Technical Data Sheet
ROTISZINT®eco plus, 100 ml, glass
Boiling point (bp) 290 °C
Flash point (flp) 148 °C
Melting point (mp) -47 °C
ADR 9 III
WGK 3
UN-Nr. 3082
Well suited for measurement of β-emitters like 3H, 14C, 32P.
€21.40/Pack Qty.
excl. VAT. | 100 ml per Pack Qty.
Art. No. 0016.4
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Product details
ROTISZINT®eco plus ROTISZINT® ready-to-use, for scintillation
ROTISZINT®Eco plus contains nonylphenylethoxylates (NPE), the use of which is to be restricted according to EC Directive 2003/53/EC and which fall under the REACH registration obligation. ROTISZINT®Eco plus will therefore be replaced by 4 modern, NPE-free and biodegradable scintillation cocktails by summer 2022.
You will soon find information and links to the four new ROTISZINT® cocktails on this website. For information, you can already contact the above contacts for personal advice.
Excellent sample acceptance capacity for all aqueous and organic samples, optimally suited for solutions with high ionic strength.
In ROTISZINT®eco plus, di-isopropyl naphthalene is the base reagent of primary scintillators. The cocktail is free of carcinogenic reagents.
- Very high sample acceptance capacity
- High counting efficiency
- Low photo- and chemoluminescence
- Very good colour- and chemical quench resistance
- Non-carcinogenic
- Virtually odor- and colourless
- High flash point
- No permeation through plastic vials
Perfectly suited for measurement of solutions, showing a counting efficiency of 47 % (3H). Through its emulsifying character, ROTISZINT®eco plus elutes samples from filter plates, thus making it also suitable for counting of filter samples.
For reliable quantitative elution we recommend addition of a sample specific elution buffer.
Excitation maximum 190-370 nm
Emission maximum 420 nm
Use of alkylating elution buffers may cause chemoluminescence.
We recommend the use of ROTILABO®Dispensers (Art. No. HAC6.1-HAC9.1, HAE0.1 oder HAE1.1) and telescopic suction pipe (Art. No. AA92.1).
The immiscibility gap is characterized by two phases and may not be used for measurement. By increasing or reducing sample amount in relation to scintillation cocktail, the immiscibility gap may be avoided. Sample acceptance capacities of PBS, TBS etc. equal this of 0.1 M NaCl. Sample acceptance capacities of BSA solutions, cell culture supernatants etc. equal this of HEPES.
Absorption maximum | 190-370 nm |
Emissions maximum | 420 nm |
- Subtotal: 0.00
Art. No. | Pack Qty. | Pack. | Price | Quantity | |
---|---|---|---|---|---|
0016.4 | 100 ml | glass |
€21.40 |
|
|
0016.3 | 5 l | plastic |
€321.45 |
|
|
In stock
Available
In procurement
No longer available
Delivery date currently unknown
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- Subtotal: 0.00
Downloads / MSDS
General information
The composition of the ROTISZINT® cocktails is modern and does not contain NPE (nonylphenylethoxylates, subject to REACH). The cocktails thus comply with the Directive 2003/53/EC of the European Parliament and Council.
NPE has been replaced by a combination of several reagents specifically adapted to the respective use. The cocktails can thus be used in a targeted manner and give very high counting yields.
All new ROTISZINT® cocktails are biodegradable. Due to the low vapour pressure of the solvent, there is no odour nuisance, the solution is difficult to ignite and economical in consumption. ROTISZINT® shows excellent quench resistance, good sample stability, no chemiluminescence and no diffusion through plastic vials.
- High counting efficiency
- Low quenching
- Flame retardant
- NPE free
- Biodegradable
- Non carcinogenic
- According to 2003/53/ECC
The ROTISZINT® scintillation cocktails of the next generation are modern, versatile, ready-to-use scintillation cocktails for liquid scintillation (LSC) of β-emitters (e.g. 3H, 14C, 32P , 35S). The ROTISZINT® scintillation cocktails are applicable for scintillation of aqueous samples in the entire biological, biochemical and chemical field.
Wide excitation range between 190 and 370 nm
emission maximum: 420-430 nm
The modern ROTISZINT® cocktails contain the same reagents as primary and secondary scintillators that were used in ROTISZINT®Eco plus. Thus, neither the excitation nor the detection wavelength change for the application.
We still recommend to use the same scintillation protocol in the first approaches with one of the new ROTISZINT® cocktails that was previously used with cocktail 0016. In many cases, the parameters are directly transferable. If the scintillation results are not satisfactory at first, the sample quantity (the ratio sample / cocktail) can be rebalanced.
ROTISZINT® Cocktails are supplied in black plastic bottles that can be used as stand-up containers. They allow safe and space-saving storage and use.
With a practical dispenser, you can conveniently and safely take out the amount of cocktail you need at any time. We recommend the use of ROTILABO®Dispensers (Art. No. HAC6.1-HAC9.1, HAE0.1 oder HAE1.1) and telescopic suction pipe (Art. No. AA92.1).
To withdraw the entire liquid, you can easily replace the inner withdrawal tube with a longer Teflon® or polyethylene tube (6 mm innerØ), or use the telescopic suction tube (order no. AA92.1).