SAE USCAR8-2
1 × $42.50 
ASME Y32.7-1972 (R2014)
1 × $17.50 
ASME Y14.8M-1996 (R2008)
1 × $30.00 
ASME Y32.4-1977(R2004)
1 × $14.50 
BS Z 5:1997
1 × $135.89 
AASHTO TP 98-13 (2015)
1 × $48.50 
BS Z 100:1999
1 × $87.63 
NAS 993
1 × $34.50 
BS W 14:1999
1 × $71.12 NAS 996
1 × $34.50 
BS X 38:2005+A1:2015
1 × $71.12 
BS X 36:1998
1 × $71.12 NAS 999 Rev. 2
1 × $34.50 NAS NA0119 - 0120 Rev. 2
1 × $27.00 
BS TS 3:1993
1 × $35.56 
AS Z4-1963
1 × $26.85 
BS X 42:2020
1 × $85.09 
SAE USCAR40
1 × $42.50 
CTA CEB32.3
1 × $34.50 
CGA V-6
1 × $74.00 
CTA CEDIA-CEB24
1 × $20.00 
BS Z 2:1997
1 × $17.78 
SAE USCAR45
1 × $42.00 
AS Z5.2-1968
1 × $33.56 
ASME Y14.44-2008 (R2014)
1 × $21.50 
BS Z 10:1998
1 × $115.57 
UOP 987-15
1 × $120.00 
ISPE Good Practice Guide: Harmonizing the Definition and Use of Non-Investigational Medicinal Products (NIMPs)
1 × $205.00 
SAE USCAR42
1 × $42.00 
ASME Y14.5M-1994 (R2004)
1 × $95.00 NAS NA0119 - 0120 Rev. 1
1 × $35.50 Subtotal: $1,766.79
$120.00
$120.00
Chloride in Liquid Hydrocarbons by Dry Colorimetry
standard by UOP LLC, A Honeywell Company, 09/24/2008
This method is for determining the sum of organic chloride and hydrogen chloride (HCl) in liquid hydrocarbons at concentrations ranging from approximately 0.5 to 500 mass/volume-ppm (mg/L). Other halogens, if present, are determined as chloride.
