FUJITSU QUALITY LABORATORY

RoHS compliance

Contact us for analysis and evaluation for RoHS compliance

(ISO /IEC17025 qualified)


ISO /IEC17025 qualified, working togather with Fujitsu laboratory limited, FQL will support you in many aspects in RoHS compliance; content of the RoHS specified hazardous substance, evaluation of the alternative material, and know-how in material analysis.

Analysis for contained hazardous substances

Analysis on Material / Component

FQL comply with IEC 32621 and PDF "Guideline Regarding Non-Containment management on Hazardous Substances" specified by Fujitsu Group. (Contact us for the details)

  • Screening: XRF
  • Element analysis: ICP-AES, ICP-MS
  • Hexavalent chrome: Diphenyl carbazide test
  • PBB/PBDE: GC-MS
  • Element analysis: Extract plating film

Non-destructive analysis of PCB unit

Printed circuit board assembly (PCBA), on which various components are mounted, has a high risk of containing non-compliant material unless effective and accurate procurement control system is firmly established. We provide analysis service for RoHS compliance without destroying PCB unit, by utilizing element mapping technique by means of fluorescence X-ray.

Reliability Evaluation on alternative material

Reliability Evaluation is essential for adoption of materials that are an alternations of RoHS restricted materials, which have been used for due reasons.

Whisker Evaluation of Electric components with Sn alloy plating on terminal

We evaluate the Sn Whisker accordingly to Fujitsu group test standards.

Corrosion test on hexavalent chromium-free surface

We evaluate resistance to corrosion through Damp heat test and Salt Spray test.

Technical Report

Risk of RoHS restricted substance contained, approached from Material point of view

You may have questions such as "Which restricted substance is used in what kind of materials, for what purpose?" in relation with various materials used in electric devices. To find answer to your question, please refer to our technical report.

PDF Pamphlet.pdf (277KB)