The “Materials and Processes for Optical Fibres” Domain aims to produce optical glasses preforms to produce original optical fibres. Our raw materials are high purity precursors (liquids, powders…)

 

Expertise Domain and Related Equipments

 

  • Doped silica glasses realised by chemical way – Rare earth doping

  • Melt Quenching set up to realise Glass material
  • Gas purification (O2 / He / C2F6 / N2 / Ar) materials at high temperature (up to 2000°C)

  • Glass workshop for assembling

  • Fusion splicing and taper realisations
  • Refractive index profil measurements
  • Xray material quantification

Tubular furnace (up to1200°C) under gas flow

Chemical facilities

isostatic press unit 2000bars, planetary ball milling machine

Burners O2/Propane and O2/H2

Sintering set-up with industrial interfacing system

gas flow and high temperature treatment

CO2 Splicing Unit – LZM100

X Ray measuring set-up (XRF Unit) Refrative Index Profile for optical Fibres IFA100 + Exfo9200
– Silica Tubes Splicing, accurate cutting, assembling – Silica Rods machining – high temperature Sintering with gas flow (up to 2000°C) – Material treatment under gas flow (C2F6 / O2 / He …) and high temperature (up to 2000°C) – Tubular furnaces – Glass synthering by chemical way (wet) or Melt qunching Technique : Powder Producing – Powder compaction (up to 2000bars) – Refractive Index measurement on Optical Fibresv(from 80 to 350 microns) – Stress Optic measurement in Optical Fibres – Xray measurement for  glass composition – CO2 Splicing for Optical fibres – Taper realisation – stack and draw assembling under controlled environment … and more, ask for quotation