Glove Compartment

About Gloveboxes

A glovebox is a sealed container that permits the handling of items requiring a separate atmosphere. The gas inside is circulated through treatment devices that remove solvents, water and oxygen.

A full range of gloveboxes is available. They can be configured for temperature control, particle control, static safety, dehumidification and other critical operating conditions.

Stainless steel gloveboxes suit both field and laboratory applications. We build our gloveboxes on a modular platform. This design permits rapid delivery and allows customers to expand existing cells with new enclosures to meet increasing workflow requirements.

Stanford Advanced Materials (SAM) manufactures and supplies gloveboxes for specific research needs. They supply the Super-Capacitor Glove Box, the Low-Temperature Glove Box and the Stainless Steel Glove Box for lithium battery research.

Glove Box Main Features:

Isolation and Containment: Gloveboxes provide a sealed environment. They isolate materials from external contaminants and maintain controlled conditions.

Glove Access: Built-in gloves enable the operator to handle materials inside the box without affecting the sealed atmosphere.

Controlled Atmospheres: Gloveboxes can be purged with inert gases. They may also be maintained under conditions such as low oxygen levels or controlled humidity.

Material Protection: Gloveboxes prevent moisture, oxygen and other agents from altering sensitive materials. They ensure that material properties remain stable.

Safety: Gloveboxes protect personnel from hazardous substances. This practice ensures a safe working environment.

Applications of Gloveboxes :

Pharmaceuticals: Gloveboxes are used for aseptic processing. They handle sensitive pharmaceutical compounds and prepare sterile environments.

Advanced Materials: Gloveboxes support work with air-sensitive materials such as metal-organic compounds and specified polymers.

Battery Research: Gloveboxes provide controlled environments for the assembly and testing of lithium-ion batteries and other energy storage units.

Nanotechnology: Gloveboxes support the synthesis and handling of nanomaterials. They require precise control over environmental conditions.

Biotechnology: Gloveboxes facilitate DNA amplification, cell culture and other processes that require sterile and controlled conditions.

Quality Assurance for Gloveboxes :

We source our gloveboxes from established manufacturers with a proven record in quality, precision and safety. Every product undergoes rigorous testing to meet industry standards.