Testing, Comparisons & Industry News

Get accurate test results, side-by-side product comparisons, and the latest updates from the lubricant and additive industry. Stay informed and make confident decisions based on real-world data.

Infineum D1212 vs. Afton HiTEC 9348P: Technical Comparison of High-TBN HDDO Additive Packages

A detailed technical comparison of Infineum D1212 and Afton HiTEC 9348P HDDO additive systems—covering treat rates, TBN delivery, viscosity, density, approvals, and performance—to guide formulators in selecting the optimal engine-oil package. Infineum D1212 vs. Afton HiTEC 9348P Technical Comparison of High-TBN HDDO Additive Packages Heavy-duty diesel engine oils rely on robust additive systems to meet […]

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Can Heavy Alkylate Benzene (HAB) Replace Conventional Base Oils in Lubricant Formulations? A Technical Analysis

Explore the feasibility of using Heavy Alkylate Benzene (HAB) as a primary base oil in lubricant formulations. This article provides a detailed comparison of physicochemical properties, performance metrics, compatibility factors, and application insights for high-performance lubrication. Summary Heavy Alkylate Benzene (HAB) — a mixture of diphenyl alkanes and de-alkylated benzene by-products from LAB production —

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Comparative Analysis of HDDO Additive Packages: HiTEC 8799B vs HiTEC 8766B vs Infineum D3451

Compare HiTEC 8799B, HiTEC 8766B, and Infineum D3451 HDDO additive packages—treat rates, density, viscosity, TBN, OEM approvals, and performance insights to guide your selection. Introduction Heavy-duty diesel engine (HDDO) oils rely on high‑performance additive packages to meet stringent OEM and industry specifications. Here, we compare three leading HDDO additive systems—Afton’s HiTEC 8799B and HiTEC 8766B, and Infineum’s D3451—to help formulators

Comparative Analysis of HDDO Additive Packages: HiTEC 8799B vs HiTEC 8766B vs Infineum D3451 Read More »

API Base Oil Groups I, II & III: Classification, Key Properties & Comparison Table

Explore the distinctions between API Base Oil Groups I, II, and III—saturates content, sulfur levels, viscosity index, and refining processes—through a detailed comparison table and analysis of essential chemical parameters for lubricant performance. Introduction API divides mineral base oils into three groups based on their chemistry and refining process. These distinctions drive performance in wear

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