Perovskite solar cell glove box
Perovskite Solar Cell Glove Box
Controlled Environment for High-Efficiency Solar Cell Research
Ultra-Low Oxygen & Moisture • Inert Atmosphere • High Purity Processing
The Perovskite Solar Cell Glove Box from Burhani Engineering Technology is engineered for laboratories and research facilities focused on perovskite solar cell fabrication and testing. Designed to maintain sub-ppm oxygen and moisture levels, it provides an inert gas-controlled environment to prevent degradation of sensitive perovskite materials during synthesis, deposition, and characterization.
This glove box features a welded stainless steel (SS 304) or acrylic body with vacuum-rated, double-seal ports to maintain ultra-low leakage and long-term stability. An integrated gas purification and circulation system removes oxygen and moisture continuously, ensuring ISO‑2 class level cleanroom-equivalent conditions for high-performance perovskite research.
The ergonomic design includes multiple glove ports with Viton or Butyl gloves, high-clarity transparent panels for visibility, and optional airlocks or load-lock chambers for contamination-free material transfer. Oxygen and moisture analyzers provide real-time monitoring with high accuracy and low maintenance.
Technical specifications include vacuum-rated gaskets, multiple glove ports, vacuum and purge valves, feedthroughs for electrical, gas, or vacuum connections, and manual or automatic pressure control. The system operates on 230 VAC, 50/60 Hz. Optional upgrades include turbomolecular pump integration, advanced analyzers, automatic pressure control, data logging, remote monitoring, and custom chamber dimensions.
Typical applications include perovskite layer deposition, thin-film characterization, material synthesis, and device assembly. Standard supply includes the glove box enclosure, integrated gas purification system, vacuum and purge valves, glove ports with gloves, and user manual.
Burhani Engineering Technology provides Perovskite Solar Cell Glove Boxes designed for maximum environmental control, precision, and reliability, enabling reproducible and high-efficiency solar cell fabrication.
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