AS/NZS IEC 62287.1:2014 
ASAE/ASABE S613-4 
CTA CEB3 (R2009) 
AS/NZS IEC TR 61000.2.8:2009 
AS Z43.3-1969 
PIP VESV1003 
AS/NZS IEC 63129:2021 
ASTM Volume 15.07:2020 
CTA TR-6 
CTA CEDIA-CEB29 
CTA CEB27 
UOP 989-14 
AS/NZS IEC TR 61000.2.14:2009 
UOP 981-11 
AS Z4-1952 
AS/NZS IEC 62740:2016 
ASTM Volume 15.07:2021 
CTA TR-1 
AS Z5-1958 
CTA TR-2-A 
CTA NSF 2052.1 
AS/NZS IEC 62509:2020 
AS/NZS IEC 62402:2020 
NAS 9932-5 Rev. 1 
ASAE/ASABE S648-1 
ASTM F628-08 
AS/NZS IEC 62471.2:2012 
UOP 833-82 
UOP 846-83 
AS/NZS IEC 62301:2014 
AASHTO ATG-4 
AS/NZS IEC 62894:2020 
AS/NZS IEC 62676.2.32:2020 
UOP 899-97 
UOP 981-10 
AS/NZS IEC 62560:2014 
ASTM Volume 15.11:2018 
ASTM Volume 15.10:2020 
AS/NZS IEC 63103:2021 
PIP VESV1003 
PIP VESSP002 
AASHTO BPA-1 
AASHTO BVCS-1 
SAE USCAR8 
Description
Molex is an adsorptive separation process that separates normal paraffins from branched chain and cyclic hydrocarbons.
This method is for determining trace amounts of Molex desorbent (n-pentane, isooctane, p-xylene) in C10-C18 Molex products. The lower limit of detection for n-pentane and isooctane is 5 mass-ppm. Early eluting Molex product may cause interference at the p-xylene site. Therefore, the lower limit of detection for p-xylene can be as high as 50 mass-ppm.
Product Details
- Published:
- 01/01/2001
- Number of Pages:
- 6
- File Size:
- 1 file , 160 KB
