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Erlab Phenolic resin with built in spill tray for 391 models. $720.00 $669.60

Erlab Phenolic resin with built in spill tray for 392 models

$898.00 $835.14
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SKU: 392-RESIN-WORK-SURFACE
California prop 65
Categories:  Accessories by Erlab
Description

Description

  • Key performance benefit: Phenolic resin work surface designed for Captair 392 fume hood systems, providing a stable working platform for laboratory operations.
  • Material & construction: Constructed from phenolic resin with an integrated spill tray. Designed for Captair 392 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 Captair 392 ductless filtering fume hood systems.
  • Comfort & usability: Work surface designed to fit the Captair 392 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 392 ductless filtering fume hood setups
  • Laboratory fume hood workstation installations
  • Spill containment in fume hood work areas
  • Laboratory workstation surfaces
  • Clean air workstation setups
  • Laboratory equipment support

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
Length 875 mm (34.5 in.)
Width 875 mm cabinet (34.5 in.)
Depth 644 mm cabinet (25.4 in.)
Height 76.2 mm (3 in.)
Weight 19.1 kg (42 lb)
Voltage 0/1 V
Includes Resin work surface and two nylon thumb screws
Reviews

FAQs

When would a phenolic resin work surface be a better choice for a fume hood workstation?

Phenolic resin surfaces are often selected in laboratories where frequent exposure to chemicals and cleaning agents occurs. The material offers strong resistance to many laboratory reagents and maintains a non-porous surface. This makes it suitable for fume hood workstations where durability and consistent surface performance are important.

How does the built-in spill tray help manage liquids during laboratory procedures?

The integrated spill tray helps contain liquids within the work surface area inside the fume hood. This design helps prevent accidental spills from spreading beyond the working zone. Containing liquids in one area can simplify cleanup and support safer laboratory workflows during routine handling tasks.

Is this work surface compatible with equipment other than the Captair 392 system?

The surface is designed specifically for Captair 392 fume hood configurations to ensure proper fit and stability. While it may physically support other equipment with similar dimensions, compatibility should be verified before installation to ensure the surface aligns correctly with the intended workstation setup.

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 daily laboratory use?

Routine cleaning with suitable laboratory cleaning agents helps maintain the surface and remove residues from ongoing work. Abrasive tools should be avoided to prevent surface damage. Periodically checking the mounting screws and hardware also helps ensure the work surface remains securely installed during regular laboratory operations.