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VBOX CHEM chemically resistant gloveboxes

Manufactured and designed in RussiaVBOX CHEM gloveboxes are designed and manufactured by Vilitek LLC. Сasing and antechamber are made of chemically resistant polymer material. Inspection window (front panel) and access doors are made of special monolithic polycarbonate with double-sided protection against UV radiation, which is characterized by low gas permeability, reliability and long service life. The casing of this series gloveboxes is distinguished by ultra high chemical resistance to acids, alkalies, organic solvents and other corrosive liquids. Depending on the specific application, the glooveboxes can be supplied with gloves made of different materials.

VBOX CHEM 750A ECO glovebox VBOX CHEM 750 ECO glovebox

VBOX CHEM 750A ECO glovebox

VBOX CHEM 750 ECO glovebox

VBOX CHEM gloveboxes are almost unique in the world. They are developed and manufactured in a modern facility in Russia and are also exported. The gloveboxes have a number of outstanding technical advantages:

  • Maximum chemical resistance to a wide range of chemicals, not available for other manufacturers' and other series gloveboxes.
  • Thanks to removable transparent front panel, there is a capability to load large items in the glovebox.
  • High quality gloves manufactured by Piercan (France) are included.
  • Hinges, clamps and other fittings are all industrial grade and made in Germany.
  • Pressure, humidity and temperature sensors are included in the register of measuring instruments of the Russian Federation.
  • High fire safety level in comparison with conventional plexiglass gloveboxes.
  • LED light is included in the basic configuration.
  • Wide range of options and accessories.
  • Favorable price.

The main areas of use of VBOX CHEM gloveboxes:

  • Working with chemically aggressive substances.
  • Working with potentially dangerous mails.
  • Research work and production manipulations with lithium and its compounds.
  • Working with cytostatics and other dangerous medications.
  • Working and experimenting with substances that require protection from atmospheric moisture or oxygen.
  • Working with devices and units that require protection from atmospheric moisture or oxygen.

ECO version of VBOX CHEM gloveboxes is characterized by optimized cost and they are perfect for use in educational institutions and small laboratories. The differences between VBOX CHEM ECO and the standard VBOX CHEM gloveboxes are shown in the table below.


Comparison of VBOX CHEM ECO and standard VBOX CHEM gloveboxes

Parameter (differences only)

VBOX CHEM ECO

VBOX CHEM

Low-pressure drop gauge in working chamber

Casing material is stainless steel, measuring system material is brass

Casing material is stainless steel, measuring system material is stainless steel too

Clamping mechanisms of antechamber internal door

Carbon steel with zinc coating made in Germany

Surface-passivated stainless steel made in Germany

Glove port diameter in basic configuration

186 mm

220 mm

Gloves in basic configuration

Latex, made in France

Butyl rubber, made in France

Optionally, VBOX CHEM gloveboxes can be equipped with gloves made of neoprene, butyl rubber, polyurethane, hypalon, EPDM, multilayer material (hypalon + polyurethane), and polyurethane-based


Specifications of VBOX CHEM gloveboxes

Model

Working chamber (WxDxH), mm

Antechamber (HxWxD) / access door (ø), mm

Quantity of glove ports / gloves, pcs

Weight, kg

Without antechamber (with access door)

VBOX CHEM 750 Eco

750x500x600

300

2

45

VBOX CHEM 750

750x500x600

300

2

45

VBOX CHEM 1000

1000x600x600

300

2

55

With antechamber

VBOX CHEM 750A Eco

750x500x600

200х200х350

2

55

VBOX CHEM 750A

750x500x600

200х200х350

2

55

VBOX CHEM 1000A

1000x600x600

200х200х350

2

65


List of VBOX CHEM glovebox options

Code

Description

PC

Glovebox pressure control system provides constant keeping of set pressure inside the box (± 20 mbar). It includes pressure controller with sensor and two solenoid valves. If glovebox is used to protect the product from moisture or oxygen, the system constantly maintains a slight overpressure in the box. If the box is used to work with hazardous substances, for the purpose to protect the operator, the system maintains a low vacuum in the box, which ensures maximum protection for the operator in case of system failure. To work under vacuum, it is necessary to connect the box to vacuum pump or centralized vacuum system. To work under positive pressure, as a rule, the box is to be connected to gas cylinder with valve or gas generator.

Glovebox pressure control system PC


VP1

CHEMKER 410 chemically resistant diaphragm vacuum pump. The flow channel is completely made of one of the most chemically resistant materials in the world — polytetrafluoroethylene (PTFE). It operates completely without oil or lubricating fluids in working section. It is used to pump gas out from the antechamber when putting items into the glovebox. The ultimate pressure is 10 mm Hg, flow rate is 18 L/min.

CHEMKER 410 chemically resistant diaphragm vacuum pump (VP1)

VP2

CHEMKER 400 chemically resistant diaphragm vacuum pump. The flow channel is completely made of one of the most chemically resistant materials in the world — polytetrafluoroethylene. It operates completely without oil or lubricating fluids in the working section. It is used for pumping gas out from the antechamber when putting items into the glovebox. The ultimate pressure is 90 mm Hg, flow rate is 33 L/min.

CHEMKER 400 chemically resistant diaphragm vacuum pump (VP2)

VP3

ROCKER 810 dry vacuum pump. It operates completely without oil or lubricating fluids in the working section. Piston assy filled with innovative antifriction materials. It is used to pump gas out from the antechamber when putting items into the glovebox and from working chamber of small vacuum boxes. The ultimate pressure is 25 mm Hg, flow rate is 50 L/min.

ROCKER 810 dry vacuum pump (VP3)

VP4

TANKER 230 rotary vane vacuum pump. Modern laboratory pump with oil seal. It is used to pump gas out from the antechamber when putting items into the glovebox and from working chamber of small vacuum boxes. The ultimate pressure is 0.05 mm Hg, flow rate is 70 L/min.

TANKER 230 rotary vane vacuum pump (VP4)

VP5

VPR-16 two-stage rotary vane vacuum pump. It is used to pump gas out from the antechamber when putting items into the glovebox and from working chamber of vacuum gloveboxes. The ultimate pressure is 0.004 mm Hg, flow rate is 240 L/min. Pump is supplied with oil mist filter.

VPR-16 two-stage rotary vane vacuum pump (VP5)

SO

Gas analyzer. When ordering, Customer shall specify the oxygen concentration measuring range. VILITEK gloveboxes are equipped with precision electrochemical gas analyzers with minimum response time to measure oxygen concentration. Another feature of the gas analyzers is a simple replacing and low cost of the measuring element.

Gas analyzer SO


SH

Water vapor concentration sensor. It measures partial pressure of water vapor in the working chamber of glovebox.

Water vapor concentration sensor SH


RH

Molecular sieve water vapor trap. The molecular sieve can be regenerated by heating e.g. in a laboratory furnace.

Molecular sieve water vapor trap RH      Molecular sieve water vapor trap RH


RO

Process gas deoxygenation system with regenerated absorber. This option includes a heating system with a temperature controller for absorber regeneration and an integrated regeneration gas flowmeter.

HEPA

HEPA-filtered gas circulation system. It is used for items that are sensitive to dust microparticles. HEPA filtration can also be used for gas sterilization in the box, as the filters used in VILITEK gloveboxes also trap microorganisms.

HEPA-filtered gas circulation system

 

CT1

Optional port for collecting hazardous waste with a diameter of 186 mm with hermetically welded polymer containers. It allows you to put waste when working in a box in a special sealed polymer container. There are 10 pcs containers in this set. The container welding device is sold separately. It is used when working with radioactive materials, pharmaceutical substances, etc.

Optional port CT1


CT2

Optional port for collecting hazardous waste with a diameter of 220 mm with hermetically welded polymer containers. It allows you to put waste when working in a box in a special sealed polymer container. There are 10 pcs containers in this set. The container welding device is sold separately. It is used when working with radioactive materials, pharmaceutical substances, etc.

Optional port CT2


BASE

Bench support for seated activity. The glovebox is normally installed on a laboratory table that can be replaced with this support. It is made of carbon steel with powder coating.

BASE1

Bench support for standing activity. The glovebox is normally installed on a laboratory table that can be replaced with this support. Strong structure of carbon steel with powder coating.

BASE1. Bench support for standing activity

ES

Socket kit installed inside a glovebox to plug in electric devices. The connection is made through vacuum sealed feedthrough. The maximum total current capacity is 15 A. The number of sockets is 3 pcs. Socket type: EU socket (Schuko socket, GOST 7396.1-89 type C2, type F according to CEE 7/3) with a grounding contact.

Socket kit ES

EF1

Vacuum sealed feedthrough, 4 pins in a set with mating connectors. 2 pins with current carrying capacity of up to 10 A per pin and 2 contacts of up to 15 A per pin. The maximum total current capacity per feedthrough is up to 42 A. The maximum voltage is 560 V. Feedthrough is fixed on glovebox wall, there are connectors inside and outside, mating connectors are part of supply; may be used in vacuum gloveboxes. Several feedthroughs may be installed in one glovebox.

EF2

Vacuum sealed feedthrough, 20 pins in a set with mating connectors. The maximum total current capacity per one pin is up to 3.5 A. The maximum total current capacity per feedthrough is up to 58 A. The maximum voltage is 560 V. Feedthrough is installed on glovebox wall, there are connectors inside and outside, mating connectors are part of supply; may be used in vacuum gloveboxes. Several feedthroughs may be installed in one glovebox.

EF3

Feedthrough to enter round cross-section cables and tubes into the glovebox. The sealing of cable or tube is carried out on the outer diameter with special adjustable seals. Cable or tube goes into the box without breaking. Feedthrough is designed to enter of up to 16 cables or tubes with outer diameter of 3.6-16.5 mm and up to 4 cables or tubes with outer diameter of 9.5-32.5 mm into the glovebox; may not be used in vacuum gloveboxes. Several feedthroughs may be installed in one glovebox.

Feedthrough to enter round cross-section cables and tubes into the glovebox EF3   Feedthrough to enter round cross-section cables and tubes into the glovebox EF3


FRM

Gas flow measuring regulator with manual adjustment of 0.4-4 L/min. For continuous purging of glovebox with inert gas.