Glove box with gas purification system

Product Details

Glove box with gas purification systemHigh-Performance Glove Box with Gas Purification Systems by Burhani Engineering TechnologyIn the world of advanced research, pharmaceutical manufacturing, and semiconductor development, the integrity of the environment is everything. Burhani Engineering Technology has established itself as a leader in providing state-of-the-art Glove Box with Gas Purification Systems, designed to create and maintain ultra-pure, inert atmospheres.1Whether you are working with moisture-sensitive chemicals, lithium-ion battery research, or volatile organic compounds (VOCs), understanding the technology behind these systems is crucial for project success.What is a Glove Box with Gas Purification?A Glove Box with Gas Purification System is a sealed enclosure that allows operators to manipulate sensitive materials in a controlled environment. Unlike a standard glove box, this system is integrated with a sophisticated Gas Purification Unit (GPU) that constantly filters the internal atmosphere (typically Argon or Nitrogen).The primary goal is to achieve and maintain:Oxygen levels: < 1 ppm (parts per million)2Moisture (H₂O) levels: < 1 ppmHow the Purification Process WorksThe gas inside the box is continuously circulated through a purification column.3 This column contains:1. Copper Catalyst: To remove oxygen through a chemical reaction.42. Molecular Sieve: To adsorb moisture.Once the column reaches its capacity, the system undergoes a regeneration cycle, a process Burhani Engineering Technology has automated to ensure zero downtime for the user.Key Features of Burhani Engineering Technology SystemsBurhani Engineering Technology integrates precision engineering with user-centric design. Here are the standout features of their systems:1. Robust Stainless Steel ConstructionThe main body is crafted from high-grade 304/316L stainless steel, ensuring chemical resistance and structural integrity. The viewing panels are typically made of high-impact polycarbonate or tempered safety glass.52. Intuitive PLC Control & Touchscreen InterfaceManaging an inert environment is simplified through a centralized Programmable Logic Controller (PLC).6 Users can monitor real-time levels of $O_2$ and $H_2O$, control blower speeds, and schedule regeneration cycles.3. High-Efficiency Purification ColumnsBurhani's columns are designed for longevity. The high-surface-area catalysts ensure that even under heavy usage, the atmosphere remains stable at sub-ppm levels.4. Automatic Pressure ControlThe system automatically compensates for the "pumping effect" caused by the movement of the operator's arms in the gloves, maintaining a constant positive or negative pressure as required by the application.Technical Specifications at a GlanceFeatureSpecificationInert GasNitrogen, Argon, or HeliumAttainable Purity$H_2O < 1$ ppm, $O_2 < 1$ ppmLeak Rate$< 0.05$ vol%/h (per ISO 10648-2)FiltersHEPA (0.3 $\mu m$ efficiency)AntechamberVacuum-capable large and mini chambersCommon Applications Battery Research: Crucial for the assembly of Lithium-ion and Solid-state batteries where moisture causes catastrophic failure. OLED & Solar Cell Development: Protecting organic layers from oxidation. Chemistry & Organometallics: Handling catalysts and reagents that are pyrophoric (ignite in air). Additive Manufacturing: Managing metal powders for 3D printing that require an inert environment to prevent explosions.7Why Choose Burhani Engineering Technology?Choosing a manufacturer is about more than just the hardware; it's about reliability and support. Burhani Engineering Technology stands out because: Customization: They offer modular designs, allowing for the integration of microscopes, freezers, ovens, and solvent removal systems. Energy Efficiency: Their "Eco-Mode" features reduce power consumption and gas waste during periods of inactivity.