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Glove box

Name: Glove box
Brand: WEE SCIENTIFICS
Price: 2100300.0 INR
Availability: InStock

Price 2100300.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Glove box Specification

Shape
Rectangular

Features
Leak proof, Transparent viewing window, Ergonomic access, Air-tight design

Heating Capacity
Optional; up to 200 W

Display Type
Analog Pressure Gauge

Glass Type
Borosilicate

Control Type
Manual / Automatic Purge Control

Power Supply
Electric

Temperature Resistance
Up to 150C

Accuracy
High sealing integrity (<1% leakage per hour)

Type
Laboratory Glove Box

Dimension (L*W*H)
1200 x 750 x 900 mm

Equipment Type
Glove Box

Equipment Materials
304 Stainless Steel, Borosilicate Glass

Power
230 V, 50 Hz

Voltage
230V AC

Material
Stainless Steel & Glass

Application
Laboratory, Research, Chemical, Pharmaceutical

Capacity (Ltr)
120 L

Working Atmosphere
Inert gas compatible (Nitrogen, Argon)

Purging System
Integrated with inflow/outflow valves

Humidity Control
Optional, available on request

Vacuum Gasket
Silicone, chemical-resistant

No. of Glove Ports
2

Weight
Approx. 65 kg

Lighting
Internal LED illumination

Finish
Polished

Glove Material
Natural Rubber or Neoprene

Air Lock Chamber
Inbuilt with separate access

Glove box Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

About Glove box

Box:

Description material: Stainless steel 1.4301 (SUS type 304), 3mm thick Dimensions:

1200mm(L) x 750mm(W) x 900mm(H)

Overall weight approximately 600kg (excluding packaging) Volume 0.8 m3

Front window panel: 8 mm thick safety tempered glass or 10 mm thick polycarbonate (optional)

Size: 1123mm(L) x 839mm(H)

Glove mouth hard aluminium alloy or polyoxymethylene material (optional) Diameter 220 mm,

O-ring seal

Glove material: butyl rubber

Thickness: 0.4mm or 0.8mm(optional) Filter outlet and inlet filters, filter <0.3m

Lighting LED lighting is located at the top of the front window

Leakage rate leak detection in accordance with ISO 10648-2:1994 / EJ/T 1096-1999 "Sealed

box chambers - Part 2: The box was tested by the oxygen and pressure variation methods in

"Classification of airtightness and related testing methods", and the final acceptance test was

conducted in accordance with the standard of grade 1 airtightness < 0.001 vol%/h.

GP20 gas purification system

Describe the automatic removal of H2O and O2

Single purification column system, automatic regeneration (optional GP200 dual purification

column)

Closed gas circulation tubing

Operating voltage : AC 230V / 50-60Hz, 10A or AC 115V / 50-60Hz, 20A (optional) Working

gas : N2, Ar, He (purity 99.999%)

Regeneration gas: 5% - 10% H2, the rest is working gas (purity 99.999%)

Vacuum pump specification: Rotary vane vacuum pump with oil mist filter and gas ballast

control Flow rate: 12 m3/h (7 cfm), double base plate, vacuum < 2 x 10-3 mbar or dry pump

(optional)

Circulation unit oil-free high-speed fan

Air volume: 80 m3/h Valve KF40 high vacuum valve

Leakage rate leak detection in accordance with ISO 10648-2:1994 / EJ/T 1096-1999 "Sealed

box chambers - Part 2: The box was tested by the oxygen and pressure variation methods in

"Sealing Classification and related testing methods", and the final acceptance test was

conducted in accordance with the standard of grade 1 sealing

< 0.001 vol%/h.

Control cabinet size 600mm (L) x 800mm (D) x 870mm (H)

Transition compartment

Large transition chamber material: Stainless steel type 304 (1.4301), 3 mm thick Size

360mmx600mm(L) or 390mmx600mm(L)(optional)

Vacuum degree < 1 x 10-2 mbar

Small transition chamber material: Stainless steel type 304 (1.4301), 2 mm thick Dimensions

150mm x 330mm(L)

Vacuum degree < 1 x 10-2 mbar

Vacuum system

The vacuum pump is a British Edwards vacuum pump, model RV12, with a pumping speed of

12m3/h and an ultimate vacuum of 2x10-3 millibars. The transition chamber can be vacuumed

separately and can be controlled individually at any time. (Imported from abroad)

Cleaning system

When the corresponding time and pressure are set, the system can automatically displace

the gas in the tank.

Precision-Engineered Laboratory Glove Box

Our glove box is designed for maximum integrity and safety in laboratory and research environments. With high-quality components such as silicone vacuum gaskets, robust stainless steel, and borosilicate glass, it ensures reliable performance even under demanding conditions. An airtight construction and integrated purge system offer seamless management of inert atmospheres. Customizable options for humidity and heating provide further flexibility to suit diverse laboratory protocols.

Advanced Features and User-Centric Design

Equipped with dual glove ports, a separate air lock chamber, and internal LED illumination, the glove box delivers convenience and operational efficiency. Ergonomically positioned glove ports, manual and automatic purge controls, and a transparent viewing window improve user comfort and visibility. The system is also leak-proof, supporting high sealing accuracy and safety during sensitive chemical handling.

FAQ's of Glove box:

Q: How is the internal atmosphere controlled within this glove box?

A: The glove box maintains a controlled inert atmosphere using its integrated purging system, compatible with nitrogen or argon gases. Manual or automatic purge controls and silicone vacuum gaskets help maintain high sealing integrity with less than 1% leakage per hour.

Q: What applications is this glove box best suited for?

A: This glove box is ideal for laboratory, research, chemical, and pharmaceutical applications where a controlled, moisture-free, and oxygen-free environment is essential for handling sensitive materials.

Q: Where is the air lock chamber located, and how is it used?

A: The inbuilt air lock chamber is positioned on the glove box and features separate access, allowing users to transfer materials in and out without compromising internal atmosphere quality.

Q: What materials are used in the glove box construction and why?

A: The glove box is constructed from 304 stainless steel and borosilicate glass for durability, chemical resistance, and easy cleaning. The gloves are available in natural rubber or neoprene, ensuring both comfort and chemical compatibility.

Q: When is humidity control necessary, and how can it be added?

A: Humidity control becomes essential when handling moisture-sensitive samples. It is an optional feature, available upon request, to further refine internal environmental conditions.

Q: How does the glove box ensure user visibility and safety during operation?

A: The glove box has a polished finish, transparent borosilicate glass viewing window, and internal LED lighting for clear visibility. Its leak-proof design and high sealing accuracy protect users from chemical exposure.

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