Glass

Designed to count the time interval of laboratory procedures. The marking of the nominal time is on the glass. Made of HS1 glass 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

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

The conical flask Kn-2-250-50 Primelab is made of transparent borosilicate glass, which ensures control of all processes inside the container. Suitable for storage, heating, cooling, filtration and other laboratory processes. Characteristics of the Kn-2-250-50 flask: • Volume – 250 ml • Neck diameter – 504 mm • Base diameter – 64 mm • Height – 140 mm. It has a stable base that prevents the flask from tipping over. The neckline has rounded edges.

The adapter with a Primelab vacuum valve is one of the most popular devices used in creating a vacuum system and working in vacuum conditions. It can be used to regulate the flow of gas or air. Used to connect equipment or create a vacuum. The device is equipped with a grinding core NS 19/26 and a vacuum valve with olive for reliable connection with a soft hose or other equipment. The transition is made of borosilicate glass, making it suitable for operation at different temperatures. Even with intensive use it has a long service life and wear resistance.

The Tishchenko Primelab flask for flushing gases through liquid has a non-standard design. Two outlets with olives at the ends are soldered into the outer part, which provide a strong connection with the hoses. There is a partition in the middle of the container. It is thanks to this form that the quality of gas purification is improved. The main purpose of the bottle is washing, cleaning and drying gases. The Tishchenko flask was made by the Primelab company from borosilicate glass, which has a fairly long service life even with intensive use.