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Technical Information
 
CompoundComparative Rating of Antioxidant Properties in Rubber
  General
Antioxidant
Activity
Heat-
Resistant
Activity
Flex-
Resistant
Activity
Anti-
ozonant
Activity
Metal
Deactivity
Migratory
Staining
Blooming Dis-
persion
Dis-
coloration
OZONONE 3C V G V V G batu batu V Severe
OZONONE 6C V G V V G batu batu V Severe
OZONONE 35 V G V V G batu batu V Severe
NONFLEX H G G V G G batu batu Poor Severe
NONFLEX BA G V V -- -- batu batu V Severe
NONFLEX AW G G G G -- batu batu V Severe
NONFLEX OD-3 G V G -- -- batu batu V Moderate
NONFLEX RD G V G M M batu batu G Moderate
NONFLEX DCD G V G -- -- batu batu V Moderate
OZONONE EX-3 G G G -- -- batu batu V None
OZONONE EX-SK -- G V(CR) V -- batu batu V Slight
NONFLEX Alba G G M V -- batu batu G None
BHT G G G -- -- batu batu V None
NONFLEX MBP G G G -- M batu batu G None
NONFLEX EBP G G G -- M batu batu G None
NONFLEX TNP -- G M -- -- batu batu V None
NONFLEX MB -- M V(CR) -- -- batu batu G None
SUNTIGHT -- -- -- V -- batu batu V None
V:Very Good | G:Good | M:Moderate | :Slight | ,:Moderate | :Severe
Solubility of Aging-Protective Agents
  Water Metha-
nol
Etha-
nol
Ethyl-
ether
IPA Ace-
tone
MEK Gaso-
Line
Ben-
zene
Tolu-
ene
Carbon-
disulfide
Tetra-
chloro-
methane
Chloro-
form
n-
Hexane
Ethyl-
acetate
OZONONE 3C batu batu batu batu batu batu batu batu batu batu batu batu batu batu batu
OZONONE 6C batu batu batu batu batu batu batu batu batu batu batu batu batu batu batu
NONFLEX H batu h h h batu batu batu batu h h h batu batu batu batu
NONFLEX BA batu batu batu batu batu batu batu batu h batu batu batu batu   batu
NONFLEX AW batu h h h h batu batu batu batu batu batu batu batu   batu
NONFLEX RD batu batu batu batu batu batu batu batu batu batu batu batu batu   batu
BHT batu batu batu batu batu batu batu batu batu batu batu batu batu   batu
NONFLEX Alba batu batu batu batu batu batu batu batu batu batu batu batu batu   batu
NONFLEX MBP batu batu batu batu   batu batu   batu           batu
NONFLEX EBP batu batu batu     batu     batu           batu
:>10g/100ml Solvent, | :3~10g/100ml | :1~3g/100ml, | :0.1~1g/100ml | :<0.1g/100ml
Effect of Amine Antioxidants on NR Compound
Products Mooney viscosity
ML 1+4 (100°C)
Mooney scorch
ML-125°C
Change in TB(%)
(100±1°)*1
Demattia crack
growth(mm)
After 2000 cycle
Demattia crack
formation times
(×103)
Ozone crack *2
formation time
Name phr Name phr   (t10:min) 48H 144H Original 100°Cx24H Original 100°Cx24H  
3C 1.5 -- -- 52.5 13.50 -28 -77 11.6 16.0 150 70 10
RD 1.0 53.0 13.55 -23 -73 11.6 14.5 150 70 10
H 0.25 54.0 13.40 -28 -76 10.2 14.0 120 70 10
TP 0.5 53.5 12.65 -25 -74 9.0 12.6 120 100 12
BA 1.0 52.5 13.35 -27 -75 10.5 13.5 100 50 10
6C 1.5 -- -- 53.5 14.05 -30 -69 11.3 15.2 150 100 10
RD 1.0 54.0 14.30 -25 -65 11.4 14.5 150 100 10
H 0.25 54.5 13.90 -26 -68 10.5 13.5 200 100 10
TP 0.5 54.0 13.80 -29 -65 9.8 12.6 120 100 10
BA 1.0 54.0 14.30 -28 -69 11.0 14.3 150 70 10
RD 1.0 -- -- 55.0 15.30 -27 -76 12.8 15.7 50 30 1
H 0.2 -- -- 55.0 14.60 -29 -79 12.0 17.0 120 70 1
BA 1.0 -- -- 540 15.55 -32 -76 13.0 16.6 70 50 1
Control 53.0 15.70 -38 -84 16.6 20.7 20 15 0.5
Fomulation; NR: 100, CB: 50, Stearic acid: 2, ZnO: 5, Aromatic oil: 3, CZ: 0.6, S:2.5, SUNTIHT S: 1, Vulcanization; 140°C × 30 min.
*1: Air Oven Machine Aging, *2: 50 pphm × 38 ± 1°C × 20% elongation
 
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