The most comprehensive lubricant oil formulation service in India — covering every product category from API SP engine oils to food-grade white mineral oil, PAO synthetics to biodegradable esters, hydraulic fluids to transformer oils. If it lubricates, insulates, or protects — we formulate it.
Below is our complete product scope — every oil type, grade, and specification we have formulated. If your product is not listed, contact us — the probability we can formulate it is very high.
| Product Type | Grades / Variants | Specification | Key Requirements & Notes |
|---|---|---|---|
| A · AUTOMOTIVE ENGINE OILS | |||
| Petrol Engine Oil — Mineral | SAE 20W-50, 15W-40, 10W-40, 10W-30, 5W-30, 5W-20 | API SP/SN+/SN/SM/SLBIS IS 13656 | Passenger car and light commercial vehicles. ZDDP AW, PIBSI dispersant, calcium sulfonate detergent, ADPA antioxidant. Formulated with Group I/II mineral base. |
| Petrol Engine Oil — Semi-Synthetic | 5W-30, 5W-40, 10W-40 | API SP/SN+ACEA A3/B4 | Group II/III blend. Improved low-temperature and oxidation performance vs mineral. HTHS ≥3.5 mPa·s requirement met. Fuel economy claims need MoDTC or GMO friction modifier. |
| Petrol Engine Oil — Full Synthetic | 0W-20, 0W-30, 5W-30, 5W-40, 0W-40 | API SPACEA A5/B5ILSAC GF-6 | Group III or PAO/ester base. LSPI protection (required for API SP). Ultra-low SAPS additive system. HTHS ≥2.6 mPa·s for C2, ≥3.5 for C3. OEM approvals possible (MB 229.5, VW 504/507). |
| Diesel Engine Oil — Light Duty | 15W-40, 10W-30, 5W-30 | API CF/CH-4BIS IS 13656 | Light trucks and SUVs with diesel engines. High TBN (10–12 mg KOH/g). Compatible with Euro IV emission systems. |
| Diesel Engine Oil — Heavy Duty | 15W-40, 10W-30, SAE 40 | API CI-4/CJ-4/CK-4ACEA E6/E7/E9 | Trucks, buses, construction machinery. Low-ash formulation for EGR/DPF compatibility (CJ-4+). Soot dispersancy critical. TBN 9–13 mg KOH/g. Shear stable OCP required. |
| CNG / LPG Engine Oil | 15W-40, 20W-50, SAE 40 | Custom CNG spec | Gas engines run hotter and leaner — higher oxidation stress, no fuel dilution. High TBN (12–16 mg KOH/g) to neutralise nitric acid formation. Extended antioxidant system. Low sulfur ZDDP preferred. |
| Two-Stroke Petrol (Air-Cooled) | 2T straight grade | API TCJASO FD | Motorcycles, scooters, generators. Low ash (must combust cleanly). Lubricity agents critical — no sump, oil burns with fuel. Mixing ratio 25:1 to 50:1. |
| Two-Stroke Petrol (Water-Cooled) | 2T premix / injection | API TCNMMA TC-W3 | High-performance water-cooled engines, outboard motors (TC-W3). Rust inhibition critical for wet environment. Castor oil component optional for racing variants. |
| Four-Stroke Motorcycle Engine Oil | 10W-30, 10W-40, 20W-50 | JASO MA/MA2API SN | Wet clutch compatibility critical — no friction modifiers that would cause clutch slip. JASO MA2 is stricter. High shear stability for gearbox lubrication (shared sump). |
| Racing / High-Performance Engine Oil | 0W-40, 5W-50, 10W-60, SAE 50 | Race-specific | Extreme high-temperature stability. High ZDDP treat rate. PAO/ester base for maximum film strength. HTHS >5.0 mPa·s. No regulatory low-SAPS restrictions. |
| Marine Engine Oil — Inboard | SAE 40, 15W-40 | API CFMIL-L-2104 | Diesel inboard engines. Excellent rust inhibition. High TBN for salt water environment. Alkalinity reserve for corrosive blowby gases. |
| Outboard Engine Oil | TC-W3, 2-stroke | NMMA TC-W3 | Water-cooled outboard motors. Water separability. TC-W3 certification required by major OEMs (Mercury, Yamaha, Suzuki). |
| Aviation Piston Engine Oil | SAE 50, SAE 60, W100, W120 | MIL-L-6082SAE J1966 | Specialty naphthenic mineral oil. Lead scavenging from TEL fuel. No modern friction modifier chemistry. Specific rust inhibitor system required. |
| B · GEAR OILS | |||
| Automotive Manual Gear Oil | SAE 75W, 80W, 90, 75W-90, 80W-90, 85W-140 | API GL-4BIS IS 1012 | Manual gearboxes — yellow metal (brass/bronze) compatible. Moderate sulfur/phosphorus EP. Synchronizer compatibility critical — oil must not cause synchro slip. |
| Automotive Axle / Differential Oil | SAE 90, 140, 75W-90, 80W-140 | API GL-5/MT-1MIL-PRF-2105E | Hypoid gears. High sulfurized EP required. Yellow metal corrosion balanced with EP performance. Limited-slip differential (LSD) friction modifier required for LSD axles. |
| Automatic Transmission Fluid (ATF) | ATF Type A, Dexron II/III/VI, Mercon V/LV, SP-IV | GM Dexron VIFord Mercon LV | Complex multi-functional fluid — friction modifier for clutch engagement feel, VI improver for consistent shift quality, rust inhibitor, foam inhibitor. OEM-specific friction characteristics. |
| CVT Fluid | CVTF specific grades | NS-2/NS-3Toyota CVTF | Continuously variable transmission — metal belt/chain on conical pulley. Anti-shudder friction modifier essential. Extremely low traction coefficient required. OEM specification only. |
| DCT Fluid | DCT-specific | VW G 052 529Pentosin | Dual clutch transmission. Combines gear oil and ATF requirements. Wet clutch compatibility with precise friction characteristics. Shear stability critical. |
| Industrial Gear Oil — Mineral | ISO VG 68, 100, 150, 220, 320, 460, 680, 1000, 1500 | ISO 12925-1 CKC/CKDDIN 51517 Part 3 | Enclosed gear drives — agitators, conveyors, mills. EP additive for CKD (extreme pressure). Excellent rust and corrosion inhibition. Water separability critical for wet environments. |
| Open Gear Lubricant | NLGI 00–1 or heavy fluid | AGMA 9005-F16 | Mining shovels, cement mills, rotary kilns. Highly viscous, adhesive, bitumen or tackifier-based. Diluted with solvent for spray application. Extreme film thickness required. |
| Worm Gear Oil | ISO VG 220–460 | AGMA 9005 | Bronze worm wheel compatibility — cannot use high-sulfur GL-5 type. Phosphorus EP or synthetic ester base with inherent lubricity. Cylinder oil type also used. |
| C · HYDRAULIC OILS | |||
| Hydraulic Oil HLP | ISO VG 22, 32, 46, 68, 100 | ISO 6743-4 HLPDIN 51524 Part 2 | Antiwear hydraulic oil — ZDDP AW additive. Most common industrial hydraulic oil. Good rust and oxidation protection. Compatible with most seal types. |
| Hydraulic Oil HVLP (High VI) | ISO VG 22, 32, 46, 68 | ISO 6743-4 HVLPDIN 51524 Part 3 | Wide temperature range operation (mobile equipment, outdoor). VI improver required for VI >140. Shear stability of VI improver critical. |
| Hydraulic Oil HM (Antiwear, no VI) | ISO VG 32, 46, 68 | ISO 6743-4 HM | No VI improver — for systems where shear stability is paramount and temperature range is fixed. |
| Hydraulic Transmission Fluid (HV) | ISO VG 46, 68 | ISO 6743-4 HV | Tractor and mobile equipment universal fluid — combines hydraulic, power steering, wet brake, and transmission functions. Friction modifier for brake compatibility. |
| Biodegradable Hydraulic Oil — Ester (HEES) | ISO VG 32, 46, 68 | ISO 15380 HEESOECD 301B | Synthetic ester base — rapidly biodegradable (>60% in 28 days). For forestry, offshore, inland waterway equipment. Hydrolytic stability critical. Compatible seal materials required. |
| Biodegradable Hydraulic Oil — Polyglycol (HEPG) | ISO VG 46, 68, 100 | ISO 15380 HEPG | Water-soluble polyglycol base. Used where fire resistance and biodegradability both required. Incompatible with mineral oil — system must be thoroughly flushed. |
| Vegetable Oil Based Hydraulic (HETG) | ISO VG 46, 68 | ISO 15380 HETG | Rapeseed or sunflower base. Readily biodegradable. Limited upper temperature (oxidation instability above 80°C). Additive system must be ester-compatible. |
| Fire-Resistant Hydraulic Fluid — HFA | 1–6% oil-in-water emulsion | ISO 6743-4 HFA | Mining and steel industry. Oil-in-water emulsion — >94% water content. Emulsifier and corrosion inhibitor formulation. Compatible with emulsification equipment. |
| Fire-Resistant Hydraulic Fluid — HFB | Water-in-oil invert emulsion | ISO 6743-4 HFB | ~60% water content. Better lubrication than HFA. Used in hydraulic presses, die casting, mining. Emulsion stability critical. |
| Fire-Resistant Fluid — HFC (Water-Glycol) | Various viscosity grades | ISO 6743-4 HFC | Water-glycol mixture. True fire resistance. Used in hot press, die casting, aircraft. Corrosion inhibitor package for ferrous and non-ferrous metals. |
| D · COMPRESSOR OILS | |||
| Rotary Screw Compressor Oil — Mineral | ISO VG 32, 46, 68, 100 (DAA/DAB) | ISO 6743-3A DAAISO 6743-3A DAB | Circulating oil — antiwear, rust, oxidation, foam control. DAA (no EP), DAB (EP). Air-oil separator compatibility. Excellent oxidation stability for extended drain (4000–8000 hrs). |
| Rotary Screw — Synthetic PAO | ISO VG 32, 46, 68 | ISO 6743-3A | Extended drain (8000–16000 hrs). High VI, wide temperature range, excellent oxidation stability. Lower carbon deposits on valves. |
| Rotary Screw — Polyalkylene Glycol (PAG) | ISO VG 32, 46, 68 | ISO 6743-3A | Longest drain intervals (16000+ hrs). Miscible with condensate water. Non-sludging. Requires complete seal compatibility check. Not compatible with mineral oil. |
| Reciprocating Compressor Cylinder Oil | ISO VG 100, 150, 220, 320 (DAG/DAH) | ISO 6743-3A DAG | Total loss lubrication — oil contacts compressed air/gas directly. Very high flash point (220°C min). Excellent thermal stability. DAH for applications with moisture contamination. |
| Process Gas Compressor Oil | ISO VG 100–320 | Application-specific | Hydrocarbon gas compression — propane, ethylene, natural gas. Compatibility with specific gas chemistry critical. Some require non-mineral base to prevent gas absorption causing viscosity drop. |
| Refrigeration Compressor Oil | ISO VG 15, 22, 32, 46, 68, 100 | DIN 51503ASHRAE | Refrigerant compatibility critical (HFC, HCFC, NH3, CO2). For HFC refrigerants: POE (polyol ester) base required. NH3 systems: naphthenic mineral or PAO. CO2 (R744): PAG or POE. |
| Vacuum Pump Oil | ISO VG 68, 100, 150, 220 | Application-specific | Very low vapour pressure required. Excellent oxidation stability. High flash point. Naphthenic or hydrocracked base. Chemical compatibility with process vapors critical. |
| E · TURBINE OILS | |||
| Steam Turbine Oil | ISO VG 32, 46, 68, 100 | ISO 8068 TSA/TSEASTM D4304 | Very long service life (5–10 years). Exceptional water separability (demulsibility — ASTM D1401). Oxidation stability (RPVOT >1000 min). No zinc (corrosive to copper alloys in turbine). |
| Gas Turbine Oil | ISO VG 32, 46 | ISO 8068 TGA/TGEGE D50TF1 | Higher operating temperatures than steam. Rust inhibitor for stand-by periods. GE, Siemens, Alstom OEM approvals require specific formulations. MPC (Membrane Patch Colorimetry) varnish test increasingly required. |
| Combined Cycle Turbine Oil | ISO VG 32, 46 | ISO 8068 TGE | Shared lube system for steam and gas turbines. Must meet requirements of both. Extended RPVOT and MPC cleanliness. |
| Wind Turbine Gear Oil | ISO VG 220, 320 | Vestas, Siemens, GE approvals | Micropitting resistance critical (slow-speed high-load gears). Excellent water separability (nacelle condensation). FLENDER, Moventas, ZF gearbox OEM approvals. FZG micropitting test required. |
| Hydroelectric Turbine Oil | ISO VG 46, 68, 100, 150 | ISO 8068 THF | Guide and thrust bearing lubrication. Water contamination resistance. Low pour point for cold startup. Extended drain intervals (5+ years). |
| Marine Turbine Oil (MIL) | ISO VG 32 | MIL-PRF-17331 | Naval and commercial marine steam turbines. Meets military specification for salt water corrosion resistance. |
| F · TRANSFORMER & ELECTRICAL OILS | |||
| Transformer Oil — Uninhibited | IEC 60296 Grade I, Grade II | IEC 60296BIS IS 335 | Mineral naphthenic or hydrocracked paraffinic base. Dielectric breakdown voltage >30 kV (new), interfacial tension, low acidity. No antioxidant — oxidation inhibited by sulfur compounds. |
| Transformer Oil — Inhibited | IEC 60296 Grade III, Grade IV | IEC 60296BIS IS 335 | DBPC or DBP antioxidant added (0.08–0.4 wt%). Extended service life. For high-load or sealed-tank transformers. Oxidation stability (ASTM D2440 >164 hrs). |
| Transformer Oil — Retardant | FR3 alternative | IEEE C57.147 | Fire retardant natural ester or synthetic ester base for high fire-risk locations — data centers, urban substations, tunnels. Fire point >300°C. Biodegradable. |
| Cable Impregnating Oil | Low viscosity grades | IEC 60422 | Very low viscosity for penetration into paper insulation. Very low pour point. High dielectric strength. Excellent gas absorption properties. |
| Switchgear Oil | Light grades | IEC 60296 | Arc quenching fluid in oil-filled circuit breakers. Low viscosity for fast contact movement. High dielectric strength. Good arc decomposition products removal. |
| Capacitor Oil | Light naphthenic | IEC 60422 | Very high dielectric constant. Low dissipation factor. Very low pour point. Long service life at elevated temperatures in capacitor windings. |
| G · METALWORKING FLUIDS | |||
| Neat Cutting Oil | ISO VG 10–68 (MH, MJ) | ISO 6743-7 MH/MJ | 100% oil — no water. Maximum lubricity and EP performance. Heavy-duty machining, broaching, gear cutting. Sulfurized, chlorinated (MJ), or phosphate EP additives. High flash point for safety. |
| Soluble / Emulsifiable Cutting Oil | 1:10 to 1:50 dilution (ML/MM) | ISO 6743-7 ML/MM | Oil-in-water emulsion — majority water provides cooling, oil provides lubrication. Emulsifier system critical for stable emulsion. Biocide required to prevent microbial growth. Rust inhibitor for ferrous and non-ferrous. |
| Semi-Synthetic Cutting Fluid | 3–20% oil in formulation (MK) | ISO 6743-7 MK | Hybrid — small oil droplets in synthetic/water solution. Better cooling than soluble oil, better lubrication than pure synthetic. Biocide, corrosion inhibitor, lubricity additive system. |
| Synthetic Cutting Fluid (True Synthetic) | Oil-free solution (MA/MB) | ISO 6743-7 MA | No mineral oil — water soluble organic chemicals only. Excellent cooling, transparent (good visibility), easy sump management. Polyglycol or amine-based lubricants. For aluminum, cast iron, steel grinding. |
| Grinding Oil | ISO VG 10–46, neat or emulsifiable | ISO 6743-7 | Very low viscosity neat oils for precision grinding. Excellent lubricity with minimum burn. Special EP chemistry that does not stain aluminum. |
| Rolling Oil — Cold Rolling | ISO VG 5–22 | Application-specific | Steel strip cold rolling. Very high pressure lubrication. Emulsifiable in water for spray application. Fatty alcohol or ester lubricity. Must burn off completely for annealing — very low residue. |
| Rolling Oil — Hot Rolling | Diluted emulsion | Application-specific | Steel hot rolling. Water-based emulsion. Rust inhibitor must protect hot steel surface. Heat stability critical (300°C roll surface temperatures). |
| Drawing & Forming Oil | ISO VG 15–68 | ISO 6743-8 | Sheet metal drawing, stamping, deep drawing. Extreme lubrication to prevent galling. Sulfurized fat or chlorinated EP agents for severe duty. Aluminum forming needs non-staining chemistry. |
| Wire Drawing Lubricant | Dry (soap/lime) or wet (oil/emulsion) | Application-specific | Steel wire: dry drawing with calcium or sodium soap powder. Copper wire: wet oil-in-water emulsion, no sulfur. Aluminum wire: specific lubricity agents compatible with annealing. |
| EDM Dielectric Oil | Low viscosity (ISO VG 5–15) | Application-specific | Electrical Discharge Machining. Very low viscosity for spark penetration. High dielectric strength. Extremely clean — low aromatic, very low sulfur. Must not conduct electricity. |
| Honing Oil | ISO VG 10–22 | Application-specific | Cylinder bore finishing. Low viscosity for good cooling. Polar lubricity agents for controlled stock removal. Very low residue for easy washing. |
| Tapping & Threading Oil | High viscosity neat | Application-specific | Stainless steel, titanium, Inconel tapping. Very high EP (sulfurized lard or chlorinated). Extreme boundary lubrication. Prevents tap breakage. |
| H · INDUSTRIAL PROCESS & SPECIALTY OILS | |||
| Quench Oil | Fast, medium, marquench grades | ISO 9950 | Heat treatment of steel. Controlled cooling rate by viscosity and additive system. Flash point minimum 160°C (safety). Anti-oxidant for high operating temperatures. Accelerated or retarded quench speed as required. |
| Heat Transfer Oil | ISO VG 22–100 | DIN 51522 | Indirect heating systems (FMCG, chemical processing). Maximum operating temperature 280–320°C. Exceptional thermal and oxidation stability. Low vapour pressure at operating temperature. |
| Paper Machine Oil — Circulating System | ISO VG 46–220 | ISO 6743-6 | Wet environment — demulsibility essential. Excellent corrosion protection for steel and non-ferrous. Compatible with paper pulp and white water contamination. |
| Textile Spindle Oil | ISO VG 5–10 | IS 493 | Very low viscosity for high-speed spindle bearings (50,000+ rpm). Excellent mist suppression. Low evaporative loss. Non-staining to textile fibres. |
| Textile Machine Oil | ISO VG 22–68 | IS 493 | Non-staining to fibres and fabric. Low toxicity. Specific anti-wear and corrosion package for textile machinery (rapier looms, knitting machines). |
| Rust Preventive — Thin Film (Solvent) | Type I (ASTM B117) | MIL-C-16173ASTM D1748 | Solvent-based thin film protection. Applied at 5–15 micron film thickness. Wax-based or petroleum sulfonate inhibitors. Humidity cabinet test (ASTM D1748) ≥300 hrs. |
| Rust Preventive — Heavy Film | Type II–IV | MIL-PRF-16173 | Thick wax/grease-based protection for long-term (1–5 year) outdoor or warehouse storage. Peelable or strippable variants. Salt spray (ASTM B117) resistance. |
| Rust Preventive — Water-Based | Spray or dip | ASTM D4627 | Water-dilutable. Flash-off leaves thin protective film. Used for in-process and inter-process protection. Eco-friendly alternative to solvent types. |
| Slide Way Oil | ISO VG 32–220 | CINCINNATI P-47/P-50 | Machine tool slideways. Stick-slip prevention is critical — special fatty acid friction modifier. Adhesive (tacky) additive to prevent throw-off. Cincinnati Machine P-47/50 approval required for major machining centers. |
| Chain Oil | ISO VG 68–150 | Application-specific | Conveyor chains, roller chains. Penetrating ability to reach chain pivot. Adhesive additive for retention. EP additive for heavily loaded chains. High-temperature chain oil for oven/baking chains (PAO or ester base, 200°C+). |
| Wire Rope Lubricant | Fluid or paste | Application-specific | Penetrating core lubrication and surface protection. High viscosity paraffinic base with tackifier and EP additives. Bitumen-based heavy variants for long-term protection. Mining and crane applications. |
| Mould Release Oil | Neat or emulsifiable | Application-specific | Concrete formwork, rubber moulding, plastic injection moulding. Must not affect mould finish or product surface. Non-staining, low residue. Silicone-based or fatty acid variants for different substrates. |
| Penetrating / Releasing Oil | Very low viscosity (2–5 cSt) | Application-specific | Loosening seized and corroded fasteners. Capillary penetration through microscopic gaps. Rust converter chemistry. Volatile solvent for rapid drying variant. |
| I · WHITE MINERAL OILS & SPECIALTY GRADES | |||
| White Mineral Oil — Food Contact H1 | ISO VG 15, 22, 32, 68, 150 | NSF H1FDA 21 CFR 178.3620 | Highly refined — no aromatic, no sulfur. For machinery where incidental food contact may occur. NSF H1 registration required. API Group III or highly refined Group II base only. |
| White Mineral Oil — Pharmaceutical | Light and heavy grades | IP/BP/USP gradePharmacopoeial | For direct food/pharma/cosmetic use — laxatives, cosmetic formulations, tablet coating. Meets pharmacopoeial purity standards. Very high UV absorbance test compliance. |
| White Mineral Oil — Food Grade (H2) | Various viscosity | NSF H2 | Used in food processing areas not involving food contact. Similar refinement to H1 but not registered for incidental contact. |
| Process Oil — Rubber Extending | Naphthenic or paraffinic | ASTM D2226 | Plasticizer/softener for rubber compounding — tyres, seals, rubber goods. Naphthenic for non-polar rubbers (SBR, BR), paraffinic for EPDM. REACH-compliant (no PCA >3%). |
| Process Oil — Aromatic | High aromatic content | Tyre industry | Traditionally used in tyre rubber — now largely replaced by TDAE/RAE (lower PCA). Solubiliser and softener for carbon black dispersion in rubber compounds. |
| Horticultural / Spray Oil | Very light, water-emulsifiable | Agricultural | Pesticide carrier oil. Emulsifiable in water. Very low phytotoxicity. Paraffinic mineral or vegetable-based. Must evaporate after application. |
| J · SYNTHETIC BASE OIL PRODUCTS | |||
| PAO-Based Synthetic Lubricant | Various viscosity grades | Group IV base | Polyalphaolefin base. Excellent VI (140+), low pour point (<−50°C), exceptional oxidation stability. Formulated with ester co-base for seal compatibility. Used for highest performance engine, gear, compressor, and turbine oils. |
| Ester-Based Synthetic Lubricant | Diester, polyol ester grades | Group V base | Diester (dioctyl sebacate, diisodecyl adipate) for compressor and hydraulic oils. Polyol ester (TMP, NPG, PE esters) for jet turbine, refrigeration compressor, biodegradable hydraulic. Excellent natural lubricity and biodegradability. |
| Alkylbenzene (LAB) Based | Refrigeration and electrical grades | Group V base | Linear alkylbenzene as base oil for refrigeration compressor oils (HCFC compatible) and electrical insulating oils. Very high dielectric constant, excellent low-temperature properties. |
| Polyalkylene Glycol (PAG) Lubricant | Water-soluble and insoluble grades | Group V base | Compressor oil (rotary screw, extended drain), gear oil, chain oil (non-mineral). Water-soluble grades for metalworking and food processing. Incompatible with mineral oil — complete flush required when converting. |
| Perfluoropolyether (PFPE) Lubricant | Ultra-specialty grades | Aerospace / semiconductor | Chemically inert — compatible with oxygen, halogens, strong oxidisers. Used in oxygen compressors, semiconductor manufacturing, space applications. Extremely high temperature range (−60°C to +300°C). Premium pricing. |
As a guideline: above 20,000–25,000 litres/month of a single grade, a custom additive system typically pays back its development cost within 2–4 months. Below that, a commercial package is more economical.
For specialty oils (turbine, compressor, food grade), the volume threshold is lower because commercial packages are rarer and margins are higher.
A single grade without exceptional requirements: 4–8 weeks. A multi-grade range sharing one additive system: 8–16 weeks including BIS certification testing.
The main variable is ASTM test lab turnaround — 5–14 working days per test submission. RPVOT (D2272) requires 150 hrs of run time and adds 3–4 weeks. We schedule time-consuming tests early and run documentation in parallel.
Group I (solvent refined, VI 80–120, >0.03% sulfur): legacy base oil, lowest cost, good for basic industrial and automotive applications. Available domestically.
Group II (hydroprocessed, VI 80–120, <0.03% sulfur): better oxidation stability than Group I, increasingly standard for engine oils. Available in India from importers.
Group III (hydrocracked, VI >120): often marketed as "synthetic." Required for modern multigrade engine oils with fuel economy claims. Imported.
Group IV (PAO, VI >140): true synthetic. Required for highest performance engine, turbine, and compressor oils. Premium cost, exceptional performance.
We recommend the base oil group that meets your target specification at the lowest total formulation cost — starting with Group II for most Indian market engine oil projects.
Share your target product type, specification, and production scale. We respond within one business day.