Are you looking for a reliable solution for safely handling radioactive materials in your lab? The LOC Radio Isotope Fume Hood provides the durability and protection you need.
LOC's Radio Isotope Hood has a stainless-steel lining and work surface with coved corners that facilitate thorough cleaning and a reinforced countertop to support lead bricks. These features of the Radio Isotope Hood will help ensure operator safety and convenience in procedures that involve using and handling radioactive materials.
Our Radio Isotope Fume Hood
The Radio Isotope Fume Hood is specifically crafted to address the challenges of handling radioactive materials, ensuring safety and convenience for everyone using them. With Type 304 stainless steel construction, reinforced work surfaces, and specialized cleaning features, this hood provides the ultimate protection for radioactive material procedures.
Specialized Radio Isotope Hood Features
Type 304 stainless steel construction engineered for safe radioactive material handling and decontamination
Type 304 stainless steel throughout with welded and ground smooth seams
Reinforced work surface supports up to 200 lbs per square foot for lead shielding
Smooth welded seams eliminate radioactive material accumulation points
Facilitates thorough cleaning and decontamination procedures
Includes audible LOC500 airflow monitor for continuous safety verification
Integral stainless steel work surface prevents contamination migration
7/32" laminated safety glass sash with spring-loaded stop mechanism
Removable panels and top-front light replacement for simplified maintenance
Radio Isotope Hood Applications & Environments
Radio isotope fume hoods provide essential protection for specialized laboratory environments handling radioactive materials:
- Nuclear Medicine Facilities: Safe preparation and handling of radiopharmaceuticals for diagnostic imaging and therapeutic procedures.
- Research Laboratories: Radioactive tracer studies and nuclear research requiring containment of alpha, beta, and gamma radiation sources.
- Hospital Radiopharmacy: Preparation of radioactive medications with protection for healthcare personnel and patients.
- University Nuclear Programs: Educational and research applications involving radioactive isotopes in academic settings.
- Industrial Testing Labs: Non-destructive testing procedures using radioactive sources for material analysis and quality control.
- Government Research Facilities: Specialized nuclear research and development requiring highest safety standards and containment protocols.
Benefits of Choosing Radio Isotope Fume Hoods
- Maximum Radiation Protection: Type 304 stainless steel construction with reinforced work surface supports lead brick shielding
- Contamination Prevention: Smooth welded seams eliminate radioactive build-up points and facilitate complete decontamination
- Enhanced Safety Monitoring: LOC500 audible airflow monitor provides continuous verification of protective airflow
- Easy Decontamination: Coved corners and water-tight construction enable thorough cleaning and decontamination procedures
- Structural Integrity: Reinforced work surface supports up to 200 lbs per square foot for heavy shielding materials
- Operator Protection: Full-view safety glass sash with spring-loaded stops ensures safe operation and visibility
- Maintenance Efficiency: Removable panels and accessible lighting reduce maintenance time and exposure risks
- Regulatory Compliance: Designed to meet nuclear regulatory requirements for radioactive material handling facilities
Technical Specifications & Performance Data
| Model # | Hood Size | 100 FPM @ Full Open | 100 FPM @ 18" Open | ||
| Collar Size | CFM | Collar Size | CFM | ||
| B-634 | 48" | 10" Dia. | 867 | 8" Dia. | 488 |
| B-635 | 60" | 10" Dia. | 1133 | 8" Dia. | 638 |
| B-636 | 72" | 10" Dia. | 1400 | 10" Dia. | 788 |
| B-637 | 84" | 2) 10" Dia. | 1667 | 2) 8" Dia. | 938 |
| B-638 | 96" | 2) 10" Dia. | 1933 | 2) 8" Dia. | 1088 |
Static Pressure (SP) Values:
- B-634: 0.35 (Full Open), 0.21 (18" Open)
- B-635: 0.31 (Full Open), 0.31 (18" Open)
- B-636: 0.40 (Full Open), 0.22 (18" Open)
- B-637: 0.33 (Full Open), 0.19 (18" Open)
- B-638: 0.40 (Full Open), 0.24 (18" Open)
Specialized Construction Features:
- Material: Type 304 stainless steel throughout interior and work surface
- Face Velocity: 60-150 FPM range for optimal containment and safety
- Work Surface Load: Reinforced to support 200 lbs per square foot
- Seam Construction: All seams welded and ground smooth to prevent contamination
- Safety Glass: 7/32" laminated safety glass with spring-loaded sash stop
- Airflow Monitoring: LOC500 audible airflow monitor included
Safety & Maintenance Features:
- Coved Corners: Facilitate thorough cleaning and decontamination
- Water-Tight Design: Integral stainless steel work surface prevents migration
- Counterweight System: One-finger sash operation for ease of use
- Removable Panels: Easy access for maintenance and decontamination
- Sealed Lighting: Isolation of electrical components from radioactive contamination
Installation Notes:
- Static pressures listed are for hoods only; additional duct system pressure drop must be calculated
- Total pressure drop through hood and duct system determines proper exhaust blower selection
- Customer must specify service fixtures, electrical outlet types, and locations for each installation
Why Choose LOC Scientific?
Choosing LOC Scientific for your Radio Isotope Hood needs is based on safety, quality, and customer support. We offer comprehensive solutions including designing, selling, and installing lab furniture and accessories specifically crafted to address radioactive material handling challenges.
With decades of experience in the lab industry, we bring valuable expertise to each project. Our team understands the specific needs of labs working with radioactive materials, allowing us to deliver tailored solutions that enhance safety and workflow while maintaining regulatory compliance.
