Lubricants & Auto Care Range — Industrial Formulation Handbook is a comprehensive strategy-and-formulation guide for the automotive lubricants and detailing market. It spans seven product families — engine oils, brake fluids, fork oils and gear fluids, engine coolants and antifreeze, automotive cleaners, detailing products, and polishes and surface protection — treated as a single manufacturable range. Written for lubricant blenders, auto-care brand builders and entrepreneurs, it covers the complete product architecture from economy private-label blends to premium synthetic and specialty grades, with the technical depth to understand and adapt every formulation.
The handbook develops the distinct chemistry of each product family from first principles. Engine oils: API base-oil groups I–V, SAE J300 viscosity grades, additive functions (ZDDP, detergents, dispersants, antioxidants, VIIs). Brake fluids: glycol-ether and borate-ester chemistry, ERBP specification and FMVSS 116/ISO 4925 requirements. Coolants: monoethylene glycol and monopropylene glycol base fluids, IAT/OAT/HOAT/NOAT inhibitor technology, corrosion protection for aluminium, cast iron and yellow metals. Gear fluids: EP additive chemistry (sulphur-phosphorus GL-4/GL-5), ATF friction-modifier systems, CVT fluid shear stability. Automotive cleaners: alkaline degreaser chemistry, surfactant-solvent systems, emulsification and rinsing. Detailing: carnauba wax emulsification, silicone tyre dressing technology, polymer sealant film formation, abrasive finishing with cutting compounds.
The handbook carries worked formulations across all seven product families, each with a component table (% w/w, function, sourcing tier), manufacturing sequence, blending SOP and QC targets tied to the relevant specification standard. Market-segmentation tables define economy, mid-range, premium and specialist positioning for each category, and failure-mode guidance covers the most common blending and performance defects.
Launch a complete automotive lubricants and detailing range — engine oils, brake fluids, coolants, fork oils, gear oils, degreasers and polishes — from one validated technical reference without commissioning a separate R&D programme for each category.
You're building a full automotive care range and need validated formulations across multiple categories — from engine oils and brake fluids through to tyre dressings and carnauba polishes — in one cohesive reference.
You supply garages, service centres and fleet operators and want to launch own-brand workshop fluids — brake fluid, ATF, coolant, power steering fluid and degreasers — with correct DOT, OAT and ATF specifications.
You want to enter the high-margin automotive care market and need a structured, manufacturable product range covering all seven product families with clear tier positioning and sourcing guidance.
They are validated starting points. You will need to bench-test and adapt treat rates to your specific raw material lots, but you start from a working formulation — not a blank sheet.
The handbook is a PDF — high-resolution A4, printable, with bookmarks and a linked table of contents. You receive an instant download link and it is also available in your library indefinitely.
Up to 5 downloads are included with your purchase. If you need more, contact us and we will reset your download limit.
Yes. The handbook opens with a fundamentals section that explains the underlying chemistry and ingredient functions before presenting formulations — so beginners can follow the rationale, not just the recipe.
Yes. Each formulation includes a component table with % w/w, a manufacturing sequence, blending SOP and QC targets tied to the relevant standard — so you can go straight from the handbook to the blending floor.
Yes. The handbook treats the chemistry behind each product family: carnauba-wax emulsification, silicone crosslinking in tyre dressings, polymer paint sealant formation, abrasive grading in cutting compounds, and the surfactant systems in clay lubricants.
Yes. DOT 3, DOT 4, DOT 4 LV and DOT 5.1 are covered with glycol-ether and borate-ester chemistry, FMVSS 116 / ISO 4925 compliance data, dry and wet ERBP targets, kinematic viscosity at –40°C, and formulation rationale for each grade.
Yes. A dedicated low-conductivity EV/hybrid coolant formulation is included, designed to protect aluminium components in battery cooling circuits with minimal ionic contamination — distinct from conventional passenger car coolant chemistry.
Yes. Formulations include BIS/IS standard references alongside international API, ACEA and FMVSS specifications, with Indian market context, local raw material sourcing tiers and tier-appropriate cost positioning across economy through premium grades.