Our NEWEST Innovation by MICRONIC : Eco-Friendly Rack RM

Freeze-Thaw Stability

Reliable labware

Built to retain Quality

It is common for research laboratories to thaw samples in order to retrieve a small amount of material for research. After thawing, the remaining sample is frozen again. This freeze-thaw process can happen many times in any given period of time. For this reason, it is important that sample integrity is maintained; avoiding weight loss, major tube cracks, and caps coming off the tubes.

Micronic regularly conducts research on the stability of their tubes and caps with regard to freeze-thaw cycles. A frequent analysis of the freeze-thaw stability on Micronic tubes and caps provides a safe and reliable recognition of Micronic products among customers. In order to get valid results, instead of only doing a freeze test, a freeze-thaw test has been conducted.

Product Downloads

Related Products

A 1.40ml internal thread tube precapped with a grey low profile screw cap and a 1.40ml internally threaded tube precapped with a grey TPE push cap

1.40ml Internal Thread Push Cap Tubes

The Micronic 1.40ml internally threaded push cap tubes are available with a V- or U-shaped interior bottom.
View product
Request a Free Demo!

Micronic Push Cap Decapper CP620

The Micronic Push Cap Decapper CP620 satisfies the need for higher sample throughput by offering a quick and easy way to decap push cap tubes.
View product
A 1.40ml internal thread tube precapped with a grey low profile screw cap and a 1.40ml internally threaded tube precapped with a grey TPE push cap

1.40ml Internal Thread Screw Cap Tubes

The Micronic 1.40ml internally threaded screw cap tubes are available with a V- or U-shaped interior bottom.
View product

Micronic Push Cap Capper CP600

The Micronic Push Cap Capper CP600 can cap 0.50ml, 0.75ml, 1.10ml, and 1.40ml push cap tubes with Capmats, Capbands, or Capclusters.
View product