Glove Boxes & Accessories

This Inert Controlled 2400 Four Station Split Single-sided 4 Glove Glovebox System are complete standalone systems integrated with entire functional components. They are able to create an inert environment with less than 1 ppm of H₂O and O₂. The systems are modulated with antechambers, removable windows, adjustable trays, lighting units, adjustable shelves, and gloves, which meet most of the operational needs in the glovebox. The systems are made of welded stainless steel and are equipped with highest-quality components. We also provide optional components to meet your special requirements.

This system is used in conjunction with a glove box. In the inert gas environment of the glove box, the surface properties of the material are quickly characterized, such as the number of layers of two-dimensional crystals and the flatness of the device surface. The test can be performed without the sample being exposed to air.

Four port Glove box with gas purification system for providing moisture and oxygen free inert environment (i.e.<1 ppm of oxygen and <1 ppm of H2O) in the Glove Box, with feedthroughs for connection, lighting, window, main and mini-antechambers, vacuum pump, recirculating gas purification system, solvent trapping with other necessary accessories. Regulation of Glove box Pressure shall be completely automatic without need of Foot Pedal System and works with low level noise of less than 50dB (or better).

Specifications: Fits Pump Models: RV3, RV5, RV8, RV12, E2M2, E2M5, E2M8, & E2M12 Inlet & Exhaust Flanges: ISO KF25 (NW25) Dimensions: Height 7.5 x Width 5 inches Weight: 1.5 lb Material: Durable Plastic Body Oil Filter Element: Epoxy Impregnated Glass Fiber

Equilibar EVR Vacuum Regulators are especially well suited for the complex demands of glovebox pressure control and are capable of controlling vacuum pressure in a glovebox down to the range of 1 inH2O (2 mbar). One of Equilibar’s glovebox applications was featured in the November 2017 Flow Control Magazine. In many glovebox situations, it is desirable to control pressure differential in order to improve dexterity of the operator’s gloves. At the same time, however, it is important to provide for stronger vacuum supply in the event of a compromised glove or opened hatch. A vacuum regulator can restrict the flow to the vacuum fan during normal operations and provide a surge of flow when needed to maintain pressure.

HPV series compound molecular pump is a combination of turbo molecular pump and disc traction pump. It has the characteristics of high pumping speed, high compression ratio when turbo molecular pump molecular flow，high pumping speed and high compression ratio when high pressure of traction pump. The application range of the molecular pump is widened. The compound molecular pump has no selectivity and no memory effect on the pumped gas. Due to the high compression ratio of the gas with large molecular weight, the pump can be obtained without a cold trap and oil baffle. Clean high vacuum and ultra high vacuum. It is widely used in various fields of vacuum technology such as photovoltaics, lighting, aerospace, semiconductors, energy, military, home appliances, materials, and automobiles.

HPV series compound molecular pump is a combination of turbo molecular pump and disc traction pump. It has the characteristics of high pumping speed, high compression ratio when turbo molecular pump molecular flow，high pumping speed and high compression ratio when high pressure of traction pump. The application range of the molecular pump is widened. The compound molecular pump has no selectivity and no memory effect on the pumped gas. Due to the high compression ratio of the gas with large molecular weight, the pump can be obtained without a cold trap and oil baffle. Clean high vacuum and ultra high vacuum. It is widely used in various fields of vacuum technology such as photovoltaics, lighting, aerospace, semiconductors, energy, military, home appliances, materials, and automobiles.