BAKLUCK Trimellitate Ester 8005 gives lubricant developers a property-led way to assess a Trimellitate Ester 8005 trimellitate ester base stock. Its source data shows density at 20 °C of 0.99 g/cm³ by ASTM D1298; separate entries for kinematic viscosity at 100 °C of 11.8 mm²/s by ASTM D445 and kinematic viscosity at 40 °C of 90.7 mm²/s by ASTM D445 help distinguish it from lower- or higher-viscosity alternatives. The profile warrants investigation for synthetic gear and compressor-fluid development, with high-temperature ester blends evaluating viscosity contribution as an additional formulation possibility. Actual suitability depends on the additive package, base-stock blend, elastomers, operating temperatures and target standard. Compare laboratory results with the current BAKLUCK TDS, and use the batch COA—not these typical values—as the batch-specific commercial reference.
Trimellitate Ester 8005
At 11.8 mm²/s 100 °C viscosity, Trimellitate Ester 8005 provides a specific viscosity step for teams designing synthetic gear and compressor-fluid development.
Product overview
BAKLUCK Trimellitate Ester 8005 gives lubricant developers a property-led way to assess a Trimellitate Ester 8005 trimellitate ester base stock. Its source data shows density at 20 °C of 0.99 g/cm³ by ASTM D1298; separate entries for kinematic viscosity at 100 °C of 11.8 mm²/s by ASTM D445 and kinematic viscosity at 40 °C of 90.7 mm²/s by ASTM D445 help distinguish it from lower- or higher-viscosity alternatives. The profile warrants investigation for synthetic gear and compressor-fluid development, with high-temperature ester blends evaluating viscosity contribution as an additional formulation possibility. Actual suitability depends on the additive package, base-stock blend, elastomers, operating temperatures and target standard. Compare laboratory results with the current BAKLUCK TDS, and use the batch COA—not these typical values—as the batch-specific commercial reference.
Typical reference values
| Property | Typical value | Method |
|---|---|---|
| Appearance | Yellow transparent viscous liquid | Visual |
| Density at 20 °C | 0.99 g/cm³ | ASTM D1298 |
| Kinematic viscosity at 100 °C | 11.8 mm²/s | ASTM D445 |
| Kinematic viscosity at 40 °C | 90.7 mm²/s | ASTM D445 |
| Viscosity index | 121 | ASTM D2270 |
| Flash point (COC) | 284 °C | ASTM D92 |
| Pour point | -45 °C | ASTM D97 |
| Acid number | 0.05 mg KOH/g | ASTM D974 |
| Color | 1 | ASTM D1500 |
| Water content | 0.07 % | ASTM D1533 Method B |
| Noack evaporation loss | 1.8 % | DIN 51581 |
Applications
- Synthetic gear and compressor-fluid development
- High-temperature ester blends evaluating viscosity contribution
Frequently asked questions
What does 11.8 mm²/s 100 °C viscosity contribute to a review of Trimellitate Ester 8005?
The published 11.8 mm²/s 100 °C viscosity supplies one measured input for evaluating synthetic gear and compressor-fluid development; additive response and durability remain open questions.
Which formulation risks need checking for Trimellitate Ester 8005?
For Trimellitate Ester 8005, evaluate additive solubility, seal response, temperature behavior and compliance, then review the TDS and applicable COA.
Final specifications are subject to the current TDS and batch COA.
Product Details
BAKLUCK Trimellitate Ester 8005 gives lubricant developers a property-led way to assess a Trimellitate Ester 8005 trimellitate ester base stock. Its source data shows density at 20 °C of 0.99 g/cm³ by ASTM D1298; separate entries for kinematic viscosity at 100 °C of 11.8 mm²/s by ASTM D445 and kinematic viscosity at 40 °C of 90.7 mm²/s by ASTM D445 help distinguish it from lower- or higher-viscosity alternatives. The profile warrants investigation for synthetic gear and compressor-fluid development, with high-temperature ester blends evaluating viscosity contribution as an additional formulation possibility. Actual suitability depends on the additive package, base-stock blend, elastomers, operating temperatures and target standard. Compare laboratory results with the current BAKLUCK TDS, and use the batch COA—not these typical values—as the batch-specific commercial reference.
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