Adopting double-layer cold-rolled steel filled with permalloy magnetically conductive material in the middle, it achieves an ultra-high anti-magnetic rating of 12000 Gauss. The built-in micro dehumidifier can control the internal humidity between 40%-60%RH, preventing precision instruments and samples from getting damp. The biometric fingerprint lock supports multi-person authority management, and only authorized personnel can access and store items. The adjustable stainless steel partition is corrosion-resistant and adapts to experimental instruments and sample containers of different sizes. The food-grade epoxy coating meets laboratory hygiene standards, and the rear professional ventilation duct design balances the internal temperature and humidity, avoiding the generation of condensed water. It solves the pain point that ordinary anti-magnetic cabinets control internal humidity, providing all-round protection for precision experimental equipment.
The external dimensions are 1200 Millimeters (H) × 800 Millimeters (W) × 600 Millimeters (D), with an internal available space of 80 Liters. Each adjustable partition can bear a maximum weight of 80 Kilograms. The anti-magnetic rating conforms to the US ASTM anti-magnetic standards. The built-in dehumidifier has a power of 10 Watts, and the humidity adjustment range is 40%-60%RH. The biometric fingerprint lock can store 50 sets of fingerprints, with a net weight of 220 Kilograms and a gross weight of 245 Kilograms. The power supply requirement is AC 110/220 Volts 50/60 Hz, the thickness of the steel plate is 1.5 Millimeters, and the thickness of the permalloy interlayer is 5 Millimeters. The internal ventilation duct diameter is 8 Millimeters, ensuring efficient air circulation while maintaining magnetic isolation performance.
It is applicable to the storage of precision magnetic measuring instruments in university physics laboratories, the storage of magnetic biological samples in medical research institutions, the storage of sensitive electronic components in semiconductor chip production workshops, and the storage of high-precision equipment in precision instrument maintenance centers. It can safely store precision balances, magnetic levitation instruments, magnetic reagents, semiconductor chips and other magnetically sensitive items, providing reliable magnetic protection for high-precision experimental and production equipment in various laboratory and scientific research scenarios.
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