Hot Products
Products Introduction
• FFU clean glove box, using HEPA or ULPA filtration technology, enhances the protection of experimental products by removing airborne particles and powder in the glove box. It generally also comes with a high-efficiency, high-performance, high-quality gas purification system that automatically removes water and oxygen molecules, providing an inert atmosphere with purified O₂ and H₂O. Equipped with high-efficiency filters, and fans from the top of the FFU (closed loop) to suck in the gas and return the clean gas filtered by the primary and high-efficiency filters to the glove box.
• Filter glove box systems are available in open-loop, closed-loop and adjustable flow configurations. They can also be configured as positive pressure to protect the products in the glove box, or as negative pressure to protect the personnel outside the glove box.
• Adjustable flow filter glove box systems offer the most versatility and are best suited for applications that require both open and closed loop circulation. Adjustable valves allow you to quickly switch modes and easily connect to external supply and exhaust systems.
• Closed loop filter glove box systems continuously filter and circulate the air inside the glove box without any ambient air. They are ideal for applications that require low particulate and controlled gas environments. They can be combined with process gases such as nitrogen to maintain a low humidity, low oxygen environment within the enclosure;
• Open loop filter glove box systems include inlet and outlet filters. The inlet filter removes micro-pollutants from the outside air drawn into the glove box. The outlet filter captures fine particles in the exhaust gas, safely exhausting into the room. The single pass configuration introduces filtered air into the enclosure and is therefore not suitable for applications that require low humidity, low oxygen, or similar controlled gas environments;
• 100/10 class clean glove boxes are widely used in water-free, oxygen-free, dust-free ultra-pure environments, such as: lithium-ion batteries and materials, semiconductors, super capacitors, laser welding, brazing, material synthesis, OLED, MOCVD, etc. The ultra-low particle environment also makes these devices suitable for other material protection applications, such as microelectronics, optics, cell culture, medical devices, micro propagation, genomics, proteomics and cell biology;
• Excellent gas distribution performance, flow speed can adjust the filtration efficiency of 99.999%;
• Indicators: H2O and O2≤0.1ppm;
• Leakage rate: ≤0.001vol%/h;
• ≥ (suspended particle diameter) 5.0μm less than 29pcs/m3
• ≥ (suspended particle diameter) 0.5μm less than 3520pc/m3
• The solenoid valve adopts modular design, reducing the leakage rate, and convenient replacement;
• Large transition chamber with sliding tray, the transition chamber door is uniquely designed, light and easy to open;
• Inert gas purification system; HEPA high-efficiency filter;
• SIEMENS PLC; SIEMENS operation touch screen, easy to enter various functions;
• Closed gas circulation, oil-free and vacuum; all stainless steel gas flow pipes and accessories;
• Data logging: automatic recording of system data;
• Foot pedal instead of manual for pressure control;
• Automatic pressure control, the working air pressure can be set within the range of ±12mbar;
• Comply with national standards: "Clean Room Construction and Acceptance Specifications" GB50591-2010; "Clean Room and Related Controlled Environment" GB/T25915.3-2010
Main Chamber | |
Box Material | Stainless steel or Acrylic |
Cleanliness level | 10, 100, 1000 Grades |
Filtering method | Closed loop filtration/open loop filtration |
H2O and O2 value | Nitrogen replacement/purification system |
Outlet Filter and inlet filters | Filter <0.3μm |
Lighting | LED lighting is located at the top of the front window |
Leakage range | Conduct final acceptance testing according to the standard of leakage rate < 0.001vol%/h |
Sensor | |
Oxygen analyzer (optional zirconia) | USA AII |
Accuracy ± 0.1PPM | |
Electrochemical cells have the advantages of accurate zero point, small drift, less influence of organic solvents on detection results, and low replacement costs (only replacing electrochemical cells). Other
types of probes (zirconia) can also be replaced according to customer needs. | |
Moisture analyzer | Vaisala, Finland |
Accuracy ± 0.1PPM | |
Range 0-1000ppm, low drift | |
Gas purification system | |
Describe | Automatically remove H2O and O2; Single purification column system; Automatic regeneration (optional high-efficiency dual purification column); Sealed gas circulation pipeline; |
Voltage | AC 230V/50-60 Hz, 10A or AC 115V/50-60Hz, 20A (optional) |
Gas requirements | Working gas: N2, Ar, He (purity ≥ 99.999%); Regeneration gas: H2 accounts for 5% -10%, the rest is working gas (Purity ≥ 99.999%) |
Vacuum pump | Specification: rotary vane vacuum pump, equipped with oil mist filter, with pneumatic control; Flow rate: 8m3/h (7cfm), vacuum degree<2x10-3mbar (optional dry pump) |
Loop unit | Oil free high-speed fan air volume: 0-90m3/h |
Vavle | Electromagnetic high vacuum valve |
Leakage range | Conduct final acceptance testing according to the standard of leakage rate<0.001vol%/h |
Optional selection | |
Organic solvent adsorption system | Material: Stainless steel SUS type 304 with a thickness of 3mm; Internal dimensions: 220mm(diameter) x 450mm (H); High quality activated carbon; |
Refrigerator | Independent control system, integrated on the side of the main chamber; temperature -35℃, optional capacity of 18L or 32L; Main body made of 304 stainless steel plate, with 5 movable shelves; R404 environmental protection refrigerant, imported with original packaging; |
Heating antechamber | The large antechamber is equipped with a heating system, with a temperature of 200 ℃ and a temperature control of ± 1 ℃ |
Attention: For the latest and more detailed parameter information, or if you need accessories and customization, please contact Tongrun |