Isolation Sciences LLC
* Lower Energy Costs
* Lower Safety Risk
* Lower Carbon Footprint
Decrease Safety Risk
• Minimize the amount of spilled or splashed liquid that can escape fumehood
• Minimize the amount of fumehood contents that can escape the fumehood from an explosive or energetic event/accident
• Minimize the amount of airborne contaminants that can escape the fumehood due to room air turbulence caused by traffic, doors opening, or HVAC diffusers
• Minimize the effect of operator movement to generate eddy currents that draws fumehood contaminates into the laboratory environment
• Minimize ADA exposure risk
Decrease Energy Costs
• Minimize amount of laboratory conditioned air that must be exhausted to meet safety guidelines
Description
| Frame: | Extruded aluminum with powder coated polyurethane Fits 4ft, 5ft, 6ft, and 8ft fume hoodsFrame |
| Barrier Film: | 6-mil ‘water-clear’ polyurethane film |
| Port: | 4.75in diameter mold injected port One pair of ports per frame |
©2009 Isolation Sciences LLC
70 South Cayuga Road, Williamsville, NY 14221
Tel: (716) 984-9220 Fax: (716) 634-3697
Email: cakers@isolationsciences.com
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