BVRIO3654

Radioisotope Fume Hood

Special-purpose fume hood for safe and convenient handling of low-level radioactive materials. Based on the Defender-series superstructure, it uses a one-piece Type 316 stainless steel interior with coved corners, stainless steel baffle/sash components, and an integral work surface. It features corrosion resistance, easy decontamination, and exterior access panels for plumbing access.

Width 36" 48" 60" 72" 96"

Ships in 4–6 weeks

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IS THIS THE RIGHT FIT?

Need help configuring your Radioisotope Fume Hood? Our experts can guide you through options.

Best for

Low-level radioactive material handling, nuclear pharmacy, radiopharmaceutical, and radiochemistry applications requiring a stainless interior and decontamination-friendly design.

Not ideal for

Low-level radioactive material handling, nuclear pharmacy, radiopharmaceutical, and radiochemistry applications requiring a stainless interior and decontamination-friendly design.

iQ Labs Radioisotope Fume Hood Cut Sheet PDF

iQ Labs Fume Hood Basic Airflow Diagram PDF

iQ Labs Basic Wiring Diagram PDF

Specifications

Overall Width	0
Overall Height	0
Overall Depth	0
Worksurface Width	0
Worksurface Height Thickness	0
Worksurface Depth	0
Interior Working Area Width	0
Interior Working Area Height	0
Interior Working Area Depth	0
Hood Opening Width	0
Hood Opening Height	0
Accessories Required	Qualified mechanical\/electrical installation Building exhaust\/ductwork sized to final hood and CFM Blower\/exhaust coordination Work surface\/base support as applicable Plumbing\/electrical services if selected
Sash Configuration	Vertical rising (standard) \| Horizontal \| Combination
Liner Options	Type 316 stainless steel single-piece interior with coved corners
Lighting Options	LED lighting
Electrical Options	GFI receptacles / Duplex receptacles / Light switch / Blower switch
Plumbing Pre Piping Options	Copper pre-pipe down / Copper pre-pipe up / Flex hose
Base Cabinet Options	Acid storage base / Flammable storage base / Hood base / Sink base
Controller Options	AFA 500 Airflow Monitor / AFA 1000 Airflow Monitor / AFA 4000\/2 VAV Controller
Additional Options	ADA front-post configuration / Ceiling enclosure / Sash stops / Corrosion-resistant hardware / Countertops / Base cabinets / Blower
Blower Exhaust Note	Blower\/exhaust system must be selected to match hood, ductwork, exhaust type, and application. Catalog lists blowers as an option; coordinate final CFM\/static pressure with engineering.
Superstructure	16-gauge galvanized superstructure framework based on Defender-series design.
Interior Work Surface	One-piece Type 316 stainless steel interior with coved corners; dished reinforced countertop with integral cupsink; exterior plumbing access panels.
Safety Warnings	For low-level radioactive material applications only after confirming project-specific containment\/decontamination requirements. Not for perchloric acid.

COMPLIANCE & SAFETY

What it meets

ASHRAE 110, ANSI Z9.5, SEFA 1, NFPA 45, and UL/CSA electrical standards for laboratory safety.

Why it matters

Ensures proper containment, airflow performance, and worker protection in chemical handling environments.

Where it applies

Required for research labs, pharmaceutical facilities, universities, and government installations.

WHAT ELSE YOU MAY NEED

Need help configuring your fume hood? Our experts can guide you through options.

Start a Project

Typically Required

Qualified mechanical/electrical installation
Building exhaust/ductwork sized to final hood and CFM
Blower/exhaust coordination
Work surface/base support as applicable
Plumbing/electrical services if selected

Common Add-ons

Base cabinets
Countertops
Blower
Ceiling enclosure
Air monitor/alarm
Sash stops
Remote-controlled plumbing fixtures
Electrical receptacles/switches
Explosion-proof lighting where required

WHAT HAPPENS NEXT

1

Confirmation email

2

We review and may ask clarifying questions

3

You receive pricing + lead time + next steps

Yes. Fume hoods should be quoted by configuration because width, liner, sash, services, blower, and base/countertop selections affect the final product.