Glassware

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 flat-bottomed flask P-2-3000-50 Primelab is made of borosilicate glass 3.3, which tolerates temperature changes well and does not enter into chemical reactions with reagents. Suitable for working with acids, alkalis and other aggressive substances. Its flat bottom ensures stability on heating plates, making it an ideal choice for heating processes. Characteristics of the flat-bottomed flask P-2-3000-50 Primelab: • Volume – 3000 ml • Height – 370 ml • Throat diameter – 50 ml • Ball diameter – 199 mm.

Tripods are Z-shaped with alphanumeric marking of sockets. Made of polypropylene . They are folded one into one, so they are compact in storage. Tripods are designed for storing glass and plastic products. Tripods made of polypropylene can be autoclaved at +121°C.

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.

The nozzle for washing tonsils from PrimeLab has the shape of an elongated tube with a curved lower part. On the upper part there are two tubes, at the ends of which there are several olives for reliable connection with other equipment. The nozzle is made of borosilicate glass, which is thermally stable. Suitable for placement in autoclaves and other sterilization devices for reusable use. The Primelab company offers glassblowing services for a wide variety of borosilicate glass products. The equipment and experience of our specialists allows us to translate into reality the most non-standard wishes of the customer in strict accordance with his technical specifications.

Designed for serial dosing and titration using a glass olive in a silicone tube. Types:1-3-2-10-0,05 1-3-2-100-0,2 1-3-2-25-0,1 1-3-2-50-0,1

Erlenmeyer conical flask, KN-2-5000 Primelab is an important accessory for any laboratory. Used for heating, mixing, storage and other processes. It has a stable shape in the form of a wide base (22 cm) and a narrow neck (5.5 cm). Designed for 5 liters. The total height of the flask is 36.5 cm. The accessory is made of reliable borosilicate glass, resistant to thermal and chemical influences.

The flat-bottomed flask P-2-20000 Primelab, TS has a shape that is suitable for work. The flat bottom provides good stability on any flat surface, and the spherical shape allows you to heat the entire contents of the product evenly. Suitable for various laboratory processes involving substances of any consistency, the volume of which does not exceed 20 liters. The flask is made of durable borosilicate glass, which is suitable for working with alkalis, acids and other aggressive substances. Characteristics of the P-2-20000 Primelab flask: • Ball diameter – 370 mm • Throat diameter – 78 mm • Height – 620 mm.

Our company produces water-jet pumps not only according to our drawings, but also according to the customer’s drawings and technical specifications. How to order The Primelab water jet pump is an effective and simple device that allows you to pump out air from a desiccator, small reactor or evaporator, and organize the functioning of a vacuum line. It does not require electricity to operate, just connect to the water supply. The product is made of high quality heat-resistant tempered glass. The upper outlet is connected to the water supply using a flexible hose; water will be drained through the lower outlet. The side outlet is connected to the device in which it is necessary to create a vacuum. The pump is installed vertically. Tap water is supplied from top to bottom. The upper part of the pump gradually narrows, increasing the speed of water flow. The jet exits the nozzle at the central expansion. According to the laws of physics, as the speed of water flow increases, the pressure drops. Therefore, a vacuum is formed in the central expansion, which draws in air from the side outlet. This air is entrained by the falling water into the lower outlet tube. In this way, air is pumped out from the device or vessel connected to the pump.

It is intended for cultivation of microorganisms on dense and nutrient media. Withstands chemical and thermal sterilization modes. Made of glass of the brand NSTU 9464-021-29508133-2016. GOST 25336-82. RU No. RZN 2017/5746 dated 13.11.2017

The dispenser in the Florinsky device serves as a reservoir for reagents, on which 10 pipettes of the appropriate volume are fixed.