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Gas cylinder cages are steel systems used to store oxygen, nitrogen, argon, carbon dioxide, LPG, acetylene and similar pressurized gas cylinders safely and systematically in factories and industrial facilities. They help reduce the risks of cylinders tipping, being struck, accessed without authorization or exposed to environmental conditions.
Each system is engineered specifically according to gas type, cylinder quantity and dimensions, full-empty separation, compatibility between gas classes, ventilation, door and restraint arrangement, indoor-outdoor conditions and site layout.
An industrial gas cylinder cage is a steel safety structure used to keep pressurized gas cylinders upright, restrained and under controlled access.
Depending on project requirements, the system may include:
Chains, clamps or custom retainers keep cylinders upright and secured.
Compartments, labels and color codes help separate full, empty and out-of-service cylinders.
Support suitable separation of flammable, oxidizing and inert gases.
Lockable doors, card access or controlled-entry systems support authorized use only.
Wire mesh or ventilated cladding helps reduce the risk of gas accumulation.
New compartments and cage modules can be added when capacity or site layout changes.
Prepared for compact and controlled storage of cylinders from the same gas class.
Create independent sections for full-empty separation or different gas classes.
Prepared with lockable doors, card access or authorized-entry systems.
Manufactured with galvanizing, outdoor coating, roofing and suitable drainage details.
Designed with reinforced bases and forklift pockets where controlled relocation is required.
Engineered for confined spaces, between-column locations, high capacities or non-standard cylinder sizes.
Each project is evaluated individually according to gas types, cylinder capacity and site conditions.
Gas types, cylinder quantities, dimensions, full-empty separation, floor conditions, routes, ignition sources and environmental conditions are evaluated.
Cage dimensions, compartment quantity, doors, restraint systems, panel type, warnings and roof requirements are determined.
Profile sections, panel dimensions, base plates, doors, locks and connections are manufactured according to technical drawings.
Electrostatic powder coating, wet paint or galvanizing is applied. Dimensions, welds, doors, locks and restraint points are inspected.
Cage components are delivered and anchoring, alignment, panel, door and restraint installation are completed.
Doors, locks, chains, compartments, warning signs and overall stability are checked before handover.
Changes in cylinder capacity, gas classes or facility layout may require existing cages to be enlarged or rearranged. Panel damage, corrosion, door failures, inadequate restraint and anchoring problems may also require modification.
Following a technical inspection, the following works may be carried out:
Materials and surface systems are selected according to environmental conditions, corrosion risk, security requirements and usage intensity.
Forms the primary structure and provides strength under heavy-duty conditions.
Combine natural ventilation, visibility and physical protection.
Can be used where controlled openings and more enclosed protection are required.
Provide durable surfaces for indoor applications and projects requiring corporate colors.
Provides long-term protection in outdoor, humid and corrosive environments.
Single- or double-leaf doors, padlocks, cylinder locks, card access, chains, straps and clamps can be applied.
Projects are not limited to standard cage dimensions; they are prepared according to gas types, cylinder dimensions, capacity, compartmentation, restraint, ventilation and site conditions.
Site survey, technical design, steel fabrication, surface treatment and professional installation are managed within a single process. Panel, door, lock, restraint, anchoring and capacity modifications can also be carried out on existing cages.
They are generally manufactured from steel-profile frames, wire-mesh or perforated-sheet cladding and reinforced connection components.
Chains, clamps, straps or custom retainers keep cylinders upright and secure.
Yes. Separate compartments, labels and color coding can separate full, empty and out-of-service cylinders.
Separate compartments can be designed according to gas properties and compatibility; independent cages are preferred for hazardous combinations.
Yes. Galvanizing, outdoor coating, suitable roofing and drainage details can be applied.
Yes. Panels, doors, locks, chains, compartments, anchors and surface coatings can be modified.
Technical assessment and project engineering can be provided for a cage system suited to your gas types, cylinder capacity, site conditions and access requirements.
You can request a quotation for a new gas cylinder cage, expansion of an existing system or door, restraint and surface modifications by sharing your project information.
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