination of viscosity and tensile strength due to mineral structure 2.) Excellent wettability due to low oil absorption 3.) Reduces cracking & shrinkage 4.) Chemical resistance 5.) Ensures good adhesion 6.) Excellent Dispersibility

Plastics & compounds

Why MICA in plastics and compounds?

1.) Improves mechanical strength & stiffness 2.) Low electric conductivity – isolation effect 3.) Reduces cracking & shrinkage & overlapping 4.) Excellent wettability due to low oil absorption 5.) Improves heat resistance 6.) Reduces pinhole effect 7.) Low thermal conductivity 8.) Excellent Dispersibility 9.) Excellent UV, IR and chemical resistance

Decorative cosmetics

Why MICA in decorative cosmetics?

1.) Excellent wettability due to low oil absorption 2.) Ideal filler not only for make-up, lipsticks & eyeliner 3.) REACH, CMR and Nanoparticle regulations are not applicable 4.) Extremely marginal content of heavy metals 5.) Increases opacity & coverage 6.) Reduces cracking & shrinkage 7.) Improves surface properties & adhesion 8.) Excellent Dispersibility 9.) Basis material for pearlescent pigments

Biological agriculture

Why MICA in biological agriculture?

1.) Excellent wettability due to low oil absorption

2.) Purely organic insecticide (e.g. Pear Psyllid insect) 3.) Safe to use in the food industry – extremely marginal content of heavy metals 4.) Improves surface properties of food & vegetable 5.) Protection against russeting 6.) Excellent UV resistance 7.) Excellent Dispersibility 8.) Reduction of permeability (high aspect ratio)

Industrial Niches

Industrial niches for MICA & Aspolit:

1.) Iron foundry (sand) 2.) Special paper application 3.) Refractory industry 4.) Clutch & brake pads 5.) (Coloured) pencils 6.) Insulation materials 7.) Ceramics

PERFORMANCE

• f MICA & ASPOLIT

19

Thank you for your attention! Any questions?