Standard Fume Hood with Wide Frame: Designed in accordance with JG/T222-2007, JB/T6412-1999, ASHRAE110-2016, and EN14175-3 standards, this fume hood features a split structure with a double-wall upper section. The outer shell is made of 1.2mm thick high-quality cold-rolled steel with a corrosion-resistant epoxy powder coating, with SEFA-grade powder available. The liner and baffle are constructed from corrosion-resistant non-metallic materials, with options including compact laminate, fiberglass, PP, epoxy resin, or ceramic fiber board. The front features a full-view design with tempered safety glass for both the fixed upper panel and vertical sliding sash, providing excellent visibility. The counterweight system uses a front-mounted design with nylon and stainless steel composite chains and black-finished sprockets for stable, quiet, and easy-to-maintain operation. The professionally designed baffle system, combined with a tapered PP exhaust plenum, offers efficient containment, low pressure loss, and quiet operation. Custom sizes are available. As an upgraded version of the basic model, this fume hood meets the needs of most laboratory applications, including chemistry, biology, pharmaceuticals, and university teaching.
Standard Fume Hood with Wide Frame: Designed in accordance with JG/T222-2007, JB/T6412-1999, ASHRAE110-2016, and EN14175-3 standards, this fume hood features a split structure with a double-wall upper section. The outer shell is made of 1.2mm thick high-quality cold-rolled steel with a corrosion-resistant epoxy powder coating, with SEFA-grade powder available. The liner and baffle are constructed from corrosion-resistant non-metallic materials, with options including compact laminate, fiberglass, PP, epoxy resin, or ceramic fiber board. The front features a full-view design with tempered safety glass for both the fixed upper panel and vertical sliding sash, providing excellent visibility. The counterweight system uses a front-mounted design with nylon and stainless steel composite chains and black-finished sprockets for stable, quiet, and easy-to-maintain operation. The professionally designed baffle system, combined with a tapered PP exhaust plenum, offers efficient containment, low pressure loss, and quiet operation. Custom sizes are available. As an upgraded version of the basic model, this fume hood meets the needs of most laboratory applications, including chemistry, biology, pharmaceuticals, and university teaching.
Commodity name: Standard Wide-frame Laboratory Fume Hood
Standard Fume Hood with Wide Frame: Designed in accordance with JG/T222-2007, JB/T6412-1999, ASHRAE110-2016, and EN14175-3 standards, this fume hood features a split structure with a double-wall upper section. The outer shell is made of 1.2mm thick high-quality cold-rolled steel with a corrosion-resistant epoxy powder coating, with SEFA-grade powder available. The liner and baffle are constructed from corrosion-resistant non-metallic materials, with options including compact laminate, fiberglass, PP, epoxy resin, or ceramic fiber board. The front features a full-view design with tempered safety glass for both the fixed upper panel and vertical sliding sash, providing excellent visibility. The counterweight system uses a front-mounted design with nylon and stainless steel composite chains and black-finished sprockets for stable, quiet, and easy-to-maintain operation. The professionally designed baffle system, combined with a tapered PP exhaust plenum, offers efficient containment, low pressure loss, and quiet operation. Custom sizes are available. As an upgraded version of the basic model, this fume hood meets the needs of most laboratory applications, including chemistry, biology, pharmaceuticals, and university teaching.
design standard
Design in accordance with the JG/T 222-2007 standard、JB/T 6412-1999、ASHRAE 110-2016、EN14175-3
boundary dimension
1200W*850D*2350H
1500W*850D*2350H
1800W*850D*2350H
Customized fume hood
inside dimension
960W*635D*1175H
1260W*635D*1175H
1560W*635D*1175H
Support non-standard customization
Normal (maximum) exhaust air volume
865(1300)m³/h
1135(1700)m³/h
1405(2100)m³/h
Support non-standard customization
Structure and material
Designed for a face air velocity of 0.5m/s, it adopts a split structure of upper and lower cabinets. The upper cabinet is a double-layer structure. The outer shell is made of 1.2mm thick high-quality cold-rolled steel plate, processed and formed by a fully CNC sheet metal production line. The surface is sprayed with corrosion-resistant laboratory-grade epoxy resin powder, and SEFA-grade epoxy resin powder can be selected. The inner lining and deflector plates are made of non-metallic materials with corrosion resistance. According to requirements, Antistatic board, fiberglass board, PP board, epoxy resin board or ceramic fiber board, etc. can be selected.
Window door
The front part adopts a full-window structure. The upper fixed window and the vertical sliding window are all made of tempered safety glass. Customized handles are used, providing a wide field of vision.
Diversion structure
The counterweight system adopts a front counterweight structure. The transmission uses a composite chain of nylon and stainless steel with blackened sprockets, featuring stable transmission, low noise, durability and convenient maintenance
TWIN TUBE FRAME
The qualified diversion structure that has been professionally designed enables the diversion fixing base to fix the titration stand, the conical constricted PP gas collection hood, and the bottom has a narrow and long rectangular inlet. Through fluid mechanics analysis, it possesses excellent gas collection performance, low pressure loss and low noise advantages.
Feature
This fume hood is a standard model, an upgraded version of the basic one. It can meet the needs of most normal experiments and is suitable for common experimental scenarios such as physics and chemistry, biomedicine, and university teaching