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Erlab Phenolic resin with built in spill tray for 321 models.

$602.00 $559.86
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SKU: 321-RESIN-WORK-SURFACE
California prop 65
Categories:  Accessories by Erlab
Description

Description

  • Key performance benefit: Phenolic resin work surface designed for Captair 321 fume hood systems, providing a stable working platform for laboratory operations.
  • Material & construction: Constructed from phenolic resin with an integrated spill tray. Designed specifically for the Captair 321 model systems.
  • Risk reduction/compliance benefit: Built-in spill tray helps contain accidental spills within the fume hood work area.
  • Protection level: Designed for use with the Captair 321 ductless filtering fume hood, CaptairFlow 321 laminar flow hood, CaptairBio 321 PCR workstation, and CaptairBio 320 dead air box.
  • Comfort & usability: Work surface designed to fit the Captair 321 system configurations.
  • Safety & compliance assurance Environmental benefits include materials free of substances that cause environmental harm, non-toxic composition, ozone-safe properties, and renewable materials.

Recommended For

  • Captair 321 ductless filtering fume hood setups
  • CaptairFlow 321 laminar flow hood installations
  • CaptairBio 321 PCR workstation setups
  • CaptairBio 320 dead air box installations
  • Spill containment in fume hood work areas
  • Laboratory workstation surfaces

Primary Industries

  • Laboratory environments
  • Research laboratories
  • Cleanroom laboratories

Standards and Certifications

  • Environmental benefits: Free of substances that cause environmental harm
  • Non-toxic materials
  • Ozone-safe or safe for the ozone layer
  • Renewable materials
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Properties

Product Type Work Surface
Material Phenolic Resin
Color Black
Length 694 mm (27.4 in.)
Width 694 mm cabinet (27.4 in.)
Depth 510 mm cabinet (20.1 in.)
Height 76.2 mm (3 in.)
Thickness 76.2 mm (3 in.)
Weight 11.8 kg (26 lb)
Voltage 0/1 V
Includes Resin work surface and two nylon thumb screws
Reviews

FAQs

When would a phenolic resin work surface be preferred over a stainless steel alternative?

Phenolic resin work surfaces are often selected in laboratories where resistance to chemicals and frequent cleaning agents is important. The material provides a durable, non-porous surface that can handle repeated exposure to laboratory reagents. This makes it a practical option for workstations where chemical handling or routine sanitation procedures are common.

How does the built-in spill tray support safer laboratory workflows?

The integrated spill tray helps contain small liquid spills within the fume hood's working area. This containment helps prevent liquids from spreading to surrounding equipment or the laboratory bench. It also simplifies cleanup procedures and supports controlled laboratory environments where managing accidental spills is important.

Is this work surface compatible with multiple Captair workstation types?

Yes, the work surface is designed to fit Captair 391 configurations and can be used with compatible ductless filtering fume hoods, laminar flow hoods, and PCR workstations within that series. Matching the work surface to the system helps ensure proper fit and stable positioning inside the equipment enclosure.

What types of laboratory activities typically use this type of work surface?

Work surfaces like this are commonly used for sample preparation, small-scale chemical handling, and other laboratory procedures performed inside enclosed or filtered workspaces. They provide a stable platform for materials and equipment while helping maintain an organized and controlled working environment within the hood.

How should a phenolic resin work surface be maintained during regular use?

Routine cleaning with appropriate laboratory cleaning agents helps maintain the surface and remove residues from daily activities. Avoid abrasive tools that may damage the finish. Periodically checking the mounting hardware and thumb screws can also help ensure the work surface remains securely installed during ongoing laboratory operations.