For the brainy heads of chemical research clan the use of scientific and industrial glassware have somewhat become mandatory. Its unwritten, but the potential of glasses in lab work is paramount.
From beakers, burettes, condensers, cylinders, distilling apparatus, stopcocks, adapters, watch glasses to standard bottles, cones, evaporating, crystallizing or drying dishes, flasks, funnels, jars, pipettes and gas generators the range of scientific glassware is extensive.
However, not every type of glass works for laboratory job. You need to heat up or simmer down or blend the chemical substances depending on the nature of your research. And for that, fragile walled glassware is not apt.
You are probably aware of that already. But a number of companies sell scientific and industrial glassware in the market. All of them proclaim the promise of longevity, durability and maximum strength. All of them together sound too promising to be true.
So how can you differentiate the real voice? How can you make sure that you are purchasing the right kind of scientific glassware from the market? What are the parameters you need to check?
Its always better to make a list of the unavoidable conditions before making the purchase decision. Here we offer you a quick checklist which ensures strong and healthy glassware for your work.
Make sure the glassware offers maximum thermal shock resistance to survive high temperature and chemical potency.
The wall of the glassware should be thin and standardized. It lasts longer.
A chemical research process produces substantial thermal stress during the procedure. Therefore, to ensure that the glass is ready for further lab work, its important to ensure that the glassware is annealed to remove the remaining stress.
If you want your glass to live longer with sound strength and rank low on leaching, then make sure that your industrial glassware has the feature of low alkalinity.
Always go for the products that have a strong reputation of reliability in research experiments with industrial value certification.
The glass should be made of robust substances to survive high voltage scientific works.
For the virtue of transparency and low probability of producing any undesirable reaction with chemical substances make glassware a perfect choice for industrial and scientific works. It should pass the test of daily use and wash, sterilization and survival of extreme chemical power and enhance production from new substances.