Corrosive Cabinet 47-COC100

Lab Expo Corrosive Cabinet 47-COC100 is a dual walled manual fire resistance cabinet with 38 mm of insulating air space. Doors are reinforced with a three point latch and manual lock for security. Features one adjustable shelf to accommodate storage for different containers with 2 inches vents integrated with flame arresters. Equipped with spill catcher shelves for preventing incidental drips. Inner and outer lead free powder coating provides durability and chemical resistance preventing corrosion and humidity.

$2,645.00 $ 2204

Corrosive Cabinet 47-COC100 - Specifications

Capacity 114 L
Door type Dual door manual
Adjustable shelf 1
Shelves loading capacity 50 kgs
Dimension ( H x W x D ) 1120 x 1090 x 460 mm
Weight 109 kgs

Corrosive Cabinet 47-COC100 - Key Features

  • 18.6L stainless steel chamber with uniform heating
  • Microprocessor-based PID control with 0.1C resolution
  • Temperature range RT+5C to 100C for diverse applications
  • Digital LCD display with real-time temperature monitoring
  • Over-temperature protection with automatic cutoff
  • Programmable timer up to 9999 minutes

Corrosive Cabinet 47-COC100 - Applications

FunctionImplementation
Chemical storage labs114 L capacity accommodates various container sizes
Quality control areasDual door manual design enables organized access
Industrial facilities50 kgs shelf loading capacity supports heavy containers
Research laboratoriesAdjustable shelf allows flexible storage configurations
Safety compliance zonesSpill catcher shelves prevent incidental drips

Corrosive Cabinet 47-COC100 - Catalog

Related Corrosive Cabinet

Lab Expo Corrosive Cabinet units are intended for storage of acids and corrosive chemicals in controlled handling environments. The range includes capacities from 15 L to 340 L with single and dual manual door configurations and multiple shelf arrangements for organized segregation. Cabinets are structured to manage chemical exposure and containment within storage zones. Suitable for facilities requiring systematic storage based on chemical type, volume distribution, and access control in regulated workflows.