FR-997 Ceramic
- FR-997
99.7% pure alumina ceramic material, containing less 500 ppm silica, intended for applications where
excellent surface finishes and superior chemical corrosion resistance are required.
Features Include:
- Excellent resistance to hydrofluoric acid attack
- Resistant to Plasma Fluorine ion damage
- Capable of thermal application temperatures up to 1,400°C
- High compressive strength
- No measurable interconnected porosity and a bulk density of >3.91 g/cm3
- High volume resistivity
Link to the data sheet:
- FR-997
99.7% pure alumina ceramic material, containing less 500 ppm silica, intended for applications where excellent surface finishes and superior chemical corrosion resistance are required.
Features Include:
- Excellent resistance to hydrofluoric acid attack
- Resistant to Plasma Fluorine ion damage
- Capable of thermal application temperatures up to 1,400°C
- High compressive strength
- No measurable interconnected porosity and a bulk density of >3.91 g/cm3
- High volume resistivity
Link to the data sheet:
- Fralock Ceramic Materials
FR-995 Ceramic
A general-purpose high purity alumina ceramic material that offers excellent dielectric properties along with high compressive strength and good thermal insulation properties.
Features Include:
- High Dielectric Strength
- Metallizable for hermetic assemblies
- High compressive strength
- High volume resistivity
- Enables making complex green machined components
FR-997 Ceramic
99.7% pure alumina ceramic material, containing less than 500 ppm silica, intended for applications where
excellent surface finishes and superior chemical corrosion resistance are required.
Features Include:
- Excellent resistance to hydrofluoric acid attack
- Resistant to Plasma Fluorine ion damage
- Capable of thermal application temperatures up to 1,400°C
- High compressive strength
- No measurable interconnected porosity and a bulk density of >3.91 g/cm3
- High volume resistivity
FR-998 Ceramic
This is a 99.8% pure, high fired density, advanced alumina ceramic containing less than 300 ppm silica and 200 ppm soda. It is ideal for applications in which excellent surface finish, RF properties, and superior chemical corrosion resistance is required.
Features Include:
- Excellent resistance to Hydrofluoric, Nitric, and Hydrochloric acids
- Low soda content meets most semiconductor 99.8% Alumina specifications
- Highly resistant to Plasma Fluorine damage
- High volume resistivity and high dielectric strength
FR-AIN-ST Ceramic
An advanced structural Aluminum Nitride ceramic made using high temperature liquid phase sintering. It is a fully dense, tan colored, structural ceramic capable of being made using near net shape and diamond grinding processes.
Features Include:
- High thermal conductivity of 180 w/mK at 100°C; much higher below room temperature
- Capable of withstanding heating and cooling rates >350°C per second
- Precision green machining available to create complex near net shape components
- Low soda content meets most stringent semiconductor equipment specifications
- Excellent resistance to Fluorine plasma and Hydrofluoric acid
