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Emulsifier-Safe, 1 x 1L
Emulsifier-Safe, 1 x 1L
Emulsifier-Safe, 1 x 1L
Emulsifier-Safe™, based on a high flash-point solvent (LAB), is an economically priced LSC cocktail for aqueous and organic samples. Aqueous samples and many buffer solutions are accepted in a single liquid phase up to 10-15% maximum sample load.
| Feature | Specification |
|---|---|
| Grade | Safer |
| Sample Type | ガス（CO₂） |
Emulsifier-Safe™, based on a high flash-point solvent (LAB), is an economically priced LSC cocktail for aqueous and organic samples. Aqueous samples and many buffer solutions are accepted in a single liquid phase up to 10-15% maximum sample load.
For research use only. Not for use in diagnostic procedures.
Emulsifier-Safe, 1 x 1L
Emulsifier-Safe, 1 x 1L
Emulsifier-Safe, 1 x 1L
Product information
Overview
With a high flash-point of approximately 150oC, Emulsifier-Safe is an economical ready-to-use Liquid Scintillation Counting (LSC) cocktail based on the low vapor pressure Linear Alkylbenzene (LAB) solvent with a chemical formula of C6H5 CnH2n+1, where n lies between 10 and 16. LAB based cocktails typically have good optical transparency, high light yield and are safer for routine handling.
Emulsifier-Safe is a single liquid phase cocktail and exhibits no diffusion through polyethylene vials.
The main sample types used with Emulsifier-Safe are aqueous samples and can also be used for trapping gases such as CO2 when used in conjunction with either Sodium Hydroxide (NaOH) or Hyamine Hydroxide 10-X (Product Number 6003005).
Specifications
| Application |
Liquid scintillation counting
|
|---|---|
| Brand |
Emulsifier Safe
|
| Detection Modality |
Radiometric
|
| Grade |
Safer
|
| Sample Type |
Gas (CO2)
|
| Shipping Conditions |
Shipped Ambient
|
| Unit Size |
1 x 1 L
|
Resources
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Application Note
Considerations for the composition of liquid scintillation cocktails
This technical note highlights some considerations including; solvent, scintillator, surfactant, and sample viscosity and more, of...
Application Note
LSC in practice: radio-carbon dioxide (14CO2) trapping and counting
Application note highlighting radiocarbon dioxide (14 CO2) trapping and LSC counting
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