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Designed for use in the Kjeldahl apparatus used to determine nitrogen. Variants: 2-250-26 TS 2-100-22 TU 9464-019-29508133-2015, TS 2-1000-34 TU 9464-019-29508133-2015, TS 2-250-34 TU 9464-019-29508133-2015, TS 2-500-34 TS TU 9464-019-29508133-2015

Designed for use in the Kjeldahl apparatus used to determine nitrogen. Variants: 1-100-14/23 TS 1-100-19/26 TS 1-1000-29/32 TS 1-250-19/26 specifications 9464-019-29508133-2015, TS 1-50-14/23 TS 1-500-29/32 specifications 9464-019-29508133-2015, TS

The conical flask (Erlenmeyer) is designed for filtration, evaporation, distillation, distillation and synthesis in laboratory conditions. Variants of execution: Kn-2-100-22 TU 9464-019-29508133-2015 Book-2-100-34 TU 9464-019-29508133-2015 Book-2-1000-50 TU 9464-019-29508133-2015 Book-2-2000-50 TU 9464-019-29508133-2015 Book-2-25-22 TU 9464-019-29508133-2015 Book-2-250-34 TU 9464-019-29508133-2015 Kn-2-250-50 TU 9464-019-29508133-2015 Kn-2-3000-50 TU 9464-019-29508133-2015 Book-2-50-22 TU 9464-019-29508133-2015 Book-2-50-34 TU 9464-019-29508133-2015 Book-2-500-34 TU 9464-019-29508133-2015 Book-2-500-50 TU 9464-019-29508133-2015 Book-2-5000-50 TU 9464-019-29508133-2015

Designed for measuring liquids and preparing solutions in a given volume. Variants: 1-10-2 TU 9464-013-52876351-2014 1-100-2 TU 9464-013-52876351-2014 1-1000-2 TU 9464-013-52876351-2014 1-200-2 TU 9464-013-52876351-2014 1-2000-2 TU 9464-013-52876351-2014 1-2000-2 TU 9464-013-52876351-20141-25-2 TU 9464-013-52876351-2014 1-250-2 TU 9464-013-52876351-20141-5-2 TU 9464-013-52876351-2014 1-500-2 TU 9464-013-52876351-2014, GOST 1770-74 1-500-2 TU 9464-013-52876351-2014

Designed for filtration, evaporation, distillation, distillation, distillation and synthesis in laboratory conditions. Variants of execution: To-2-100-22 TU 9464-019-29508133-2015 To-2-100-34 , TU 9464-019-29508133-2015 TO-2-1000-42 TU 9464-019-29508133-2015 To-2-2000-50 TU 9464-019-29508133-2015 To-2-250-34 TU 9464-019-29508133-2015 To-2-50-22 TU 9464-019-29508133-2015 TO-2-500-34 TU 9464-019-29508133-2015

Flat-bottomed flask P-2-50-34 Primelab is a small laboratory product designed for 50 ml. It has compact dimensions in the form of a diameter of the entire ball of 51 mm and a neck of 22 mm. The height of the entire product is 100 mm. Made of borosilicate glass, which perfectly withstands temperature changes, as well as working with acids, alkalis and more.

Conical flasks with thread GL18 Primelab are functional and reliable instruments that are an integral part of any laboratory and beyond. Suitable for a wide range of applications, including heating reagents, storing, mixing, carrying out reactions, etc. The conical shape ensures stability on an equal surface, uniform mixing of substances and improved heat transfer, which is important when carrying out certain chemical reactions. The presence of a GL18 thread makes it possible to securely close the flask and prevent leakage of substances. PrimeLab GL18 threaded conical flasks are made of borosilicate glass. They have chemical resistance, high strength and resistance to intensive use.

The KN-2-50-22 flask is produced by the Primelab company from heat-resistant glass that can withstand temperature changes. It can store reagents, heat, cool, mix and carry out other laboratory processes. Characteristics of the conical flask: • Volume - 50 ml • Base diameter - 51 mm • Neck diameter - 22 mm • Height - 90 mm. Thanks to the wide base, it is extremely difficult to tip the flask over.

Flat-bottomed flask P-2-5000-55 Primelab is designed to work with large amounts of substance (up to 5,000 ml). Suitable for storage, uniform heating or cooling of contents, mixing and other laboratory processes. It has the shape of a ball with a flat, stable bottom, so the flask does not require specialized stands. Characteristics of the P-2-5000-55 Primelab flask: • Ball diameter - 235 mm • Neck diameter - 55 mm • Height of the flask - 400 mm • Volume - 5 l.

Conical flask KN-1-250-29/32 with divisions, GOST 25336-82 Primelab is actively used in laboratories and industries. Main purpose: storage, filtration, heating, mixing or diluting reagents, cooling and more. Borosilicate glass is absolutely transparent, which allows you to observe all processes inside the flask. A capacity scale is applied to the wall, with which you can easily determine the volume of the contents of the substance. Maximum volume – 250 ml. Characteristics: • Section size – 29/32 • Base diameter – 85 mm • Height – 128 mm.

Bunsen flask 2-1000-29/32 with Primelab tube is made of chemically resistant laboratory glass. It has a flat, stable bottom with a side tube, on which olives are provided for a strong connection with the equipment. To get started, you need to insert a filter funnel into the neck and put a soft vacuum pump hose on the tube. Characteristics: • Volume – 1000 ml • Section size – 29/32 • Base diameter – 131 mm • Height 210 mm.

Conical flask KN-1-500-29/32 with divisions complies with GOST 25336-82. Made of transparent borosilicate glass, which allows you to observe all the processes inside. A capacity scale is applied to its wall, allowing you to determine the volume of contents in a matter of seconds. A ground joint (29/32) is provided on the neck, with which the equipment can be securely attached to the flask. The volume is 500 ml with a height of 165 mm. The diameter of the base is 105 mm.