Model HUYAir HLF-1200 Elite | Clean Bench With Horizontal Laminar Flow

Technology:

The HUYAir HLF utilizes a control system with the “HUYAir Comprehensive” microprocessor, displaying the full performance of the cabinet on an LCD screen.
The cabinet is equipped with sensors to directly monitor the airflow rate and features a low-airflow alert mode.
Display alerts when the filter reaches the end of its usable life.
The motor utilizes energy-saving centrifugal fans from EBMpapst – Germany, extending the lifespan of the filters and reducing noise during operation.
Uses Camfil filters from Sweden or AAF filters from the United States; H14 filters with high filtration efficiency of 99.999% at 0.3 um.

Design:

The cabinet is designed with two partition walls and internal pressure to prevent and isolate airborne contaminants effectively.
The cabinet is designed with four lockable wheels to facilitate easy operation and movement.
The cabinet is set up, operated, and maintained with simplicity.

Materials:

The outer shell is made of 1.2mm thick galvanized steel with chemical-resistant electrostatic coating.
The inner chamber is made of 0.8mm thick stainless steel (SUS 304).

Model	HUYAir HLF-1200 Elite
External dimensions (L x W x H mm)	L1015 x W795 x H1650 mm
Internal dimensions (L x W x H mm)	L900 x W560 x H650 mm
Inflow air velocity	0,45 m/s
Brightness	>750 Lux
Noise level	<65 dB
Power supply	220 V/50 Hz

The air enters from the rearmost part of the cabinet through a pre-filter system (where larger particles are captured, increasing the lifespan of the main filter).
The air is blown through the main filter, creating a clean airflow in a horizontal direction and exiting the working area across the entire open front area of the cabinet after being diverted away from the work surface.
The surface velocity of the filter is maintained at 0.45 m/s (90 FPM), ensuring an adequate air change rate to maintain a clean air environment in the working area.
The airflow velocity is maintained at 0.45 m/s with a uniformity of ±20% across the entire filter surface. This surface velocity is compliant with both US and international standards for safety and quality.