Stainless Steel Glove Box LSSG-T2010

Introduction

Stainless Steel Glove Box has an antechamber which separates the main chamber and allows safely transfer of materials. It has two glove ports sealed with an O-ring, preventing leakage. Its side door circumference is 300 × 260 mm, making material transfer easy. Additionally, it has a pre-installed light for clear and easy visibility. Our Glove box can be used for electronic component processing, solar cell assembly.

This glove box is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Stainless-Steel Glove Box is built from high-quality stainless-steel material with an antechamber ideal for scientific research experiments and electronic production. Our Glove box can be used for electronic component processing, solar assembly.

Specifications

Chamber Dimensions	600 × 450 × 420 mm
Thickness	3 mm
Vacuum Degree	-0.1 M Pa
Pressure	± 1000 PA
Antechamber	Φ 210 × L 260
Side Door Dimensions	300 × 260 mm
Window Material Thickness	Front of the main chamber has thickness of 10 mm made with tempered glass material
Ball valve	Stainless steel ball valve, quick plug or pagoda head interface, one inlet and one outlet respectively
Lighting	White light pre-installed (on the upper part of each glass window)
Chamber Power sockets	Multi-hole power sockets
Gloves	One pair of latex gloves with length 600mm
Reserved interface	Reserved interface for KF 25 ( can be upgraded as per requirement in the future)

Features

Wide window

Ball Valves

Reinforced ribs outer frame 

O-ring sealing

User-friendly operation 

FAQs

1. What is the primary purpose of the Stainless-Steel Glove Box?

Stainless Steel Glove Box is designed to provide a sealed, controlled environment for handling sensitive or hazardous materials. It is ideal for research, pharmaceutical, and industrial applications requiring isolation from ambient air or contamination. Its robust stainless-steel body ensures chemical resistance, durability, and easy sterilization, making it suitable for operations involving inert gas purging, moisture-sensitive experiments, and sterile processes.

2. What materials is the glove box made from?

The Stainless Steel Glove Box is constructed primarily from high-grade stainless steel (typically SS304 or SS316), which offers excellent resistance to corrosion, chemical spills, and physical wear. The gloves are usually made from butyl rubber, neoprene, or latex, depending on the intended use, providing a balance of chemical resistance and dexterity. All viewing windows are made from durable polycarbonate or tempered safety glass for clear visibility and impact resistance.

3. What are the dimensions of the glove box?

Dimensions can vary slightly between models, but a typical Stainless Steel Glove Box has a main chamber size of approximately 900mm (W) x 600mm (D) x 600mm (H). It also includes antechambers and service ports. Custom sizes are often available depending on the user’s needs. The box is designed to fit on standard lab benches while offering adequate internal working space for complex tasks.

4. Is the glove box compatible with inert gases like nitrogen or argon?

Yes, the Stainless Steel Glove Box is fully compatible with inert gases such as nitrogen or argon. It includes gas inlet and outlet ports with valves, pressure gauges, and purge controls. The tight-sealing construction allows for efficient purging and maintenance of a low-oxygen, low-moisture atmosphere inside the glove box, making it suitable for applications such as electronics assembly, chemical synthesis, and biological studies.

5. Can the glove box be used for handling hazardous materials?

Yes, the Stainless Steel Glove Box can be used for handling hazardous materials, including chemicals, powders, or biological samples, provided it is configured correctly. It can be outfitted with filters, negative pressure control, and safety interlocks to ensure containment and prevent exposure to operators. For highly toxic substances, additional safety measures such as gas scrubbing or custom filtration systems may be necessary.