Strong Corrosive Storage Cabinet

Key Features

• • Full PP construction
    Cabinet body, doors and shelves are made of high-quality, thick polypropylene (PP), offering excellent resistance to strong acids and alkalis.

  • High corrosion resistance
    Suitable for storing strong corrosive chemicals such as hydrochloric acid, sulfuric acid, nitric acid, sodium hydroxide, potassium hydroxide and similar reagents (refer to chemical compatibility before use).

  • Welded structure for strength
    Hot-welded PP panels form a robust, leak-resistant structure that increases mechanical strength and extends cabinet lifespan.

  • Integrated spill containment
    The bottom of the cabinet is designed with a liquid-tight spill containment sump to collect accidental leaks and make cleaning easier.

  • Adjustable PP shelves
    Shelves are made of PP with a ribbed or tray design to hold bottles securely; shelf height can be adjusted to fit different container sizes.

  • Corrosion-resistant hinges and fasteners
    Non-metallic or specially treated hardware helps reduce corrosion points and improves reliability under harsh chemical environments.

  • Secure locking system
    Equipped with a lockable door to restrict unauthorized access and enhance laboratory safety.

  • Ventilation-ready design
    Pre-configured ventilation ports allow connection to an external exhaust system or a ductless filtration unit, helping remove corrosive fumes from the cabinet interior.

  • Clear safety labeling
    Marked with “CORROSIVE” and appropriate hazard symbols to clearly indicate its use and support safety management.

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Typical Applications

• The strong acid storage cabinet is suitable for:

  • University and college chemistry laboratories

  • Research institutes and R&D centers

  • Pharmaceutical and biotechnology laboratories

  • Environmental testing and inspection labs

  • Petrochemical and fine chemical plants

  • Electronic and semiconductor manufacturing labs

  • Any laboratory that frequently uses strong acids and alkalis

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• Why Choose a PP Strong Corrosive Storage Cabinet?

  • • Better chemical resistance than steel
      PP material is highly resistant to most inorganic acids and alkalis, reducing corrosion and maintenance compared with painted steel cabinets.

    • Longer service life
      No rust, no paint peeling, and fewer structural failures under continuous exposure to corrosive vapors.

    • Improved laboratory safety
      Dedicated storage for strong corrosives helps reduce the risk of accidental spills, cross-contamination and incompatible storage.

    • Easy to clean and maintain
      Smooth PP surfaces are easy to wipe and resistant to most cleaning agents, helping maintain a clean lab environment.

    • Compatible with laboratory furniture systems
      Can be used as a standalone unit or integrated into a complete MAX LAB laboratory furniture layout.

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  Customization & Options

• To meet different laboratory layouts and storage requirements, MAX LAB offers multiple custom options for PP corrosive cabinets:

  • Custom dimensions (height, width, depth)

  • Different shelf numbers and configurations

  • Transparent PP or tempered glass windows in doors

  • Left/right door opening direction

  • Custom colors and labels (multi-language hazard labels)

  • Additional internal PP trays for small containers

  • Compatible ventilation kits and duct accessories

  • Matching acid/alkali, flammable and toxic storage cabinets to build a complete chemical storage system

  For project-based or OEM/ODM demands, we can also provide logo printing, special designs and batch production.