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What an 800 kgf Weld Point Actually Means in Grease Formulation

A practical guide to reading Torvix X730 ASTM D2596 data correctly: what the 800 kgf weld…
What a Mining Haul Truck Field Study Can and Cannot Prove About Engine Oil Additives

A technical reading of Powderful’s mining haul-truck case study: what up to 28.8% more engine hours,…
Formulation de lubrifiant sans PTFE : une stratégie pratique de EP et d’anti-usure

Un cadre pratique pour les formulateurs remplaçant PTFE dans les graisses et systèmes lubrifiants : définir…
PTFE-freie Schmierstoffformulierung: Eine praktische EP- und Verschleißschutzstrategie

Ein praktischer Rahmen für Formulierer, die PTFE in Fett- und Schmierstoffsystemen ersetzen: Funktion definieren, Kandidatenchemien sichten,…
PTFE-无润滑剂配方：实用的EP与抗磨策略

为配方师提供的实用框架，用于替代润滑脂和润滑剂系统中的PTFE：定义功能，筛选候选化学品，检查兼容性，并通过合适的实验室测试验证。
Formulación de lubricantes sin PTFE: Una estrategia práctica de EP y anti-desgaste

Un marco práctico para formuladores que reemplazan PTFE en sistemas de grasas y lubricantes: definir la…
PTFE-Free Lubricant Formulation: A Practical EP and Anti-Wear Strategy

A practical framework for formulators replacing PTFE in grease and lubricant systems: define the function, screen…
Solid Lubricant Additive Form Factors: When to Choose a Dispersion, Dry Powder, or Grease Concentrate

Selecting between a submicron dispersion, a dry layered-platelet powder, or a pre-formulated grease concentrate is a…
Why Pre-Dispersed Solid Lubricant Additives Usually Beat Dry Powders in Grease Formulation

A practical formulator’s guide to why pre-dispersed WS2, MoS2, and hBN additives often outperform dry powders…
ASTM D2596 vs D2266 vs D4172: Which Grease Test Answers Which Formulation Question?

A formulator’s guide to three common grease and lubricant tribology tests — what each method measures,…