TEOST® Trident

Thermo-Oxidation Engine Oil Simulation Test
Test Methods
  • ASTM D6335 | 33C
    (Chinese SH/T0750)
  • ASTM D7097 | MHT®
    (Moderately High Temperature)
  • ASTM D8447 | TEOST Turbo®

The three current TEOST® tests operate under temperatures and environmental conditions identified as significant in internal combustion engines to simulate the oxidation and deposit-forming tendencies of engine oils. Oil samples, treated with catalyst, are pumped over a heated steel Depositor Rod on which deposits form. The weight of the Depositor Rod after the test is subtracted from its pre-test weight and added to the particulate weight collected by filtering the remaining oil. The results are reported in milligrams. 

  • Adjustable temperature zones and pump speeds.
  • Clear Glass Mantle with MHT® and Turbo® tests for easy viewing of depositor area during the test.
  • Ability to collect the volatilized material for further analysis and investigation.
33C Reference Oils | ASTM D6335MHT® Oils & Catalyst | ASTM D7097TEOST® Calibration OilTurbo® | ASTM D8447
CG-1LDF-4TPC-1MDF-4
T33C-1MDF-4  
 HDF-4  

For a complete listing of part numbers and available container sizes of Tannas Reference Oils, please review the Tannas Reference Oils & Catalysts Parts List.

Visit our Certified Reference Materials page to download SDS sheets or Oil Certificates.

Depositor Rods crafted from precision machined steel meet Tannas specifications for exclusive use in TEOST® tests. All rods undergo a rigorous inspection and measurement process prior to acceptance.

Mass Flow Controllers, utilized for all three TEOST® tests, introduce various components to the test oil such as reactive gases and air. The MHT® Mass Flow Controller solely operates with the D7097 test, while the Trident Mass Flow Controller operates with both ASTM D6335, D7097, and D8447 tests.

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