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A 30 ml reagent bottle made of light Primelab glass is presented with a wide neck and a ground-in stopper. This makes it convenient to pour bulk substances and liquid reagents into it. The ground-in stopper ensures complete tightness, protecting the contents from the external environment. Made from light borosilicate glass. Characteristics: • Volume – 30 ml • Base diameter – 40 mm • Throat diameter – 25 mm • Height – 72 mm.

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.

The flat-bottomed flask P-2-10000-65 Primelab TS is designed for solutions and bulk substances whose volume does not exceed 10 liters. It has the shape of a large ball with a diameter of 279 mm and a flat bottom for stable placement on a flat surface. The height of the product is 40 centimeters with a neck diameter of 65 mm. Thanks to its successful shape, its contents quickly heat up and bring to a boil. Not afraid of temperature changes and chemically active substances.

Flat-bottomed flask P-2-1000-42 Primelab, TS is one of the most popular types of flasks for a wide range of laboratory processes. This is due to its successful form, which has many advantages. Among the main ones: • A flat bottom with a spherical shape, which allows you to place the flask on any flat surface without an additional stand. • Ball shape with a diameter of 131 mm, in which the entire contents are evenly heated and brought to a boil; • Narrow neck (diameter 42 mm), protecting against excessive evaporation when boiling. Designed to work with any substance whose volume does not exceed 1000 ml.

Technical specifications: ESI / APCI ionization method Time-of-Flight Mass Analyzer The maximum repetition frequency of the ejection pulses is 10 kHz Recording speed of spectra Up to 100 spectra per second Characteristics of a 12-bit ADC, 2 GHz The number of simultaneously defined components is unlimited Mass range 1-2000 m/z Resolution > 4000 Vacuum system of 2 Fornaps and 3 TMN (240 l/sec) Overall dimensions 1450×780×1550 mm

Technical specifications: Method of ionization Plasma pulsed glow discharge Discharge gas Argon, consumption less than 1 l/hour Time-of-flight Mass Analyzer with mesh-free ion mirror Resolution 4000 The number of simultaneously defined components is unlimited Mass range 1-1000 m/z Detection limits 1-100 ppb Layer-by-layer resolution Up to 5 nm Depth of analysis Up to 30 microns The time for one analysis of a solid sample is 30 minutes (with the option of a revolver system – 3-5 minutes) Vacuum system 1 Booster pump and 2 TMN (240 l/sec) Overall dimensions 1450×780×1550 mm

It is used in technological processes of nuclear, thermal and electric power plants, boiler houses and other facilities for cooling samples supplied to automatic and manual chemical control devices.Easy-to-clean collapsible structure. Materials with high mechanical properties are used: the coil is made of 316 SS steel, the body is made of 304 steel (or 12X18H10T). It is equipped with crimp fittings for connecting sample lines without welding. It is equipped with a special three-way ball valve for supplying / draining cooling water and a control valve that provides a change in the flow of cooling water through the heat exchanger.

Low glass PrimeLab, N-1-5000 is a popular laboratory container, which is designed to work with reagents with a volume of no more than 5000 ml. There is a measuring scale on the wall to quickly determine the volume of the contents. The glass is made of heat-resistant glass that can withstand temperature changes up to 200°C. Suitable for intensive use due to its mechanical resistance and durability.

Longe AO 29/32-29/32 PrimeLab, TS – straight length with a bend, which serves as a connecting element in laboratory installations. The height to the outlet is 75 mm with a total length of 125 mm and a diameter of 9 mm. For connection, a core grind (29/32) and a coupling grind (29/32) are provided. The length is made of technical glass that can withstand high temperatures. Chemically resistant, long service life, suitable for intensive use.

Technical specifications: Measuring range 0.5–500 ng Sample dispenser capacity 5000 mg / 2800 ml Analysis time 1-5 min Operating temperature range with software control 50-950 °C with software control The capacity of the autosampler is 45 samples Power supply 220 ± 22 V, 50 ± 1 Hz Dimensions (LxWxH), no more: with autosampler without autosampler 450x840x460 mm 450x490x460 mm Weight, no more: with autosampler without autosampler 57 kg 40 kg

Desiccator 2-180 mm PrimeLab is made of dark glass, which provides reliable protection of the contents from harmful ultraviolet radiation. Designed to store and protect samples in a laboratory environment. It is also possible to achieve 0% air humidity, which is important when working with certain reagents. The diameter of the desiccator is 18 cm with the height of the entire vessel being 26 cm. It comes complete with a porcelain ring, which is placed at the bottom to circulate air throughout the entire container in isolated conditions.

A membrane nitrogen plant is a set of special equipment designed to produce nitrogen from atmospheric air by the method of membrane separation at a pressure of up to 25 bar. The production of nitrogen in this technological process is based on the principle of separation of gas mixtures in a membrane module, due to the different penetration rates of the components of the gas mixture through polymer membranes and the differential partial pressures on both sides. In the case of separation of the air mixture, oxygen has a greater permeability than nitrogen. The difficult-to-penetrate gas components (N2, CH4, CO) pass along the entire length of the generator and then come to the consumer. The output is a gas mixture with an N2 content of up to 99.9%. The membrane installation allows to obtain high-pressure production gas (nitrogen). The composition of a standard membrane nitrogen production plant: Air compressor; Dehumidifier; Main filter block, including coal column; Air receiver; Membrane generator; Production gas receiver.