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Alonge AO-29/32-14/23-90 TS was manufactured by Primelab in accordance with GOST 25336-82. Simax borosilicate glass was used, which does not absorb odors, does not react with contact substances and is resistant to high temperatures. Has a long service life due to the strength of the glass. Technical characteristics of the AO-29/32-14/23-90 Primelab allonge: • Diameter – 9 mm • Height to outlet is 55 mm with a total length of 90 mm • Coupling section size – 14/23 • Core section size – 29/32 . Primelab offers glassblowing services, namely the production of laboratory glassware according to drawings and technical specifications for the customer.

Flat-bottomed flask P-1-2000 29/32 Primelab is actively used as a reaction or receiving vessel due to its ground section measuring 29/32 and diameter 166 mm, spherical shape and thermal stability. Suitable for working with aggressive and toxic substances, the volume of which does not exceed 2 liters. The height of the entire product is 250 mm.

A 30 ml light glass reagent bottle with a narrow neck and a ground-in PrimeLab stopper is made of 3.3 borosilicate glass. Chemically stable, does not react with chemically active substances. The ground-in stopper not only securely closes the bottle, but also protects the contents from leakage and evaporation. Characteristics: • Volume – 30 ml • Base diameter – 40 mm • Throat diameter – 18 mm • Height – 76 mm.

The washing bottle with the nozzle SN-1-100 was manufactured by Primelab in accordance with GOST 25336-82. Made from thermally stable borosilicate glass, which is resistant to intensive use and wear. Has a long service life. Suitable for handling chemicals and autoclave sterilization. The washing bottle with the nozzle SN-1-100 is used for washing various equipment. The nozzle has several special holes for equal distribution of liquid. You can order washing bottles with a nozzle CH-1-100 from Primelab in any quantity. At the same time, impeccable quality of products is guaranteed.

Bourdon vessel, version 2. Made of borosilicate glass.

Vacuum membrane pump PL.HM02.01.6 Primelab is an effective device for creating a vacuum, as well as pumping gases and vapors. Depending on the tasks, you can achieve different device performance, which depends on the method of connecting the cameras. With a series connection, the capacity will be 38 l/min at a maximum vacuum of 6 mbar. Parallel connection of the chambers will lead to a pumping speed of 76 l/min at a maximum vacuum of 45 mbar, and an independent connection at the same vacuum will allow a performance of 38 l/min per chamber. The chemical-resistant diaphragm pump PL.HM02.01.6, developed and manufactured by the domestic company Primelab, meets IP20 protection class. It has a light weight of 8.6 kg and compact dimensions (321.5x140x200 mm). Helps you increase productivity and achieve flawless results in the laboratory.

Flask KN-2-1000-42 PrimeLab is an indispensable laboratory accessory used for heating, cooling, mixing, storage and other laboratory processes. Made from heat-resistant laboratory glass, resistant to high temperatures and chemically active substances. The transparency of the glass makes it possible to observe all the processes occurring inside the flask. Characteristics: • Height - 220 mm • Base diameter - 131 mm • Neck diameter - 42 mm • Volume - 1000 ml.

The PrimeLab water jet pump is a simple but effective laboratory device for pumping air from an evaporator, reactor and other equipment, as well as creating a vacuum without connecting to an electrical network. For operation, the use of water supply is sufficient. The pump is made of tempered heat-resistant glass, which ensures a long service life in the absence of serious mechanical damage. At the top of the pump there is a tube to which a soft hose is attached. Through it, water enters the water jet pump. There is a drain pipe at the bottom through which the water drains. A device is connected to the side tube in which it is necessary to pump out the air.

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.

The PrimeLab jacketed U-shaped cell is designed to heat or cool a liquid to control cell temperature. Made of transparent borosilicate glass. Suitable for working with chemically active and corrosive substances, as it does not react with them. The cell has a universal shape, which was well thought out by Primelab specialists during production. At the same time, other services for glassblowing production of various glass equipment are available according to the parameters required by the customer.

The conical flask KN-2-500-34 Primelab is made of borosilicate glass, resistant to temperature changes. Designed for chemical reactions in laboratory conditions, including storage, mixing, heating, cooling and more. Has the following characteristics: • Volume – 500 ml • Neck diameter – 34 mm • Base diameter – 105 mm • Height – 180 mm.

Vacuum membrane pump PL.HM02.02.10 Primelab is an effective, compact and powerful device for creating a vacuum or pumping gases. It makes virtually no noise, is suitable for constant use, and does not cause discomfort. Overheating protection is provided. All chambers are made of fluoroplastic, connections are coated with fluoroplastic, and valves are made of FFKM, which guarantees maximum safety of the device. Elements and parts of the device do not react with working substances. Device performance depends on the camera connection method: • Independent. Pumping speed – 38 l/min with a maximum of 45 mbar; • Parallel. Pumping speed – 76 l/min at a maximum pressure of 45 mbar; • Consistent. Pumping speed – 38 l/min at a maximum pressure of 10 mbar.