EnglishCurrent
德语
阿拉伯语
法语
印尼语
日语
韩语
马来语
葡萄牙语
俄语
西班牙语
泰语
土耳其语
越南语
Cleanroom Furniture and Stainless Steel Products
Chemical Safety Cabinet
A bright-yellow double-wall welded steel cabinet with spill-control shelves, a leak-retaining sump and three-point latching doors for segregated compatible liquid containers.
- Double-wall welded steel body
- 38 mm insulating air cavity
- 51 mm leak-retaining sump
- Three-point latching twin doors
Product Introduction
The chemical safety cabinet uses two welded galvanized-steel skins separated by a 38 mm closed air space. Two adjustable galvanized shelves include raised edges and a slight rearward slope to direct incidental liquid toward the 51 mm lower sump instead of the door threshold. Twin doors engage a three-point latch at the top, bottom and center, while recessed paddle handles remain clear of the aisle. Two capped ventilation ports with internal flame-arresting mesh, a grounding stud and four adjustable feet are integrated into the cabinet body. The bright-yellow epoxy-polyester finish provides immediate visual identification and protects both internal and external steel surfaces.
Key Features
Adjustable raised-edge shelves guide small spills toward the back rather than allowing liquid to run toward the doors.
A 51 mm liquid-tight lower sump retains leakage below the lowest storage level and leaves the door sill visibly raised.
Three-point door latching, capped vents, an external grounding stud and leveling feet are built into one freestanding enclosure.
Customer Product Concerns
Compatible liquid containers need visible segregation, controlled spill retention and doors that remain securely latched during routine storage.
Leaking containers allow liquid to reach the aisle before the spill is noticed.Raised shelf edges and the 51 mm liquid-tight bottom sump retain leakage inside the cabinet footprint.
Ordinary single-skin cupboards provide no separated outer barrier around stored liquids.Two welded steel walls enclose a continuous 38 mm insulating air cavity around the storage compartment.
A single central catch can leave the top or bottom of a tall door unsecured.The three-point latch engages the door at the header, sill and handle zone in one closing action.
Mixed chemical stocks are difficult to identify when cabinets share a neutral finish.The bright-yellow powder coat gives the liquid-storage cabinet a distinct visual identity for organized segregation.
Typical Applications
Flammable solvent storage in production laboratoriesCombustible maintenance-liquid segregationPaint and coating material storesQuality-control chemical roomsClean manufacturing utility areas
Technical Parameters
Typical configurable specifications for a welded double-wall chemical safety cabinet are listed below.
| Core Material | Double-wall galvanized carbon-steel welded enclosure with 38 mm insulating air cavity, two adjustable spill-control shelves, grounding stud and 51 mm lower sump |
|---|---|
| Panel Thickness | 1.0 mm per inner and outer steel wall |
| Effective Width | 1090 mm overall cabinet width |
| Maximum Length | 1650 mm maximum overall cabinet height |
| Steel Facing Thickness | 1.0 mm galvanized carbon steel for each cabinet wall and door skin |
| Core Density | 7850 kg/m³ for the galvanized carbon-steel construction |
| Thermal Conductivity | 45–60 W/(m·K) for the galvanized carbon-steel skins |
| Surface Finish | Bright-yellow chemical-resistant epoxy-polyester powder coat applied inside and outside, with silver galvanized shelves and black recessed handles |
| Joint Type | All-welded double-wall shell with 38 mm sealed air cavity, three-point latching twin doors, 51 mm liquid-tight sump and dual capped ventilation ports |
| Customization | Available based on the intended application and operating environment. |
Available Options
Manual-close or self-closing door mechanismPolyethylene shelf trays and sump linerBlue corrosive-liquid finishUnder-bench or narrow vertical cabinet format
Planning a Chemical Safety Cabinet specification?
Send us your dimensions, installation conditions, performance targets and required surface finish.
