ALUMINA PHOTX A100

Applications and benefits of using ceramic 3D printing

ALUMINA PHOTX A100 is one of the most commonly used ceramics, It's a high-purity, fast-curing alumina resin designed for precision 3D printing and high-performance ceramics. Known for its mechanical strength, hardness, and electrical resistivity, it's widely used in electronics, RF technology, coatings, industrial, and biomedical sectors.
Alumina offers wear resistance, thermal stability, and chemical inertness. PHOTX A100 provides excellent surface finishes and high resolution, with a minimum feature size of 0.150 mm and layer thickness around 50 μm. It's suits perfectly for semiconductor components, medical implants, valves, pumps, and other advanced technologies.

Key Features & Benefits

• Excellent Mechanical Strength
• High Electrical Resistivity
• Superior Thermal Conductivity
• Versatile and Precise
• Specifically optimized for CERAM PRO 365 3D Printers

ALUMINA PHOTX A100 Technical Specifications

Base material ALUMINA PHOTX A100

Applications Electronics, Electrical Insulation (tubing, sheets, bars, rods, discs), RF Antenna Windows, High-Speed Missile Radomes, Wear-Resistant Coatings, Ceramic Substrates, Catalyst Supports, Biomedical, LED Phosphors.

Typical Sintering Cycle

• 320°C: 1-3 hrs
• 600°C: 1-3 hrs
• 1650°C: 2-4 hrs

% Theoretical Density (g/cc)

97 %

Purity

99 %

Curing wavelength (nm) 365 preferred and 405

Print Time Fast curing

Ramp rates Part Geometry Specific

Viscosity Low

Settling Suitable for long prints or multi-day printing

Green Strength Good

Layer Thickness 25 – 50 µm