Pegatron has established laboratories that test for hazardous substances and is addressing challenges in the measurement of hazardous substances through two separate resources:
Pegatron uses an X-Ray Fluorescence Spectrometer (XRF) for speedy screening for RoHS-Controlled hazardous substances, especially Cr6+, PBBs, and PBDE.
Pegatron has strong internal quality control (IQC) procedures. The PUreGMS HSF document contains the high-risk parts list of Br (Bromine) and is used to pre-screen for XRF testing. In addition, ASUS has set up a RoHS laboratory in China PSZ/PSH and Taiwan TY plant to conduct confirmation tests for Cr6+, PBBs, and PBDE, using UV and GC-MS instruments. Meanwhile, if necessary, these laboratories can also use ICP instruments to test for the presence of Pb, Cd, and Hg. Pegatron requires proper testing methods for electrical and electronic (EE) components, especially for ICs, chipsets, and metal parts with plating.
Pegatron provides its vendors with PUreGMS HSF documents that describe (1) standard mixed testing methods for ICs and chipsets and (2) the formal testing method and criteria based on the IEC 62321 standard for metal parts with plating. Pegatron also reviews the third-party testing reports on ICs and chipset parts that we receive from our vendors. Compliance is assured to some degree as our suppliers of these EE parts are almost all international and well-known companies.
Pegatron provides its vendors with PUreGMS HSF documents that describe (1) standard mixed testing methods for ICs and chipsets and (2) the formal testing method and criteria based on the IEC 62321 standard for metal parts with plating. Pegatron also reviews the third-party testing reports on ICs and chipset parts that we receive from our vendors. Compliance is assured to some degree as our suppliers of these EE parts are almost all international and well-known companies. |