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21.02.2019 00:00 - 100µm Thin Glass and Quartz Wafer available

NQW has developing a process to produce 100µm Thin Borofloat33 and Quartz Wafer, and the transfer...

22.10.2018 00:00 - Nano Quarz Wafer GmbH (NQW) successful recertified with latest ISO 9001-2015 revision

In September 2018 NQW showed once again that the Quality Management is in line with the...

13.06.2018 00:00 - Update CODE of Conduct - Nano Quarz Wafer GmbH

Beyond the DIN EN ISO 9001:2015 we observe in addition the CODE of Conduct from Nano Quarz Wafer....

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LT & LN Wafer e.g. for SAW and Optical Application

The basic principle of SAW devices is the generation of elastic surface waves from electrical signals and their reconversion. The substrate material is a piezoelectric crystal such quartz (SiO2), lithium tantalate (LiTaO3) or lithium niobate (LiNbO3). This are single crystal materials, which are cut out after the growth process with a defined orientation to a wafer.

NQW produced this wafer for SAW manufacture and R&D centres. Please find below typical specification requirements.




Wafer Dimension

  • 4" up to 6" Wafer
  • Square 10x10mm or other
  • Thickness 250µm up to 500µm

Wafer Properties

  • Surface: single side polished, double sides polished
  • Transmissivity, Curie Temperature,
  • SAW grade
  • Optical grade
  • Other parameter are customized


  • LT: Lithiumtantalat (LiTaO3)
  • LT: typical cutting X112°Y/36°Y/42°Y/48°Y
  • LN: Lithiumniobat (LiNbO3)
  • LN: typical cutting 128°Y/64°Y /41°Y /YZ-cut


    The Application of SAW devices are especially used in mobile phones as dielectric filters band-pass filter, RF filter and IF filter. broadband filters, include radar technology, remote controls for home electronics,