Fire cabinet platforms are steel supporting systems used to position fire cabinets at a safe elevation and keep them easily accessible in factories, warehouses, energy facilities and outdoor areas. Anti-slip surfaces, stairs, guardrails, anchoring and cabinet-fixing details create a safe and organized access area around the fire equipment.
Each platform is engineered specifically according to the fire cabinet type and dimensions, platform height, access direction, floor conditions, user load and outdoor exposure. In special locations near vehicle routes, separate protective barriers can also be considered where required.
A fire cabinet platform is a steel structure designed to support a fire cabinet at the correct elevation, secure it safely and simplify user access.
Depending on project requirements, the system may include:
Position the fire cabinet at a suitable elevation and with a clear approach direction to support emergency response.
Provide safe standing surfaces with grating, chequered or perforated-sheet options.
Help keep the cabinet away from standing water, mud, floor contamination and humidity.
Provide a stable and accessible working area for periodic inspection.
Suitable color and marking applications help make the fire cabinet easier to identify within the site.
Platform height, width, stair direction, guardrails and cabinet connections can be adapted to the project.
Prepared to support one fire cabinet safely in limited spaces.
Allow several cabinets or additional fire equipment to be positioned on one supporting structure.
Provide safe stepped or stair access where there are elevation differences.
Create a secure working area with full perimeter guardrails and toe boards where fall risks exist.
Prepared with galvanizing or suitable outdoor coatings against rain, humidity and corrosion.
Used where floor space is limited or standard geometries are insufficient, with wall-mounted or structure-mounted solutions.
Each project is evaluated individually according to cabinet dimensions, access requirements and site conditions.
Cabinet type, platform height, access direction, floor elevation, operating conditions and anchoring feasibility are evaluated.
Platform dimensions, stair direction, guardrails, flooring and cabinet fixing points are determined.
Structural sections, base plates, steps, guardrails, flooring and connection components are manufactured according to technical drawings.
Electrostatic powder coating, wet paint or galvanizing is applied. Dimensions, welds, geometry and connection points are inspected.
Stairs, guardrails, flooring and cabinet connections are checked before shipment.
The platform is anchored, the fire cabinet is secured and all access and safety details are checked before handover.
Changes in facility layout, cabinet dimensions or access direction may require existing platforms to be modified. Corrosion, loose anchors, damaged flooring, insufficient guardrails or unsuitable platform height may also reduce safety.
Following a technical inspection, the following works may be carried out:
Materials and surface systems are selected according to load, outdoor exposure, corrosion, slip resistance and visibility requirements.
Forms the primary supporting system and provides high stability under heavy-duty conditions.
Provide different surface options according to slip resistance, drainage and cleaning requirements.
Provide durable, cleanable and visible surfaces for protected indoor and outdoor applications.
Improves corrosion resistance in outdoor and humid environments.
Can be added according to platform height and access requirements.
Secure the platform to the floor and the cabinet to the supporting structure.
Projects are not limited to standard platform dimensions; they are prepared according to fire-cabinet dimensions, site elevation, access direction, floor conditions, outdoor exposure and safety requirements.
Site survey, technical design, steel fabrication, surface treatment and professional installation are managed within a single process. Stair, guardrail, flooring, anchoring and cabinet-connection modifications can also be carried out on existing platforms.
They are generally manufactured from steel-profile supporting frames, grating or sheet flooring and reinforced connection components.
No. They are prepared specifically according to cabinet dimensions, platform height, access direction and site layout.
Yes. Steps, stairs, guardrails and toe boards can be applied according to platform height and access conditions.
Yes. Grating, chequered sheet or perforated sheet can be used as anti-slip surface options.
Yes. Galvanizing or outdoor coating systems can be applied for open-site use.
Yes. Stairs, guardrails, flooring, anchors and cabinet connections can be modified following technical inspection.
Technical assessment and project engineering can be provided for a platform suited to your fire-cabinet dimensions, site elevation, access direction and floor conditions.
You can request a quotation for a new platform, modification of an existing system or stair, guardrail, flooring and anchoring upgrades by sharing your project information.