CRITICAL MINERALS & ADVANCED MATERIALS

The technology economy begins with materials. Pax Silica Pilipinas Inc. focuses on critical minerals and advanced materials that support semiconductors, AI, energy, electronics, advanced manufacturing, and the technologies of tomorrow.

Isometric technical diagram of an industrial complex with multiple buildings and electrical equipment.
Schematic · AI factory campus
Rev 2026.07
STRATEGIC MATERIALS

SILICA

& QUARTZ
FOUNDATIONAL MATERIALS FOR ADVANCED TECHNOLOGY
STRATEGIC IMPORTANCE

High-purity silica and quartz are essential materials for semiconductors, electronics, solar technologies, fiber optics, specialty glass, and advanced manufacturing.

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Pax Silica Pilipinas Inc. evaluates silica and quartz opportunities through scientific characterization, purity analysis, mineralogy, processing requirements, market specifications, logistics, and commercial potential.

MATERIAL
HIGH-PURITY SILICA & QUARTZ
APPLICATIONS
SEMICONDUCTORS • SOLAR • OPTICS • GLASS
VALUE CHAIN
RESOURCE → MATERIAL → TECHNOLOGY
STRATEGIC MATERIALS

RARE EARTH

ELEMENTS
CRITICAL MATERIALS FOR ADVANCED TECHNOLOGY
STRATEGIC IMPORTANCE

Rare earth elements are essential to permanent magnets, electric motors, robotics, electronics, energy technologies, aerospace systems, and advanced manufacturing.

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Pax Silica Pilipinas Inc. evaluates rare-earth opportunities through scientific characterization, mineralogy, recovery testing, and emerging separation technologies, including potential LanM-based systems subject to technical validation and appropriate partnerships.

MATERIAL
RARE EARTH ELEMENTS
APPLICATIONS
MAGNETS • MOTORS • ROBOTICS • ELECTRONICS
VALUE CHAIN
RESOURCE → SEPARATION → ADVANCED MATERIALS
Isometric technical diagram of an industrial building with internal piping, machinery, and electrical panels.
Schematic · facility power spine
Rev 2026.07
Isometric technical diagram of a city grid with three highlighted buildings connected by a white network.
Schematic · storage grid district
Rev 2026.07
STRATEGIC MATERIALS

TUNGSTEN

& STRATEGIC METALS
CRITICAL MATERIAL FOR ADVANCED INDUSTRY
STRATEGIC IMPORTANCE

Tungsten is a strategic material valued for its exceptional hardness, heat resistance, and high melting point, supporting advanced manufacturing, aerospace, electronics, energy, and specialized industrial applications.

Our answer

Pax Silica Pilipinas Inc. evaluates tungsten opportunities through geological research, scientific characterization, mineralogical analysis, recovery testing, and responsible project development.

MATERIAL
TUNGSTEN
Architecture
ADVANCED MANUFACTURING • AEROSPACE • ENERGY
Standard
STRATEGIC INDUSTRIAL APPLICATIONS
Capability matrix

One strategy. Three critical material pathways.

SILICA & QUARTZ
RARE EARTH ELEMENTS
TUNGSTEN
STRATEGIC FOCUS
HIGH-PURITY SILICA
REE SEPARATION
ADVANCED INDUSTRY
VALUE CHAIN
QUARTZ → PURIFICATION → SILICA
REE ORE → SEPARATION → PURIFIED REEs
TUNGSTEN ORE → PROCESSING → TUNGSTEN
POTENTIAL OUTCOMEE
HIGH-PURITY MATERIAL POTENTIAL
PURIFIED REE POTENTIAL
STRATEGIC MATERIAL POTENTIAL
DEVELOPMENT PATH
LAB → PILOT → COMMERCIAL VALIDATION
RESEARCH → PILOT → COMMERCIAL VALIDATION
EVALUATION → PILOT → COMMERCIAL VALIDATION
VALIDATION
LAB ANALYSIS & PURITY TESTING
LAB & SEPARATION VALIDATION
METALLURGICAL & RECOVERY TESTING
MARKET PATH
SEMICONDUCTORS • SOLAR • ADVANCED GLASS
MAGNETS • MOTORS • ELECTRONICS • ENERGY
AEROSPACE • TOOLING • ENERGY • ADVANCED INDUSTRY