Absorber Zaitsev Primelab

Bourdon vessel, version 2. Made of borosilicate glass.

The Polezhaev (Kiselev) absorber was made by Primelab in its own glass blowing shop. It is possible to manufacture laboratory glassware and instruments according to individual sizes and shapes of the customer in the shortest possible time. The Polezhaev (Kiselev) absorber is suitable for purifying gases and collecting impurities for analysis. It has a standard shape with an elongated cylinder and two tubes. It has a certain similarity with the Zaitsev absorber, but the long tube in the Polezhaev absorber can be removed, which simplifies the process of cleaning the body and working with the device as a whole. The absorber, like all laboratory glassware and accessories of the PrimeLab company, is made of durable high-grade glass.

The Primelab company accepts orders for the manufacture of laboratory glassware and instruments of various shapes, including according to the customer’s technical specifications. Heat-resistant glass is used in this work. The Reberg high-speed absorber is designed for titration, impurity collection, gas purification and more. Made from high-grade chemical-resistant glass, which has a long service life and resistance to wear. The device is U-shaped. At the end of one side there is a spherical part, the neck of which is closed during the process with a suitable stopper. The second end has a standard shape. Quite easy to use and compatible with various equipment. It is especially effective when connecting several devices in series with each other using a rubber hose.

Richter absorber PrimeLab (high-speed) is a laboratory device for high-speed purification and absorption of gases. Its design consists of two spherical extensions. Two tubes are soldered into the top one: gas is released along the long one for purification, and through the second it comes out in a purified form. A high-speed Richter absorber was produced by Primelab from borosilicate glass. This determines the vessel’s ability to withstand the influence of different temperatures, strength and long service life. Does not react with chemically active substances. Thanks to transparency, you can observe all processes inside the vessel.