The GBT Series Acrylic Glove Box by TENCAN offers a transparent, lightweight, and chemical-resistant solution for creating inert atmospheres. Ideal for moisture and oxygen-sensitive material handling, lithium battery research, OLED fabrication, and pharmaceutical synthesis. Features include PMMA construction, optional gas purification, automatic antechamber control, and H₂O/O₂ <1 ppm capability.
Discover the advantages of a two-station double-sided glove box with gas purification. Learn how this configuration supports collaborative work, maintains ultra-low H₂O and O₂ levels, and streamlines research in battery, semiconductor, and material science labs.
Discover the Six-Station Double-Sided Split-Type Glove Box with Gas Purification System from TENCAN. Designed for large-scale research and production, this glove box provides ultra-low H₂O and O₂ levels (<1 ppm), dual-sided operation, and modular flexibility for lithium battery, OLED, pharmaceutical, and advanced material applications.
Discover the GBV-2 Stainless Steel Vacuum Glove Box from TENCAN—a durable, versatile inert atmosphere enclosure designed for laboratories and industries requiring moisture- and oxygen-sensitive material handling. Learn about its construction, working principle, applications, and selection factors.
A Glove Box Moisture Analyzer is a critical accessory for maintaining ultra-low humidity environments inside glove boxes. It continuously measures trace water vapor levels (down to <0.1 ppm) using advanced sensor technology such as electrolytic or capacitive sensors, ensuring optimal conditions for moisture-sensitive materials like lithium-ion batteries, OLEDs, and perovskites. This article explains its working principle, key performance indicators, selection criteria, and applications in research and industry.
Discover the features, working principles, and applications of the Two-Station Single-Sided Glove Box with Gas Purification System. This guide helps researchers and engineers select the right inert atmosphere equipment for sensitive material handling, from lithium batteries to OLED materials. Learn about gas purification, H₂O/O₂ control, and configuration options.
Discover the four-station double-sided glove box with gas purification system—ideal for multi-user, high-throughput applications in battery, OLED, and semiconductor research. Learn about its design, working principle, key specifications, and how to select the right configuration for your lab.
Learn why a HEPA filter cartridge is critical for maintaining clean inert atmosphere in your glove box. This guide covers working principles, selection criteria, installation tips, and common maintenance practices to help you protect sensitive materials and extend equipment life.
A glove box glove port is a sealed interface on an inert atmosphere glove box that allows operators to safely handle moisture- and oxygen-sensitive materials. This article explains its function, key components, selection criteria, and applications in research and industry.
Learn how a high precision pressure transmitter helps maintain stable inert atmosphere in glove boxes. Understand its working principle, key specifications, and selection tips for your laboratory.
Discover the core functions, working principles, and key performance indicators of this specialized gas purification glove box. Learn how it creates and maintains ultra-low H₂O/O₂ environments for advanced materials research, from lithium-ion batteries to perovskite solar cells, and find selection guidance for your lab.
Learn how a HEPA filter cartridge protects your glove box atmosphere, prevents cross-contamination, and meets cleanroom standards. This guide covers filter selection, maintenance, and compliance for inert gas systems.
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