SAE USCAR6-1
1 × $42.00 
AS Z48-1968
1 × $31.97 
NAS 9932-5 Rev. 1
1 × $30.00 
NBBI NB23-2011 Part 3
1 × $60.00 
AGA Z3801152
1 × $14.00 
CGA V-24
1 × $6.50 
MMPDS MMPDS-09 Chapter 4
1 × $94.50 
AS Z5.1-1968
1 × $38.11 
CGA V-5
1 × $32.50 
ADS TS80
1 × $42.50 
SAE USCAR8-3
1 × $42.50 
SAE USCAR43
1 × $42.00 
AS Z43.3-1969
1 × $13.52 
AWS WIT-T:2008
1 × $163.00 NAS 993
1 × $34.50 
AS Z37-1967
1 × $18.82 NAS 994
1 × $34.50 
BS X 38:2005+A1:2015
1 × $71.12 
BS Z 2:1997
1 × $17.78 NAS 1044
1 × $34.50 
PIP VESV1002
1 × $112.50 
ISA TR84.00.04 Part 1-2011
1 × $158.00 
NBBI NB23-2021
1 × $162.50 
CTA TR-12
1 × $6.00 
AS Z43.2-1970
1 × $18.82 
AGA Z3801123
1 × $14.00 
MMPDS MMPDS-09
1 × $339.50 
MMPDS MMPDS-06
1 × $319.50 ISA TR98.00.02-2006
1 × $41.50 
AS Z42-1967
1 × $18.82 
AS/NZS IEC 62287.2:2014
1 × $73.92 
AGA Z380118
1 × $280.50 NAS 1025 Rev. 6
1 × $26.50 
MMPDS MMPDS-13 Chapter 7
1 × $99.50 
ADS TS66
1 × $42.50 
ADS TS85
1 × $42.50 
IEST RP-CC036.1
1 × $227.50 
IEST SPACE14
1 × $50.00 
UOP 990-11
1 × $120.00 
CIE x048-PO59
1 × $15.90 
ASAE/ASABE S625.1
1 × $36.00 
UOP 980-03
1 × $143.50 
JIS Z 9112:2019
1 × $9.00 
ASAE/ASABE S632-1
1 × $36.00 
ADS TS93
1 × $42.50 ISA TR88.95.01-2008
1 × $75.50 
NBBI NB23-2015 Part 3
1 × $70.00 
AS 3775.1:2014
1 × $33.56 NAS 999 Rev. 1
1 × $34.50 
ASAE/ASABE S638
1 × $36.00 
CIE x048-PO63
1 × $15.90 
MMPDS MMPDS-15 Chapter 6
1 × $124.50 
JIS Z 9117:1984
1 × $25.00 
ASTM Volume 15.06:2017
1 × $111.50 
CGA V-11
1 × $13.00 ISA TR92.00.03-2014
1 × $41.50 
IEST RP-PR001.1
1 × $147.50 
MMPDS MMPDS-07
1 × $319.50 
CGA V-6
1 × $74.00 
ADS TS82
1 × $42.50 
AASHTO UBA-2
1 × $60.00 
HI 9.6.7-2021
1 × $65.00 
ASTM Volume 15.11:2018
1 × $140.00 
ASAE/ASABE S640
1 × $36.00 
ADS TS83
1 × $42.50 
BS Z 100:1999
1 × $87.63 
ADS TS57
1 × $42.50 
UOP 999-04
1 × $143.50 
AS 4553-2008 AMDT 1
1 × $28.88 
AS Z55-1970
1 × $31.97 Subtotal: $5,143.72
$17.50
$17.50
Standard Method of Test for Slump Flow of Self-Consolidating Concrete (SCC)
standard by American Association of State and Highway Transportation Officials, 08/01/2008
This test method covers determination of slump flow of self-consolidating concrete (SCC), both in the laboratory and in the field. SCC is defined as a highly workable concrete that can flow through densely reinforced or complex structural elements under its own weight and adequately fill voids without segregation or excessive bleeding without the need for vibration.
