Corrosive Cabinet LE-COC102

lab Expo Corrosive Cabinet LE-COC102 delivers a 170 L capacity for the safe storage of corrosive substances. It offers two adjustable shelves to accommodate various container sizes and enhance storage flexibility. Equipped with dual walls and 38 mm air gap for reliable fire resistance. Integrated lead-free powder coating inside and out ensures durability and resists corrosion and humidity. Our Corrosive Cabinet is ideal for a wide range of applications involving the safe storage of hazardous and corrosive substances.

$2,256.00 $ 1880

Corrosive Cabinet LE-COC102 - Specifications

Capacity 170 L
Door Type Dual Door Manual
Adjustable Shelf 2
Shelves Loading Capacity 100 Kg
Dimension 1650 × 1090 × 460 mm
Packaging Dimension 1790 × 1160 × 530 mm
Net Weight 127 Kg
Gross Weight 151 Kg

Corrosive Cabinet LE-COC102 - Key Features

  • Dual door manual configuration with 180 degree opening
  • Two adjustable shelves each supporting 100 kg load
  • Manual lock mechanism with three point latch system
  • Spill catcher shelves for containment of leaks

Corrosive Cabinet LE-COC102 - Applications

FunctionImplementation
Chemical storage labs170 L capacity supports bulk corrosive substance containment
Pharmaceutical facilitiesDual Door Manual enables secure access control
Quality control units100 Kg shelf loading capacity accommodates heavy reagent bottles
Research laboratoriesAdjustable Shelf 2 allows flexible container arrangement
Industrial safety zonesDimension 1650 × 1090 × 460 mm fits standard laboratory layouts

Corrosive Cabinet LE-COC102 - 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.