Description
Oxygen bottles according to Winkler 100-150 ml are specialised laboratory vessels intended for dissolved oxygen determination in water samples via the classic Winkler method. These bottles provide a working volume range of 100-150 ml, matching the sample sizes commonly required for iodometric titration after oxygen fixation. The design supports careful filling, reagent addition and stoppering steps that prevent atmospheric contamination during analysis. Supplied as 1 pc, the item is produced by manufacturer Hecht and belongs to the laboratory materials category. In environmental monitoring, wastewater control and aquatic chemistry laboratories the bottles enable reliable volumetric oxygen assays. Their dedicated form factor facilitates mixing and subsequent titration while maintaining sample integrity. Compatible with standard Winkler stoppers and holders, they integrate smoothly into established analytical workflows. The 100-150 ml capacity offers a practical balance between sample representativeness and reagent economy. Overall these oxygen bottles constitute essential glassware for accurate, routine dissolved-oxygen measurements according to the Winkler procedure in research and quality-control settings.
This article is part of Plastic bottles (narrow & wide mouth), in Bottles & containers.
Key features
- Pack size: 1 pc
- Product type: Oxygen bottles according to Winkler
- Capacity: 100-150 ml
- Method: Winkler
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Questions about Winkler oxygen bottles 100-150 mI
What is this article?
Winkler oxygen bottles 100-150 mI is the article on this page. Luminix Health distributes Hecht for laboratory use. It sits in Plastic bottles (narrow & wide mouth), inside Bottles & containers, in Labware.
A plastic bottle is polyethylene, polypropylene or a fluoropolymer, narrow-mouth for pouring or wide-mouth for powders. It is the choice when the bottle must not shatter, and it is the wrong choice for solvents that swell the plastic.
A laboratory bottle is a closed container with a stated volume and a neck that takes a cap, a stopper or a dispenser. Borosilicate glass is the choice when the liquid is a solvent, or when the bottle will be heated or autoclaved. Polyethylene and polypropylene are the choice when the bottle must not shatter, or when hydrofluoric acid would attack glass. A narrow mouth pours. A wide mouth is for powders and for reaching the bottom. Laboratory ware of this kind is indexed under ISO laboratory glassware. Traceable volume sits with the BIPM and NIST Physical Measurement.
Which category should I open next?
The category is Bottles & containers. The sub-category is Plastic bottles (narrow & wide mouth). The catalogue is Labware.
Shelves beside this one are Laboratory glass bottles, Sample containers & jars, Canisters & jerrycans, Wash bottles and Bottle accessories (pouring rings, dispensers, caps).
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