TRANSPARENT CERAMIC

TRANSPARENT CERAMIC

TRANSPARENT CERAMIC

TRANSPARENT CERAMIC

Basic properties

Very high mechanical resistance (wear, abrasion…)
This ceramic represents a perfect substitute for sapphire, with lower price.
High temperature resistance > 1200°c.
Perfectly dense material.
High RIT in the visible, UV and IR (such as sapphire and quartz).
Machinable with high precision
Polishable
No open porosity

Applications

Balistic Armor windows
Missile domes
Transparent watch body
Security windows
High pressure windows
High temperature windows
Wear resistance windows

Specifications :
Diameter tolerances: +0.0/-0.1mm
Thickness tolerances: ±0.2mm
Transparency: >80%
Parallelism: <3’ Frontwave dispersion: λ per 25mm at 632nm Bevel: <0.35mm ×45º

 

Available standard dimensions :
-Diam 25 x ép. 3 mm
-Diam 30 x ép. 2 mm
-Diam 50 x ép. 5 mm
-Diam 76 x ép. 3 mm
-Diam 100 x ép. 6 mm
-Diam 150 x ép. 10 mm
-Diam 200 x ép. 10 mm
-Diam 100 x ép. 6 mm
-Diam 150 x ép. 10 mm
-Diam 200 x ép. 10 mm

*These datas are for information purpose only. They do not engage SCERAM’s responsibility.

associated products ↓

PYREX

PYREX

PYREX

PYREX

Basic properties

Inert glass with high hydrolytic resistance
Hard glass with high softening point
Glass with low expansion coefficient with good resistance to thermal shock.
Glass easy to work with a blowtorch.
Millable
Working temperatures: from 300 to 400°C

Applications

Laboratory equipments
Optical sight glasses
Machined research components

associated products ↓

QUARTZ

QUARTZ

QUARTZ

QUARTZ

Basic properties

High chemical purity
Very weak expansion coefficient
Very high thermal shock resistance
Working temperature : 1050°c
Peak temperature lapses: 1200°c
Can be worked when heated. Possibility to produce complex shapes
Can be welded
Very good optical properties. Transmission in UV spectrum

Applications

Sight discs
Optical
Semi-conductors.
Laboratory material
Electronic
Infrared

Realisations

SAPPHIRE

SAPPHIRE

SAPPHIRE

SAPPHIRE

Basic properties

High mechanical strength
High thermal stability
High heat transmission
Chemically inert
Very high electrical insulation
Very high hardness
Very good wear resistance
Low friction coefficient
High temperature resistance
Good optical properties
Good resistance to acids
UV transparent, infrared and visible radiation.

Applications

Semi-conductor wafers
Watch windows
Electronical applications
Measuring tools.
Optical prisms and lenses
Pistons

Realisations

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