Benchtop Fume Hood NBFH-202 is constructed from 1.0 mm cold-rolled, epoxy-coated steel for enhanced chemical resistance. This has high-efficiency airflow system, it provides superior ventilation and safety for lab operations. It is equipped with a fixed PP baffle for enhanced chemical resistance. This advanced digital control panel enhancing safety and operational efficiency in laboratory processes. Our 5 mm explosion-proof tempered glass sash ensures operator safety and smooth operation.
| Hood Body |
1.0 mm cold-rolled steel, epoxy-coated,
phosphated, cured at 220°C |
| Thickness of body |
1.15–1.2 mm |
| Controller |
Intelligent digital switch (power, fan, lighting, socket, sterilizer, damper) |
| Glass Sash |
5 mm explosion-proof tempered glass |
| Handle |
Aluminum alloy |
| Sash Mechanism |
Weight balance design with left-right synchronous wheels |
| Lighting |
30W LED purification lamp, >300 LUX |
| Fume Hood Liner |
5 mm compact-grade laminate |
| Baffle Material |
Fixed with PP material |
| Junction Box |
Built-in circuit board + AC contactor; |
| Power Supply |
Supports 110Vto 230V |
| Dimension (W × D × H) |
1800 × 850 × 1500 mm |
FAQ for Benchtop Fume Hood NBFH-202
1: What is the size of this Benchtop Fume Hood NBFH-202?
The unit measures 1800 × 850 × 1500 mm, providing a wider workspace for multi-sample or team-based operations.
2: What type of sash mechanism does Benchtop Fume Hood NBFH-202 use?
It uses a counterweight balance system with synchronized wheels for smooth and stable vertical movement.
3: Is the lighting inside the Benchtop Fume Hood NBFH-202 sufficient for detailed work?
Yes, the built-in 30W LED lamp offers over 300 LUX of brightness, ensuring optimal visibility during lab procedures.
4: Is the interior resistant to chemical spills or corrosion?
Yes, it features a compact-grade laminate liner and PP-fixed baffle, both designed to resist chemical exposure and wear.
5: Can Benchtop Fume Hood NBFH-202 be installed in different voltage environments?
Absolutely. It supports power input from 110V to 230V, making it adaptable to global lab standards.
