Hourglass CHPN- 20 min.

Borosilicate glass is used to make the cell body due to its chemical inertness and resistance to high temperatures. It does not react with most chemicals and has high thermal stability, which allows it to be used in a variety of conditions. The advantages of borosilicate glass electrochemical cell include: - High chemical resistance: Borosilicate glass is highly resistant to various chemical agents, allowing the cell to be used with a variety of reagents. - Thermal Resistance: Borosilicate glass can withstand high temperatures, allowing you to work with high temperature reactions or use the cell in elevated temperature environments. - Transparency: Borosilicate glass is transparent to visible light, allowing the processes occurring inside the cell to be observed. - Mechanical strength: Borosilicate glass has high impact resistance and mechanical strength, which allows the cell to be used in a variety of operating conditions. Borosilicate glass electrochemical cells are widely used in various fields, including chemical, biological, pharmaceutical and energy industries, as well as scientific research. They are reliable and efficient devices that allow various electrochemical processes to be carried out.

Designed to count the time interval of laboratory procedures. The marking of the nominal time is on the glass. Made of glass HS1 according to GOST 21400-75. TU 4321-009-52876859-2005

Designed to count the time interval of laboratory procedures. The marking of the nominal time is on the glass. Made of glass HS1 according to GOST 21400-75.TU 4321-009-52876859-2005

Designed to count the time interval of laboratory procedures. The marking of the nominal time is on the glass. Made of glass HS1 according to GOST 21400-75.TU 4321-009-52876859-2005

Designed to count the time interval of laboratory procedures. The marking of the nominal time is on the glass. Made of glass HS1 according to GOST 21400-75.TU 4321-009-52876859-2005

Designed to count the time interval of laboratory procedures. The marking of the nominal time is on the glass. Made of glass HS1 according to GOST 21400-75.TU 4321-009-52876859-2005

Desiccator 2-210 mm PrimeLab is made of light glass and does not have a tap. Designed to store and protect samples in a laboratory environment. Reliable design and precise humidity control create optimal conditions for specific tasks. It has compact dimensions: the diameter is 210 mm and the height is 275 mm, of which 95 are on the lid.

Flat-bottomed flask P-2-500-34 Primelab is an indispensable product for conducting various chemical and biological studies. It has the shape of a ball with a flat bottom, which allows you to use the flask without a special stand. At the same time, all the advantages of spherical flasks are preserved: from uniform heating to complete mixing of reagents. A flat-bottomed flask P-2-500-34 Primelab is designed to be 500 ml with a height of the entire product of 170 ± 40 mm. The diameter of the entire ball is approximately 105 mm ± 20 mm with a neck diameter of 34 mm.

Laboratory funnel B-100-150 Primelab with a stem diameter of 13 mm is necessary for quickly pouring bulk substances and pouring liquid reagents into another container with a neck diameter of more than 13 mm. The height of the entire product is 150 mm. It is made of borosilicate glass 3.3, resistant to wear and minor mechanical damage.

Desiccator 2-180 mm Primelab does not have a tap. Made of light glass, which provides the ability to monitor in real time the state of substances inside the container. Suitable for storing and drying various substances. The desiccator is supplied complete with a porcelain ring with holes. It must be placed at the bottom of the dish and sprinkled with a desiccant, which will absorb all the moisture and dry the substances under vacuum conditions. Characteristics: • Volume – 3000 ml • Diameter – 180 mm.

The PrimeLab filtration apparatus with a 250 ml flask allows for fast and clean filtration, which is important for a wide variety of laboratory processes. Made from durable borosilicate glass and stainless steel, which are resistant to heavy use and have a long service life. The installation consists of several parts: • Adapter with outlet • 250 ml conical flask • Filter and clamp for it • 300 ml cylindrical funnel. All parts are hermetically connected to each other. The liquid with sediment is placed in a glass flask made of borosilicate glass. The volume of the filtrate receiver is 250 ml.

The flat-bottomed flask P-2-300-29 Primelab is made of light heat-resistant glass, which provides an overview of the processes occurring inside the product. Holds up to 300 ml of any substance with a ball diameter of 95 mm and a neck of 29 mm. The height of the entire product is 140 mm. Suitable for placement on any flat surface without an additional stand, while maintaining all the advantages of the spherical shape.

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.

Conical flask Kn-2-500-50 Primelab is a universal glass vessel used for various laboratory studies and reactions. These include filtration, mixing, storage, heating, cooling and other processes. It has a stable shape in the form of a narrow neck of 50 mm and a wide base of 105 mm. The flask is designed for 500 ml. The total height is 175 mm. Made from reliable and durable borosilicate glass. Thermally and chemically stable.

Conical flask Kn-2-1000-50 Primelab is a universal and important tool in a laboratory of any size and direction. Used for filtration, sediment separation, storage, heating, cooling or mixing of reagents. The flask is designed to work with 1 liter or less of any substance. Its characteristics: • Neck diameter – 50 mm • Base diameter – 131 mm • Height – 220 mm.