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In this webinar, our latest webinar, Smart Fuel Lubricity Testing, we discuss the key methods to evaluate diesel fuel lubricity, compare ASTM vs ISO standards and present HFRR-ADV with workflow automation.
This study explores the use of High Frequency Reciprocating Rig (HFRR) to detect diesel fuel adulteration through lubricity analysis. Adulterated fuels show poorer lubricity compared to pure fuel.
The next-generation HFRR-ADV is a fully automated, ultra-compact desktop instrument for assessing diesel lubricity in compliance with ASTM D6079. Inline stroke control and a high-precision digital humidity control system ensure accurate results while advanced workflow automation simplifies testing.
ASTM D6079 vs. ISO 12156 HFRR test methods: learn key differences between environmental conditions that may affect lubricity. The precision statement differs for ASTM (lubricity-independent) compared to ISO (lubricity-dependent)
In our latest webinar, Lubricant Testing: From Friction to Traction, we explore the key principles behind lubricant behavior and how advanced testing methods help bridge the gap between theoretical models and real-world applications.
Generate a traction curve on MTT using only two parameters - variable slide to roll ratio (SRR) and fixed entrainment velocity
The Modular Traction Tribometer is designed to deliver precise insights into friction and wear behavior for both lubricated and unlubricated rolling-sliding contacts with slip ratios from 0 to 100%
Understand basics of traction in EHD contacts, test methods for evaluating traction curve and determining limiting shear stress of lubricants
This application note reports the lubricity of undoped and doped Jet A1 fuels, obtained using BOCLE-ADV, for different applications in commercial and military aircrafts.
Calibration is a critical step to ensure precision in lubricity results. This involves qualifying a ring with reference fluids before testing the actual fuel.
BOCLE-ADV redefines the ASTM D5001 method with complete workflow automation. Featuring inline imaging, continuous data logging, AI enabled wear scar detection and digital calibration ensure high precision and traceability.
Learn why fuel lubricity is important and the global regulations for this. Understand differences between BOCLE and HFRR methods for aviation turbine and diesel fuel lubricity.
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