VEINTEX Logo

Gold Mica
Veintex's Shimmering Asset

Phlogopite, commonly known as "gold mica," is a key mineral in Veintex's mining portfolio. Our significant deposits of this valuable mineral have established us as a major player in the global mica market, particularly in the niche for high-quality, ethically sourced mica with unique golden hues.

Gold mica sample showing characteristic golden-brown color with shimmering appearance

Our Gold Mica Solutions

Phlogopite is a member of the mica group of sheet silicate minerals. It typically forms in metamorphic rocks, particularly in marble formed from dolomitic limestones, and in ultramafic igneous rocks.

Chemical Formula:

KMg₃(AlSi₃O₁₀)(F,OH)₂

Crystal System:

Monoclinic

Mohs Hardness:

2.5-3

Distinctive Color:

Golden-brown to yellow-gold hue, highly sought after in various industries.

Superior Heat Resistance:

  • Withstands temperatures up to 1000°C
  • Thermal conductivity: 0.3-0.5 W/(m·K)

Excellent Electrical Properties:

  • High dielectric strength: 1600-2000 V/mil
  • Low power loss factor: 0.0001-0.0004 at 1 MHz

Flexibility:

More pliable than other mica types, with a bending radius as low as 0.1 mm for thin sheets.

Chemical Stability:

  • Resistant to most acids (except hydrofluoric and concentrated sulfuric acids)
  • Inert to many organic solvents

Optical Properties:

  • Refractive index: 1.57-1.60
  • Birefringence: 0.033-0.045

Large Reserves:

Our sites contain substantial deposits of high-quality gold mica, ensuring a stable supply.

Consistent Quality:

  • Advanced extraction methods using precision cutting and sorting technologies
  • Rigorous quality control measures including XRF analysis and optical grading

Customizable Grades:

We offer various grades to meet specific industry requirements:

  • Sheet mica (high-grade): for electronics and specialty applications
  • Ground mica (various particle sizes): for paints, plastics, and cosmetics

Ethical Sourcing:

  • All our gold mica is responsibly mined, adhering to strict environmental and labor standards
  • Regular third-party audits ensure compliance with international ethical mining practices

Cosmetics Industry:

  • Adds natural, golden shimmer to makeup products
  • Used in foundations, eyeshadows, and nail polishes

Automotive Paints:

  • Creates luxurious, pearlescent finishes
  • Enhances durability and weather resistance of coatings

Electronics:

  • High-performance insulation for electronic components
  • Used in capacitors, resistors, and transistors

Construction:

  • Adds decorative elements to paints, plasters, and concrete
  • Improves insulation properties of building materials

Oil Drilling:

  • Component in drilling fluids for high-temperature wells
  • Enhances lubricity and thermal stability of drilling muds

Aerospace:

  • Used in thermal protection systems for spacecraft
  • Component in high-temperature resistant coatings

The value of phlogopite mica depends on several factors:

Quality Grades:

  • Clear Sheet: Highest grade, used in electrical and optical applications
  • Stained Sheet: Lower clarity, used in applications where visual appearance is less critical
  • Ground Mica: Various grades based on particle size and purity

Pricing Factors:

  • Sheet Size: Larger sheets command premium prices
  • Clarity and Color: Clearer, more uniformly colored mica is more valuable
  • Flexibility: Higher flexibility grades are priced higher

Market Position:

  • Sri Lankan phlogopite mica, including Veintex's, is considered some of the best globally
  • Our mica often commands premium prices due to its high quality and ethical sourcing

Environmental Management:

  • Implementation of water recycling systems in processing plants
  • Reforestation programs in mined areas

Community Engagement:

  • Local employment and training programs
  • Support for community development projects

Market Growth:

The global mica market is projected to grow at a CAGR of 2.5% from 2024 to 2030, with phlogopite mica seeing increased demand in emerging applications.

Innovation Focus:

  • Research into new applications in renewable energy technologies
  • Development of enhanced processing techniques for ultra-pure mica