Optical Instrument Moisture-Proof Cabinet
Smart Dehumidification | Maintenance-Free | Thickened Body | Metal Linkage
Key Features & Advantages
LLDPE Material – Zero Magnetic Interference: Constructed from Linear Low-Density Polyethylene (LLDPE) to eliminate external magnetic interference. The cabinet is made entirely of non-magnetic materials, effectively preventing any magnetic disturbance to internal optoelectronic equipment.
Smart Dehumidification: Advanced humidity control that is heat-resistant, cold-resistant, and ensures a magnetic-interference-free environment.
Large & Flexible Storage Space: The unit is divided into top, left, and right compartments to allow for organized storage of large and small items. The high space-utilization design ensures a tidy, high-capacity interior.
Smart Frequency Conversion & Power-Off Protection: Maintains stable dehumidification for up to 12 hours in the event of an external power outage.
Double-Layer Rotational Molding (LLDPE): High-strength, anti-demagnetization, and corrosion-resistant material that offers exceptional durability and cost-effectiveness.
Industrial Grade Construction: Features cold-rolled steel components (where applicable), electrostatic powder coating, and high-security structural integrity.
Versatile Environments: Specifically designed for use in humid areas, laboratories, and industrial factory settings.
| Storage Applications & Humidity Guidelines | |
| Relative Humidity (RH) 50% – 40% | Recommended for: Cameras, camcorders, lenses, microscopes, magnifying glasses, telescopes, magnetic tapes, optical discs/CDs, film negatives/positives, musical instruments, stamps, furs, herbal medicines, tea, coffee, cigarettes, books, antiques, banknotes, drawings, and design materials. |
| Relative Humidity (RH) 40% – 20% | Recommended for: Precision molds, precision instruments, electronic components, precision measuring tools, semiconductor products, specialized capacitors, tungsten filaments, batteries, optical film, PCBs (Printed Circuit Boards), sensors, chargers, and optical lenses. |
| Relative Humidity (RH) 25% or Below | Recommended for: Experimental herbs, chemical powders, lab samples, filters, models, seeds, pollen, dried flowers, tea, coffee, seaweed products, condiments, and dehydrated foods. |
| Relative Humidity (RH) 15% or Below | Recommended for: Specialized chemicals, high-precision electronic components, BGA (Ball Grid Array) components, ICs (Integrated Circuits), etc. |
