Additives and components for Lubrication and other Applications
Synovelle offers a wide variety of Additives for Lubricants – Additives for EP, antiwear, emulsifiers, antioxidants, anticorrosion, VII, PPD, etc, together with complete additive packages for many lubricant applications, including automotive engine oils, hydraulic oils and gear lubricants.
We also offer Antifoam Agents for the Food Industry. Produced using our own unique technologies. Potential applications include certain paper processes, vegetals washing processes, low temperature detergents, hydraulic fluids and metalworking fluids.
Also, a Cure Accelerator in peroxide initiated unsaturated polyester, vinyl ester and acrylic systems for a acrylic floorings, road marking paints, car body repair putties, chemical fixings…
Other surface treatment chemicals such as Gelled calcium sulfonates, oil based, water based and solvent based, semi-finished and finished products, destined principally to the coating sector.
Base Fluids and Esters for Lubrication
Synovelle ltd also offers a range of Lubricant Base Fluids and Esters to meet a variety of lubrication requirements, including white oils, polyalphaolefins fluids, esters and polyalkylene glycols.
The range will meet many of the formulators needs in producing of products own brand meeting the exacting quality and performance expectations of modern industry, in a cost effective manner.
ANTIOXIDANTS
|
|
Chemistry |
Type |
Physical Forms |
Remarks |
|
AO 148L |
Octylated Butylated DPA |
Aminic |
Liquid |
Easy to blend |
|
AO 199L |
Di-Nonyl DPA |
Aminic |
Liquid |
Easy to blend |
|
AO 388 HP |
Octyl Diphenylamine |
Aminic |
Solid |
High temperature applications |
|
AO 388 S |
Nonyl Diphenylamine |
Aminic |
Solid |
High purity |
|
AO 1010 |
Cinnammate Ester (Pentaerythriol) |
Phenolic |
Solid |
|
|
AO 1026 |
Ter-butylphenol |
Phenolic |
Solid |
Easy to blend |
|
AO 1035 |
Thiodiethylene bis -Hydroxyhydrocinnamate |
Phenolic |
Solid |
Long-term protection |
|
AO 1076 |
Cinnamate Ester (Oleyl) |
Phenolic |
Solid |
Long-term protection |
|
AO 1102 |
Hydroxyidiphenyl |
Phenolic |
Solid |
High temperature |
|
AO 1135 |
Cinnamate Ester |
Phenolic |
Solid |
Easy to blend |
|
AO 1330 |
|
Phenolic |
Solid |
Low volatility |
|
AO 368 |
Tris-(butylphenil)phosphite |
Phenolic |
Solid |
Hydrolytic stability |
|
AO 1150 |
|
Blend |
Liquid |
Excellent Stability |
|
AO 1064 |
|
Blend |
Liquid |
Excellent Stability |
|
AO 368 |
Triphenyl Phosphite Derivative |
Special |
Solid |
Good hydrolytic stability – FDA |
|
AO 30CN |
Alpha Methyl Stearine |
Special |
Solid |
High temperature |
ANTIWEAR ADDITIVES
Triphenylphosphorothionates and derivates and Zincdithiophosphates.
|
|
Phenol |
P |
S |
Zn |
Physical Forms |
Remarks |
|
H-TPPT |
• |
• |
• |
|
Solid |
Ash less antiwear and extreme pressure additive.
General lubricants including gear oils and hydraulic oils.
|
|
BTP |
• |
• |
• |
|
Liquid |
|
|
TNPT |
|
• |
• |
|
Liquid |
|
|
DF 11 |
|
• |
|
• |
Liquid |
Excellent antiwear, oxidation, corrosion and hydrolytic and thermal stability. Crankcase lubricants, automatic transmission fluids, gear oils and hydraulic oils. |
|
DF 11B |
|
• |
|
• |
Liquid |
EMULSIFIERS
Sodium Sulphonates
|
|
Type |
Mol. wt |
Remarks |
|
NJ 400 |
Natural |
400 |
Very low molecular weight sodium sulphonates with low colour. Particularly useful as a low “HLB” emulsifier in conjunction with other natural or synthetic sulphonates or emulsifiers. |
|
NJ 430 |
Natural |
430 |
|
|
SPS 425 L |
Natural |
425 |
Excellent emulsification for both paraffinic and naphthenic base oils with appropriate formulation. Capable of producing stable micro emulsions at low concentrations. |
|
SPS 465 M |
Natural |
460 |
|
|
SPS 500 H |
Natural |
500 |
Excellent emulsification with non-ionic co-surfactants of appropriate HLB. Good corrosion prevention alone or in association with other corrosion inhibitors in both aqueous and oil based formulations. |
|
SPS 550 H |
Natural |
530 |
|
|
SYN 435 |
Synthetic |
435 |
Effective emulsifier, and additionally provides some corrosion protection to ferrous metals. The product is suitable for use in metalworking fluids, textile oils, cleaners, corrosion preventatives, ore flotation etc. |
|
SYN 440 |
Synthetic |
445 |
|
|
SYN 480 |
Synthetic |
460 |
|
|
SYN 495 |
Synthetic |
500 |
|
|
SYN 499 |
Synthetic |
500 |
|
|
SYN 527 |
Synthetic |
536 |
|
|
SYN 530 |
Synthetic |
435 |
|
|
SYN 535 |
Synthetic |
545 |
|
|
SYN 700 |
Synthetic |
700 |
|
|
35 ES |
Ester based |
440 |
Synthetic. Oil free. It is an effective emulsifier, and additionally provides some corrosion protections to ferrous metals. The product is suitable for use in metalworking fluids, textile oils, cleaners, corrosion preventives, ore flotation etc. |
|
50 ES |
Ester based |
450 |
|
|
90 ES |
Ester based |
490 |
DISPERSANTS AND DETERGENTS
Calcium Sulfonate
|
|
Type |
TBN |
Remarks |
|
OCS 41E |
Synthetic |
400 |
Best Corrosions inhibitor, excellent water resistance and excellent grease base. Silicone free. |
|
OCS 4107W |
Synthetic |
400 |
|
|
OCS 42IL |
Synthetic |
400 |
Generally lowest cost, good thermal stability |
|
OCS 47C |
Semi-synthetic |
400 |
Excellent best thermal stability, good all round performance. |
|
OCS 40CC |
Semi-synthetic |
400 |
Best chemical stability – lowest free TBN |
|
OCS 34E |
Synthetic |
300 |
Best Corrosion inhibitor, excellent water resistance and excellent grease base. |
|
OCS 3011 |
Semi-Synthetic |
300 |
Synthetic aromatics derived from a Chlorine free process and natural aromatics from base oil. |
|
OCS 38R |
Semi-Synthetic |
300 |
Low cost natural overbased sulphonate. |
|
OCS 39B |
Synthetic |
300 |
Low cost synthetic overbased sulphonate |
|
CS 05E |
Synthetic |
Neutral |
Effective Corrosion inhibitor, excellent water resistance. |
Barium and Magnesium Sulfonates
|
|
Barium |
Magnesium |
TBN |
Remarks |
|
BS 45 |
• |
|
45 |
Synthetic sulphonates which has a unique overbase technology. High molecular weight and high sulphonate / carbonate content, providing excellent corrosion protection. Due to its alkaline reserve, it is also effective in acid vapour environments. |
|
BS 60 |
• |
|
60 |
|
|
BS 70 |
|
|
70 |
|
|
BS 20 |
• |
|
4 |
High molecular weight. Excellent demulsibilty, along with detergency and optimum rust protection. Industrial lubricating oils, greases, hydraulic fluids, slushing oils. |
|
MG |
|
• |
395 |
Detergent and rust inhibitor in crankcase lubricants. |
Succinimide
|
|
wt % |
Nitrogen |
Remarks |
|
C 1500 |
54 |
1.5 |
Ash-free dispersant, produced on polyisobutylene. It used in combination with antioxidant and neutralizing additives. |
|
C 2500 |
45 |
1.0 |
CORROSION INHIBITORS
Carboxilic Acid
|
|
wt % |
Nitrogen |
Remarks |
|
TC 85 |
85 |
Solid |
Corrosion inhibitor for water based industrial fluids such as metalworking fluids, antifreeze (sodium salt) and water based hydraulic oils. The product has good corrosion inhibition which is not dependent on the buffer choice, and the material does not interfere with anti-wear and extreme pressure additives. |
|
TC 65 |
65 |
Solid |
|
|
TC 50 |
50 |
Solid |
|
|
TCL |
50 |
liquid |
Additive neutralized with TEA. It is a water-soluble corrosion inhibitor for synthetic coolants. It is based on amine carboxylates. It is is free of secondary amines and boron. |
METAL DEACTIVATORS
Triazole Derivates
|
|
Solubility Water (%) |
Solubility Mineral oil (%) |
Remarks |
|
CI 185 |
<15 |
<0.01 |
Yellow liquid corrosion inhibitor for yellow metals, to be used in water miscible coolants and metal cleaners. |
|
CI 3911 |
<0.01 |
>5 |
Yellow liquid corrosion inhibitor for yellow metals, to be used in non-water miscible cutting oils. |
EXTREME PRESSURE
Phosphate Ester Additives
|
|
Chemistry |
Viscosity at 40ºC |
Remarks |
|
TOP |
Trioctyl phosphate |
8 |
Effective antiwear additive, with a good environmental and health & safety profile. |
|
BPDP |
Butylated phenol phosphate |
24 |
Effective antiwear additive with improved HSE when compared with IPPP. |
|
IPPP |
Isopropylated phenol phosphate |
34 |
Effective antiwear additive and hydraulic base fluid. |
Sulphorized Products
|
|
Active Sulphur |
Colored |
Remarks |
|
PA 10 |
1 |
Dark |
Cold Rolling of Steel/Metalworking |
|
PA 14 |
4 |
Dark |
Metalworking Fluids/EP lubricant |
|
SE 515 |
<6 |
Light |
Metalworking Fluid/EP cutting oil |
|
PA 15 |
7 |
Light |
Metalworking Fluid/Multimetal EP Cuttin oil |
|
PA 17 |
7 |
Light |
Metalworking Fluid/Ferrous Metal |
|
PA 20 |
5 |
Light |
Metalworking Fluid |
VI IMPROVERS
|
|
Viscosity at 100ºC (cSt) |
Shear Stab. Ind. |
Remarks and applications |
|
VII 236 |
1300 – 2000 |
30/50 |
high VI multigrade engine oils |
|
VII 251 |
900 – 1300 |
4/10 |
hydraulic fluids |
|
VII 310 |
1200 – 2000 |
30/- |
biodegradable oils, good SSI |
|
VII 350 |
1300 – 1800 |
30/50 |
high VI engine oils |
|
VII 381 |
1100 – 1600 |
50/70 |
high VI multigrade oils |
|
VII 500 |
350 – 700 |
2/- |
extremely shear stable gear oils |
|
VII 605 |
350 – 750 |
10/20 |
dispersant VII for engine oils |
|
VII 656 |
1400 – 2100 |
30/50 |
hydraulic fluids |
|
VII 702 |
350 – 700 |
2/- |
gear oils |
|
VII 731 |
800 – 1200 |
5/15 |
low temp hydraulic fluids |
|
VII 770 |
550 – 850 |
15/30 |
high VI hydraulic fluids |
|
VII 771 |
550 – 950 |
10/25 |
VII for aviation fluids |
|
VII 789 |
1050 – 1450 |
5/15 |
high VI hydraulic fluids, gear oils |
|
VII 820 |
950 – 1350 |
1/4 |
very shear stable hydraulic fluids |
|
VII 826 |
900 – 1400 |
2/6 |
shear stable high VI hydraulic fluids |
|
VII 830 |
800 – 1200 |
4/10 |
shear stable high VI hydraulic fluids |
|
VII 831 |
900 – 1400 |
4/10 |
high VI hydraulic fluids |
|
VII 840 |
1100 – 1600 |
8/20 |
high VI hydraulic oils |
|
VII 843 |
600 – 1100 |
15/30 |
high VI hydraulic oils |
|
VII 845 |
1400 – 1700 |
15/30 |
high VI hydraulic fluids |
|
VII 880 |
1100 – 1800 |
50/- |
high VI hydraulic fluids |
|
VII 895 |
1700 – 2400 |
40/55 |
dispersant VII for engine oils |
|
VII 930 |
1300 – 2000 |
15/25 |
biodegradable oils with good SSI |
|
VII 950 |
1000 – 1500 |
80/- |
Biodegrad. oils with good thickening |
|
VII 1110 |
150 – 500 |
4/10 |
high VI gear oils |
|
VII 2260 |
600 – 1000 |
5/15 |
multigrade gear oils |
|
VII 4000 |
300 – 700 |
7/- |
extremely shear stable gear oils |
POUR POINT DEPRESSANT
|
|
Viscosity at 100ºC (cSt) |
Remarks and applications |
|
PPD 24 |
300 – 600 |
Group I + II |
|
PPD 26 |
450 – 550 |
Group I + II |
|
PPD 26D |
150 – 450 |
Middle east |
|
PPD 30 |
400 – 800 |
Group II + III |
|
PPD 36 |
200 – 600 |
Group I + II |
|
PPD 50 |
100 – 400 |
Middle east |
|
PPD 57 |
350 – 750 |
Middle east |
|
PPD 80 |
1000 – 1700 |
Gear Oils |
|
PPD 85 |
500 – 800 |
Gear Oils |
|
PPD 300 |
200 – 400 |
Group I + II |
|
PPD 465 |
200 – 500 |
Group I |
|
PPD 600 |
500 – 700 |
— |
|
PPD 743 |
350 – 650 |
Group I + II, low temp viscosity |
|
PPD 3000 |
200 – 600 |
Group I + II |
|
PPD 3050 |
200 – 400 |
Group I + II |
|
PPD 3055 |
200 – 600 |
Group I + II |
OTHER ADDITIVES
|
|
Physical Forms |
Content (%) |
Remark |
|
NSA |
Viscous Liquid |
>96 |
Effective Assistant the gelling of overbased Calcium Sulphonate grease, normally level of use is less than 1% of the final grease. It assists the activators and water reaching the calcium carbonate to bring about phase transition to crystalline form, thus reducing gel time and promoting complete conversion of the amorphous form. |
POLYALKYLENGLYCOLS
Water Soluble, Insoluble and High Viscosity
|
|
Viscosity at 40ºC (cSt) |
Water Soluble |
Water Insoluble |
High Viscosity |
Main grade |
MW |
Pour p. (°C) |
Cloud p. (°C) |
|
A 10 |
8.9 |
• |
|
|
• |
500 |
-62 |
> 90 |
|
A 20 |
19 |
• |
|
|
|
800 |
-58 |
79 |
|
A 50 |
52 |
• |
|
|
• |
1100 |
-53 |
66 |
|
A 100 |
100 |
• |
|
|
• |
1400 |
-49 |
61 |
|
A 150 |
145 |
• |
|
|
• |
2000 |
-48 |
56 |
|
A 225 |
217 |
• |
|
|
• |
2600 |
-42 |
54 |
|
A 330 |
330 |
• |
|
|
• |
– |
-41 |
53 |
|
A 380 |
380 |
• |
|
|
|
– |
-38 |
53 |
|
A 680 |
680 |
• |
|
|
|
– |
-37 |
51 |
|
A 1000 |
1000 |
• |
|
|
• |
4000 |
-36 |
50 |
|
A 1500 |
1500 |
• |
|
|
• |
– |
-35 |
50 |
|
P 35 |
33 |
|
• |
|
• |
790 |
-60 |
– |
|
P 55 |
55 |
|
• |
|
|
1050 |
-56 |
– |
|
P 75 |
76 |
|
• |
|
• |
1359 |
-52 |
– |
|
P 125 |
125 |
|
• |
|
• |
1700 |
-48 |
– |
|
P 150 |
145 |
|
• |
|
• |
– |
-38 |
– |
|
P 225 |
220 |
|
• |
|
• |
2160 |
-37 |
– |
|
P 335 |
330 |
|
• |
|
• |
2370 |
-32 |
– |
|
P 420 |
440 |
|
• |
|
|
3400 |
-28 |
– |
|
W 130 |
130 |
|
|
• |
|
1400 |
– |
– |
|
W 270 |
270 |
|
|
• |
|
2500 |
-7 |
– |
|
W 2000 |
2050 |
|
|
• |
• |
5000 |
6 |
– |
|
W 18000 |
18000 |
|
|
• |
• |
15000 |
6 |
– |
|
W 55000 |
55000 |
|
|
• |
• |
30000 |
6 |
– |
|
W 100K |
100000 |
|
|
• |
|
52000 |
8 |
– |
|
WB 18-30 |
2500 |
|
|
• |
|
– |
– |
– |
|
WB 55-25 |
11500 |
|
|
• |
|
– |
– |
– |
|
WB 55-30 |
7500 |
|
|
• |
|
– |
– |
– |
|
WB 55-40 |
2700 |
|
|
• |
|
– |
– |
– |
Block Copolymers
|
|
Viscosity at 40ºC (cSt) |
MW |
Cloud Point (ºC) |
|
PL 61 |
240 |
1950 |
25 |
|
PL 62 |
200 |
2450 |
30 |
|
MW 150 |
150 |
2200 |
48.5 |
|
PRB 172 |
190 |
2250 |
34 |
|
PRB 174 |
220 |
2400 |
45 |
|
PRB 252 |
290 |
3150 |
27 |
Hydraulic Fluids – HF
|
|
Viscosity at 40 °C (cSt) |
Water Content (%) |
Remark |
|
HFC |
1300 |
11 |
This product offers unique advantages to formulators of water glycol hydraulic fluids. Consists of a mixture of polyalkylene glycol, DEG, lubrication and corrosion control agents. Its advantage is that only formulations permits the use of glycol and water, and therefore minimizes the cost of transportation. |
|
HF46 |
46 |
43 |
This product, based on the HF C with typical water content of 43%, is especially recommended for use in coal mining, where the higher water content provides an additional safety margin. |
Gear Oils (water soluble) and others
|
|
Viscosity at 40 °C (cSt) |
Pour P. (ºC) |
Remark |
|
PGL 22 to 100 |
20 to 100 |
5 to 45 |
Emulsions Metalworking. Ultra-long life hydraulic oils in vane, piston and gear pumps. |
|
PGL 150 |
150 |
-42 |
Gear oils, Screw and rotary type compressor for natural gas compression. |
|
PGL 220 |
225 |
-40 |
|
|
PGL 320 |
320 |
-35 |
Gear Oils |
|
PGL 460 |
440 |
-30 |
Gear Oils |
|
PGL 680 |
680 |
-28 |
Gear Oils |
|
PGL 1000 |
1000 |
-26 |
Gear Oils |
FOAM CONTROL AGENTS
|
|
Cloud P. (ºC) |
Temp. (ºC) |
Remark |
|
FRWL 10 |
12 |
10 – 20 |
Vegetable peeling. |
|
SAM 160 |
27 |
35 – 50 |
Paper and tissue processes |
|
SAM 300 |
20 |
25 – 35 |
Microbiological. Fermentations including yeast based germination. |
|
SAM 510 |
50 |
65 – <100 |
Certain paper processes, washing processes and metalworking fluids. |
|
SAM 720 |
|
0 – 15 |
Outdoor vegetable washing. Cold water. |
|
SAM 920 |
43 |
50 – 65 |
Beet Sugar diffusion |
|
SAM 930 |
32 |
40 – 50 |
Low temperature sugar diffusion |
ESTER BASES
Complex-Esters
|
|
Chem. Description |
Type |
|
6010 |
Complex Ester ISO VG 46 |
saturated 46 |
|
6015 |
Complex Ester ISO VG 120 |
saturated 120 |
|
6020 |
Complex Ester ISO VG 220 |
saturated 220 |
|
6050 |
Complex Ester, ISO VG 320 |
unsaturated 320 |
|
6070 |
Complex Ester, ISO VG 460 |
saturated 460 |
|
6075 |
Complex Ester, ISO VG 460 |
saturated 460 |
|
6080 |
Complex Ester, ISO VG 1000 |
unsaturated 1000 |
|
6090 |
Complex Ester, ISO VG 1700 |
unsaturated 1700 |
|
6095 |
Complex Ester, ISO VG >20000 |
|
Mono-esters
|
|
Chem. Description |
Type |
|
1018 |
ME-Oleate |
ME-Oleate |
|
1051 |
ME-Soya |
ME-Soya |
|
2010 |
Isotridecyl-Stearate |
ITS |
|
2015 |
Ethyl-Hexylstearate |
EHS |
|
2020 |
Ethyl-Hexyloleate |
EHO |
|
2030 |
Ethyl-Hexylcocoate |
EH-Coco |
|
2040 |
Ethyl-Hexylpalmitate |
EHPa |
|
2060 |
Isopropyl Laurat |
IPL |
Di-Esters
|
|
Chem. Description |
Viscosity at 40 ºC |
Remarks |
|
DTDA |
Di-isotridecyl adipate |
26.6 |
Semi and full synthetic engine oils, compressor oils, gear oils, hydraulic oils and metal working fluids. |
|
DIDA |
Di-isodecyl adipate |
12.6 |
|
|
DOS |
Di-isooctyl sebacate |
11.6 |
Aviation oils, compressor oils, gear oils, hydraulic oils and greases. |
|
DOA |
Di-isooctyl adipate |
9.2 |
Use in low temperature lubricants. |
|
DBS |
Di-butyl sebacate |
|
|
Glycerin Esters
|
|
Chem. Description |
Type |
|
4685 |
Glycerine-trioleate |
HOSO |
|
4675 |
Glycerine-Trioleate |
GTO |
|
4660 |
Glycerine-Trioleate |
|
|
4650 |
Glycerine -Caprylate-Caprate |
GTC |
|
4620 |
Glycerine- Monooleate |
GMO |
Polyol Esters
|
|
Chem. Description |
Type |
|
5010 |
TMP Trioleate |
TMP-O (-40°C) |
|
5012 |
TMP Trioleate |
TMP-O (AV<0,2) |
|
5018 |
TMP Trioleate,Complex/unsat. |
TMP-O ISO VG 68 |
|
5020 |
TMP Trioleate |
TMP-HOSO |
|
5030 |
TMP Tricocoate |
TMP-Coco |
|
5050 |
TMP-Caprylate-Caprate |
TMP-C8/C10 |
|
3010 |
NPG-Dioleate |
NPG-O |
|
9010 |
Penta-Dioleate |
PDO |
|
9050 |
Penta -Caprylate-Caprate |
PE-C8/C10 |
|
9090 |
Penta-Tetraisostearate |
PE-iso C18 |
|
9020 |
Penta-Tetraoleat |
PE-TO |
Trimellitate Esters
|
Type |
Chem. Description |
Type |
|
TME 8 |
2-ethylhexyl trimellitate |
C8 |
|
TME 10 |
Iso-C10 trimellitate |
C10 |
|
TME 810 |
Linear mixer |
C8/C10 |
|
TME 810N |
Native fatty alcohol |
C8/C10 native |
|
TME 13 |
Isotridecyl-Trimellitate |
Iso C13 |
|
HLU 191 |
Triisononyl-Trimellitate |
C9/C11 |
|
HLU 192 |
|
|
Trimellitate esters find wide application as lubricants, providing a combination of features including superior thermal, hydrolytic and oxidative stability. Typical applications include high temperature oven and chain lubricants. The products have low viscosity index, but are responsive to blending with selected VI improvers.
