Ext. Ø
For flasks
Height
Int. Ø
Max. weight
Specifications
Compare modelsAlternative in-stock items
NZ $182.56
Inc. GST
The Saint-Gobain Flask Rings, made from high-quality silicone elastomer, are designed for use with laboratory flasks ranging from 2000 to 6000 ml. These durable rings provide a secure and stable fit, preventing flasks from tipping over and ensuring safety during experiments. The silicone elastomer material is flexible, resistant to heat, and offers a reliable grip, making it an essential accessory for any laboratory requiring secure flask placement.
The Saint-Gobain Flask Rings are a must-have accessory for laboratories requiring reliable support for large flasks during their experiments and processes.
It are designed for use with laboratory flasks ranging from 2000 to 6000 ml. These durable rings provide a secure and stable fit, preventing flasks from tipping over and ensuring safety during experiments. The silicone elastomer material is flexible, resistant to heat, and offers a reliable grip, making it an essential accessory for any laboratory requiring secure flask placement.
Yes. It is designed for use in laboratories where flask stability is critical, and offers fits flasks from 2000 to 6000 ml and a stable, secure fit to prevent tipping and improve safety to support this kind of work.
It has the following key features: fits flasks from 2000 to 6000 ml, a stable, secure fit to prevent tipping and improve safety and resistant to oxidation and temperatures from -60 to 200°C.
It is made from high-quality silicone elastomer for durability and heat resistance.
Manufacturer P/N
161044
Part Number
9.143 037
Manufacturer
Saint Gobain
Ext. Ø
162 mm
Manufacturer P/N
161040
Part Number
9.143 035
Manufacturer
Saint Gobain
Ext. Ø
80 mm
Manufacturer P/N
161042
Part Number
9.143 036
Manufacturer
Saint Gobain
Ext. Ø
120 mm
Flask rings, pressed cork
.png)
1 min read
Learn what laboratory mortars and pestles are used for, compare porcelain, agate, glass, stainless steel and alumina materials, and understand how to select the right option for sample preparation. This guide also covers common applications, correct grinding techniques, contamination risks, cleaning and when to use a mechanical laboratory mill.
.png)
1 min read
Explore what borosilicate glass is and why Boro 3.3 glassware is widely used in New Zealand dairy, food, environmental, biotechnology, education and university laboratories.
1 min read
A laboratory desiccator holds its contents in a dry, sealed atmosphere, protecting moisture-sensitive samples and reagents and cooling heated samples without letting them take up water. This guide covers what it is, what it is used for, the main types, the desiccants that go inside, and how it works, with an animated drying cycle and a setup finder.
1 min read
The Buchner funnel is the workhorse of vacuum filtration in New Zealand labs, separating a solid from a liquid far quicker than gravity. This guide explains what it is, what it is used for, how to set one up step by step, the main materials, and how vacuum filtration works, with an animated apparatus and a funnel finder.
1 min read
The separating funnel is the go-to tool for liquid-liquid extraction across New Zealand labs, from universities and Crown Research Institutes to environmental, water and food testing. This guide explains what it is, how it works step by step, the main shapes, and how to pick one, with an interactive process demo and finder.
NZ $182.56
Inc. GST
