Request Quote
Scan the QR code below to connect with us on WhatsApp.
Request Quote
Scan the QR code below to connect with us on WhatsApp.
Nitrogen Cabinet LE-NC107 offers a spacious 540L capacity for safe and moisture-free storage. It features 3 height-adjustable shelves to hold items of varying sizes with ease. Equipped with an over-humidity alarm, it ensures timely warning against excess moisture. Integrated temperature sensor offers ±1.0℃ accuracy for precise environmental monitoring. Our Nitrogen Cabinet is designed for protecting moisture-sensitive materials in laboratories, electronics manufacturing, and research facilities.
Specifications
| Capacity | 540 L |
| Humidity | 1% to 60% RH Adjustable |
| Shelves | 3 pcs, Height Adjustable |
| Max. Load/Shelf | 80 Kg |
| EDS Type | Yes |
| Power Consumption | 10 W |
| Interior Dimension | 596 × 682 × 1298 mm |
| Exterior Dimension | 598 × 710 × 1465 mm |
| Net Weight | 68 Kg |
| Gross Weight | 95 Kg |
Features
Applications
Function Implementation Electronics protection Nitrogen-assisted dry environment limiting moisture and oxidation Optical instrument storage Stable low humidity reducing condensation risk Laboratory sample preservation Alarm-monitored chamber maintaining consistent conditions Semiconductor handling Regulated nitrogen flow for moisture-sensitive parts Industrial quality control Digitally monitored storage for repeatable environmental stability
1: Which storage applications are most suitable for this cabinet?
These cabinets are perfect for preserving electronic components, optical instruments, and laboratory samples that require a low-humidity environment.
2: How does the cabinet prevent damage caused by excess humidity?
Their built-in over-humidity alarm provides timely alerts, ensuring sensitive materials are always stored under safe conditions.
3: What makes this cabinet user-friendly for laboratories?
They are equipped with adjustable shelves, a calibration function, and a door-open alarm for convenient and reliable operation.
4: How is accurate environmental monitoring maintained inside the cabinet?
It integrates a temperature sensor with ±1.0°C accuracy, enabling precise tracking of internal conditions.
5: Why is this cabinet considered a dependable choice for moisture control?
Our Nitrogen Cabinet combines a 540L capacity, stainless steel build, humidity control, and flowmeter regulation for secure and durable storage.
6: What is the purpose of a nitrogen purging system in the Cabinet?
The nitrogen purging system displaces ambient air with nitrogen gas to maintain a low-humidity and oxygen-free environment, which protects moisture- and oxidation-sensitive materials.
7: What is the role of a flowmeter in a Nitrogen Cabinet?
The flowmeter controls and measures the amount of nitrogen gas entering the cabinet, allowing precise regulation to maintain the desired internal environment.
8: Why is an integrated LED display beneficial?
It provides clear, at a glance visibility of critical environmental parameters, enabling users to monitor and manage storage conditions efficiently and accurately.
9: How does nitrogen prevent moisture-related damage?
Nitrogen is a dry, inert gas that displaces humid air, thereby reducing the relative humidity and preventing condensation, corrosion, and mold growth.
10: How do I choose the right cabinet capacity for my application?
The appropriate capacity depends on the volume and type of materials you need to store, frequency of access, and available workspace. Smaller units are ideal for limited storage or specific materials, while larger cabinets support bulk storage and high-throughput operations.
Lab Expo Nitrogen Cabinet supports controlled inert-atmosphere storage where low oxygen and low humidity conditions are required to protect sensitive materials from oxidation and moisture exposure. The system operates with regulated nitrogen purging to maintain a stable internal environment. Digital flow control and LED monitoring enable precise adjustment and real-time condition tracking, while durable build and secure sealing ensure consistent, repeatable storage performance for long-term preservation.
