AmScope Cargille LDF Low-Fluorescence Immersion Oil - 1/4 Fl. Oz.
Key Features
- Cargille LDF low-fluorescence immersion oil
- 1/4 fl. oz. (7.39ml)
- 500 cSt viscosity
Cargille's LDF immersion oil is formulated to have very low self-fluorescence -- including in the UV-A band -- making it ideal for fluorescence microscopy. The oil is low-viscosity, and maintains high transmittance throughout the visible spectrum and UV-A band.
Immersion oil is necessary for high magnification microscopy when using oil-immersion objective lenses. Do not use with dry or water-immersion lenses. Immersion oil should also be used on oil-compatible light-condensers when working at high magnifications, as the oil ensures a consistent refractive index throughout the optical path, providing the highest resolution possible.
Specifications
| Volume | 1/4 fl. oz. (7.39ml) |
| Refractive Index | 1.556 @ 340nm 1.525 @ 480nm 1.518 @ 546nm 1.510 @ 694nm |
| Viscosity | 500cSt (23°C) |
| Odor | Distinct |
| User Manual Name | Downloads |
|---|---|
| MSDS-Cargille-LDF_37LDF.pdf | Download File |
| Immersion-Oil-Type-LDF.pdf | Download File |
Cargille's LDF immersion oil is formulated to have very low self-fluorescence -- including in the UV-A band -- making it ideal for fluorescence microscopy. The oil is low-viscosity, and maintains high transmittance throughout the visible spectrum and UV-A band.
Immersion oil is necessary for high magnification microscopy when using oil-immersion objective lenses. Do not use with dry or water-immersion lenses. Immersion oil should also be used on oil-compatible light-condensers when working at high magnifications, as the oil ensures a consistent refractive index throughout the optical path, providing the highest resolution possible.
Specifications
| Volume | 1/4 fl. oz. (7.39ml) |
| Refractive Index | 1.556 @ 340nm 1.525 @ 480nm 1.518 @ 546nm 1.510 @ 694nm |
| Viscosity | 500cSt (23°C) |
| Odor | Distinct |