An advanced - low viscosity - high uptake multipurpose cocktail for flow applications.
- Accepts a wide range of HPLC gradients at a 1:1 ratio, providing high counting efficiency (25% 3H efficiency at 1:1 cocktail/sample).
- Even difficult samples such as 0.1N NaOH mix rapidly to yield a clear, nonviscous emulsion.
|SG-BXX-19||FlowLogic U||4 L|
|SG-BXX-05||FlowLogic U||4 x 4 L|
|SG-BXX-06||FlowLogic U||20 L|
A flow cocktail specifically designed for highly aqueous samples up to ratios of 2:1 scintillator to sample.
|SG-BXX-23||FlowLogic HA||4 L|
|SG-BXX-10||FlowLogic HA||4 x 4 L|
|SG-BXX-13||FlowLogic HA||20 L|
Ideal for use in on-line HPLC flow detectors as well as in traditional static counting.
- Formulated to accommodate high salt and buffer samples whilst still delivering a biodegradeable scintillation cocktail with high efficiency.
- Low viscosity and non-gelling.
|SG-BXX-21||FlowLogic HS||4 L|
|SG-BXX-08||FlowLogic HS||4 x 4 L|
|SG-BXX-11||FlowLogic HS||20 L|
I have placed my order online, now what happens?
Our product specialist will be in contact as soon as possible with a price and can answer any related questions you may have.
Once we receive your approval to go ahead, your order will be placed and delivery times will be confirmed.
How can I pay?
We accept both BACS and Cheque payments.
What is the total cost of my order?
Our product specialist will confirm the price excluding VAT and shipping as soon as we receive your order.
A formal quote can be provided if required.
How long is delivery?
The delivery time on our consumables range varies depending on the product and our suppliers.
We try to hold as many of our most popular items in stock and deliver as soon as possible.
Please contact us for more product specific details.
Can I get a sample?
We offer samples of certain vials and cocktails for comparison purposes only.
Do you have more technical information?
Please check the downloads section for each product.
However if you don’t find the information you require please don’t hesitate in contacting us.