Search

• OKP code 94 4370 • The color of the box is resistant to treatment with desolutions. • Number of filtration degrees: 1 or 2 • Pre-filter class according to GOST R 51251-99: G4 • HEPA filter class according to GOST R 51251-99: N14 • Efficiency of air purification from suspended particles larger than 0.2 microns (MPPS) according to GOST R 51251-99 (EN1812) for a filter of class H14: 99.995% • Air purity class of the working area according to GOST R ISO 14644-1-2002 (in particles of 0.5 microns): 5ISO • Protection class (according to WHO classification): IIA • Total air capacity: 1350 m3/hour • Capacity for air entering the working chamber of the box: adjustable, from 400 to 900 m3/hour • Recycling rate: 80% • The air flow rate in the working area is adjustable: from 0.2 to 0.45 m/s • The internal chamber of high pressure is surrounded on all sides by zones of low pressure relative to atmospheric pressure • UV lamp power of the working chamber: 30 W • Sound power level of the laminar flow box: no more than 57 dBA • Illumination of the working area of the laminar flow box: at least 1000 Lux • Shadowless lighting of the working area of the laminar flow box: combined • Flat removable sectional table top made of AISI304 stainless steel • The front glass is made of polycarbonate resistant to UV radiation • Suspended front window with lifting and stopping at any level • Nameplate panel with a w/c screen indicating the activation of the product systems, a timer for the operation of the UFO working chamber, a counter for the operation of the UFO, a clock, a technological timer, an automatic air flow maintenance system • The control panel is located outside the work area, which provides easy access during repairs and no contact with potentially dangerous agents in the duct and air purification system • Sockets in the work area: 2 pcs. One outlet is controlled by the time set from the controller keyboard • Power consumption: 210W • Weight of the box: no more than 120 kg • Dimensions of the working chamber of the laminar flow box (WxDxH): 1160x570x630 mm • External dimensions of the laminar flow box (WxDxH): 1200x670x1270 mm • Dimensions of the stand (WxDxH): 1200x670x650 mm • Warranty period: 18 months from the date of delivery and acceptance of the product • Package dimensions (WxDxH): 1290x780x1370 mm

The PrimeLab light glass reagent jar is designed for 5000 ml. Presented in a classic form. The package also includes a lid that protects the contents from leakage and evaporation. There is a capacity scale on the wall. Characteristics: • Volume – 5000 ml • Height – 330 mm • Diameter – 186 mm • Thread - GL45.

Refrigerator KhSh-1-400 29/32 Primelab is a small laboratory accessory designed for cooling vapors and reagents. Inside it there are small balls along which vapors move and cool due to energy loss. Additional cooling can be achieved by running running water over the jacket. The design of the refrigerator includes a core section (29/32), thanks to which it can be connected to laboratory equipment. Its total length is 56 cm with a working part length of 40 cm.

A variation of the Liebig refrigerator is produced by PrimeLab. Designed for distillation, distillation, condensation and more. It has a standard design consisting of two glass tubes, one of which is located inside the other. Water is poured into the outer tube, and vapor condenses in the inner tube, after which it flows down. The Primelab company accepts orders for the manufacture of laboratory glassware and instruments, including Liebig refrigerators. We use exclusively high-quality borosilicate glass.

The KhSh-1-300 14/23 Primelab refrigerator has a well-thought-out design. It includes balls inside the container and core sections (14/23) for connection to the necessary equipment. The length of the working part is 30 cm with a total length of 40.5 cm. The refrigerator is made of durable, transparent and reliable borosilicate glass. Suitable for intensive use due to its excellent performance properties.

The PrimeLab 60mm Petri dish is made of clear tempered glass that can withstand heat sterilization. Designed for reusable use. The cup consists of two parts: a base (60 mm) and a lid (65 mm), which is larger in diameter than the base and slightly smaller in height. The second part is superimposed on the first to protect the contents from the external environment.

Designed for: measurements of the relative permittivity and the tangent of the dielectric loss angle of materials at a frequency of 9 GHz in accordance with GOST R 8.623-2015 "GSI.

Designed for: calibration of Russian and foreign satellite ICV remote sensing radiometers.