Fume Hood

Standards Compliance

National Research Council (NRC)

National Fire and Protection Agency (NFPA)

American Society of Heating Refrigerating and Air Conditioning Engineers (ASHRAE)

Robust Fume Hoods are designed and manufactured in accordance to SEFA-1 2006, BS 7258, EN 14 175 & ANSI/ASHRAE 110 standards in an ISO 9001-2015 facility. Every Fume Hood has been tested in accordance with the provisions and standards that meet international standards of safety, performance, lighting, efficiency, noise, ergonomics and aesthetics. The ANSI/ASHRAE 110 Standard is one of the latest and most comprehensive methods for testing operator safety level of fume hoods by determining qualitatively and repeatedly how well fume hood contain the gases and vapours released in the work zone.

Fume Hood Phenolic Resin (FHP)

Material Option

Worktop

External Lining

Internal Lining

Base Cabinet

General Specifications

Phenolic Resin Type

Overall Size (mm)

Working Area (mm)

Other sizes and specifications can be customized based on request

Fume Hood Polypropylene (FHPP)

Material Option

Worktop

Outer Lining

Inner Lining

Base Cabinet

General Specifications

Phenolic Resin Type

Overall Size (mm)

Working Area (mm)

Other sizes and specifications can be customized based on request

Fume Hood Galvanized Steel Structure (FHS)

Material Option

Worktop

Outer Lining

Inner Lining

Base Cabinet

General Specifications

Phenolic Resin Type

Overall Size (mm)

Working Area (mm)

Other sizes and specifications can be customized based on request

Fume Hood Ductless (FHD)

Material Option

Worktop

Outer Lining

Inner Lining

Base Cabinet

General Specifications

Phenolic Resin Type

Overall Size (mm)

Working Area (mm)

Other sizes and specifications can be customized based on request

Fume Hood Walk-In (FHWI)

Material Option

Worktop

Outer Lining

Inner Lining

Base Cabinet

General Specifications

Phenolic Resin Type

Overall Size (mm)

Working Area (mm)

Other sizes and specifications can be customized based on request

Optional and Accessories of Fume Hood

Operating Principle

When the fume hood extraction fan is running, it cause negative pressure inside the fume cup board. If the sash is lowered, the negative pressure become more intense causing air to be drawn through the sash opening at an increased velocity.

Conversely, if the sash is raised the negative pressure becomes
less intense and air velocity reduces.

The air velocity level is displayed on the fascia either by LED illumination or digital read-out. An audible alarm will also sound if the air velocity is too low.

Air Flow Monitor (TEL - UK)

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