S-Flow V-Series Overview Soltex

Viscosity Modification
in Base Oils
Utilizing S-Flow V-Series Products

S-Flow Viscosity Modifiers
• S-Flow V1201 and V6200 are alkyl methacrylate
co-polymers in a highly refined mineral oil
• They provide excellent shear stability and
viscosity modification
• V1201 is targeted for industrial and automotive
applications where shear stability is critical
• V6200 is used in applications where viscosity
increase is more critical than shear stability

S-Flow V1201
IRGAFLO 1100 V: Thickening Efficiency
Typical Thickening in Group I Base Oil
IRGAFLO 1100V - KV40C Typical Thickening in a Gp. I
Kinematic Base Vis Oil @ 40C
100N (Gp I) 150N (Gp I) 200N (Gp I) 350N (Gp I)
IRGAFLO 1100V - KV100C Typical Thickening in a Gp. I Base Oil
Kinematic Vis @ 100C
100N (Gp I) 150N (Gp I) 200N (Gp I) 350N (Gp I)
160
20
Kinematic Viscosity @40C (cSt)
140
120
100
80
60
40
20
0
0 2 4 6 8 10 12 14 16
Concentration (wt. %)
Kinematic Viscosity @100C (cSt)
18
16
14
12
10
8
6
4
2
0
0 2 4 6 8 10 12 14 16
Concentration (wt. %)
Optimization of Thickening Efficiency
Optimization of Thickening Efficiency
19

S-Flow V1201
IRGAFLO 1100 V: Viscosity Index
Viscosity Index in Group I Base Oil
Viscosity Index
IRGAFLO 1100V - Typical VI in Data a Gp. I Base Oil
100N (Gp I) 150N (Gp I) 200N (Gp I) 350N (Gp I)
250
200
150
100
50
0
0 2 4 6 8 10 12 14 16
Concentration (wt. %)
Improvement in Viscosity Index (VI)
20

S-Flow V1201
IRGAFLO 1100 V: Sonic Shear ASTM D5621
Sonic Shear (ASTM D-5621) in Group I Base Oil (150N)
Viscosity Loss
IRGAFLO 1100V - Sonic Shear (ASTM D5621) % KV40C
Viscosity Loss in a Typical 150 N (Gp. I) Base Oil
PSSI Typical
IRGAFLO 1100V - Sonic Shear (ASTM D5621)
PSSI in a Typical 150 N (Gp. I) Base Oil
12
25
% KV @40C Viscosity Loss
10
8
6
4
2
5
8
10
PSSI
20
15
10
5
20
18
17
0
5.0 10.0 15.0
0
5.0 10.0 15.0
Concentration (wt%)
Concentration (wt%)
Shear Stable typical for gear oil applications
Shear Stable Typical of Gear Oil Applications
21

S-Flow V1201
IRGAFLO 1100 V: KRL 20Hr CEC L-45-A-99
KRL Data 20 Hour (CEC L-45-A-99) in Group I Base Oil (150N)
IRGAFLO 1100V - KRL 20Hr CEC L-45-A-99
% KV100C Viscosity Loss in a Typical 150 N (Gp. I)
Base Oil
Viscosity Loss (%KV@100C)
IRGAFLO 1100V - KRL 20Hr CEC L-45-A-99
PSSI in a Typical 150 N (Gp. I) Base Oil
PSSI Data
% KV @100C Viscosity Loss
35
30
25
20
15
10
5
12
21
31
PSSI
54
52
50
48
46
44
42
44
46
52
0
5.0 10.0 15.0
Concentration (wt%)
40
5.0 10.0 15.0
Concentration (wt%)
Extremely Shear Stable Under Harsh KRL Conditions
Extremely shear stable under harsh KRL
conditions
22

S-Flow V1201
IRGAFLO KRL Data 201100 Hour (CEC V: KRL L-45-A-99) 100Hr in Group CEC I Base L-45-A-99 Oil (150N)
IRGAFLO 1100 V: KRL 100Hr (CEC L-45-A-99)
% KV100C Viscosity Loss in a Typical 150 N Gp I
Base Oil
Viscosity Loss (%KV@100C)
25
70
IRGAFLO 1100 V: KRL 100Hr (CEC L-45-A-99)
PSSI in a Typical 150 N Gp I Base Oil
PSSI Data
% KV 100C Viscosity Loss
20
15
10
19
PSSI
60
50
40
30
20
59
5
10
0
7.2
0
7.2
Concentration (wt%)
Concentration (wt%)
Viscometrics stay in grade for longer
Viscometrics Stay in Grade for Longer
23

S-Flow V1201
IRGAFLO Typical 1100 Thickening V: Thickening in Group II Base OilEfficiency
IRGAFLO 1100V: KV40C Typical Thickening in a
Kinematic
Gp. II Base
Vis
Oil
@ 40C
100 N (Gp II) 150 N (Gp II) 200 N (Gp II) 350 N (Gp II)
IRGAFLO 1100V: KV100C Typical Thickening in a
Kinematic
Gp. II Base
Vis
Oil
@ 100C
100 N (Gp II) 150 N (Gp II) 200 N (Gp II) 350 N (Gp II)
Kinematic Viscosity @40C (cSt)
140
120
100
80
60
40
20
0
0 2 4 6 8 10 12 14 16
Kinematic Viscosity @100C (cSt)
20
18
16
14
12
10
8
6
4
2
0
0 2 4 6 8 10 12 14 16
Concentration (wt. %)
Concentration (wt. %)
Optimization of Thickening Efficiency
Optimization of Thickening Efficiency
25

S-Flow V1201
IRGAFLO 1100 V: Viscosity Index
Viscosity Index in Group II Base Oil
250
Typical VI Data
IRGAFLO 1100V - Typical VI VI Data in a Gp. II Base Oil
100 N (Gp II) 150 N (Gp II) 200 N (Gp II) 350 N (Gp II)
Viscosity Index
200
150
100
50
0
0 2 4 6 8 10 12 14 16
Concentration (wt. %)
Improvement in Viscosity Index (VI)
26

S-Flow V1201
IRGAFLO Sonic Shear 1100 (ASTM V: D-5621) Sonic in Shear Group II ASTM Base Oil D5621 (150N)
Viscosity Loss
IRGAFLO 1100V - Sonic Shear % KV40C Viscosity Loss
in a Typical 150 N (Gp. II) Base Oil
IRGAFLO 1100V - Sonic Shear PSSI
in a Typical 150 N (Gp. II) Base Oil
PSSI Typical
7
6
6
18
16
15
16
% KV @40C Viscosity Loss
5
4
3
2
3
PSSI
14
12
10
8
6
4
1
2
0
5.0 10.0
Concentration (wt%)
0
5.0 10.0
Concentration (wt%)
Shear Stable typical for gear oil applications
Shear Stable Typical of Gear Oil Applications
27

S-Flow V1201
IRGAFLO KRL Data 20 1100 Hour (CEC V: L-45-A-99) KRL 20Hr in Group CEC II Base L-45-A-99 Oil (150N)
IRGAFLO 1100V - KRL 20Hr % KV100C Viscosity Loss
Viscosity Loss (%KV@100C)
in a Typical 150 N (Gp. II) Base Oil
PSSI Data
IRGAFLO 1100V - KRL 20Hr PSSI
in a Typical 150 N (Gp. II) Base Oil
30
28
60
% KV @100C Viscosity Loss
25
20
15
10
10
18
PSSI
50
40
30
20
40
43
50
5
10
0
5.0 10.0 15.0
0
5.0 10.0 15.0
Concentration (wt%)
Concentration (wt%)
Extremely shear stable under harsh KRL
conditions
Extremely Shear Stable Under Harsh KRL Conditions
28

S-Flow V1201
IRGAFLO 1100 V: KRL 100Hr CEC L-45-A-99
KRL Data 20 Hour (CEC L-45-A-99) in Group II Base Oil (150N)
IRGAFLO 1100 V: KRL 100Hr (CEC L-45-A-99)
% KV100C Viscosity Loss in a Typical 150 N Gp II
Base Oil
Viscosity Loss (%KV@100C)
IRGAFLO 1100 V: KRL 100Hr (CEC L-45-A-99)
PSSI in a Typical 150 N Gp II Base Oil
PSSI Data
25
22
60
56
% KV 100C Viscosity Loss
20
15
10
5
PSSI
50
40
30
20
10
0
9.6
0
9.6
Concentration (wt%)
Concentration (wt%)
Viscometrics stay in grade for longer
Viscometrics Stay in Grade for Longer
29

Summary
V1201 Shear Stable Viscosity Modifier
• S-Flow V1201 is designed for high shear applications
•
Pre and post viscosity index highlights V1201 does not
readily shear and maintains performance during continual use
• Even under harsh KRL 100 hours, V1201 does not shear
supporting continued stay in grade during use
• Thickening efficiency is optimized for shear gain

S-Flow V6200
Thickening Efficiency
KV 40C Typical Thickening in
Group I 150N Base Oil
KV 100C Typical Thickening in
Group I 150N Base Oil
Optimized Thickening Efficiency

S-Flow V6200
Viscosity Index
Typical VI in a Group I 150N Base Oil

S-Flow V6200
Sonic Shear ASTM-5621
%KV viscosity loss in a
Group 1 150N Base Oil
PSSI in a
Group 1 150N Base Oil

S-Flow V6200
Sonic Shear ASTM-5621
Pre and Post Shear in a 150N Group I Base Oil
Concentration - 5 Wt%

S-Flow 6200
Thickening Efficiency
KV 40C Typical Thickening in
Group II 150N Base Oil
KV 100C Typical Thickening in
Group II 150N Base Oil
Optimized Thickening Efficiency

S-Flow V6200
Viscosity Index
Typical VI in a Group II 150N Base Oil

S-Flow V6200
Sonic Shear ASTM-5621
%KV viscosity loss in a
Group 1I 150N Base Oil
PSSI in a
Group 1I 150N Base Oil

S-Flow V6200
Sonic Shear ASTM-5621
Pre and Post Shear in a 150N Group II Base Oil
Concentration - 2 Wt%

S-Flow V6200
KRL Data 20 Hour (CEC L-45-A-99) in Group II Base Oil (150N)
Viscosity Loss (%KV@100C)
PSSI Typical

S-Flow V6200
KRL Data 20 Hour (CEC L-45-A-99) in Group II Base Oil (150N)
Pre and Post Shear in a 150N Group II Base Oil
Concentration - 2 Wt%

Summary
V6200 Shear Stable Viscosity Modifier
• S-Flow V6200 is designed for medium shear applications
•
If Shear stability is critical, V6200 performs well in high
viscosity index Group II base oils
• Thickening efficiency is optimized for maximum performance

Conclusions
• The performance of both products has been demonstrated in
a number of commercially available Group I and Group II
base oils
• S-Flow V1201 is a very shear stable polymer where shear
stability is critical
• S-Flow V6200 is a medium shear stable polymer where
thickening capability is more critical than shear