Reagent, labware, and cylinder storage

Laboratory Storage Cabinets

Laboratory storage should be planned from the contents, container size, segregation, ventilation, access frequency, spill provisions, labels, and local requirements. The reference range includes general reagent, labware, and gas-cylinder cabinet formats in several construction materials.

Final materials, dimensions, performance requirements, and compliance criteria must be confirmed in the quotation and technical review.

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Steel laboratory labware cabinet with glazed doors

Configuration overview

Reagent and labware storage formats
Steel, PP, aluminium-wood, and stainless references
Single- and double-cylinder cabinet options

Information to confirm

01Inventory and container dimensions
02Segregation and ventilation review
03Shelf and rack arrangement
04Access, labels, and maintenance

Typical planning contexts

General laboratory storage
Glassware and instrument storage
Project-planned gas-cylinder positions

Product planning

Decisions that shape the final configuration

Use these planning points to organize the room, equipment, service, and operating information needed before a configuration is confirmed.

Start with an inventory

List the contents, container sizes, quantities, weights, access frequency, incompatibilities, and any requirement for ventilation, restraint, spill containment, or controlled access.

Assign the correct cabinet function

Separate general labware storage from reagent, cylinder, and other controlled-storage needs. Material, labels, ventilation, shelves, locks, and location should follow the approved use rather than appearance.

Coordinate the room position

Check door swing, aisle width, emergency routes, wall fixing, duct or alarm interfaces, maintenance access, and transfer routes before the cabinet schedule is approved.

Technical brief

Configuration details to confirm

These fields provide a practical review framework rather than fixed model claims. Record the agreed selection in the quotation, drawings, and technical submittal before production.

Reference range: The supplied brochure shows steel, PP, aluminium-wood, and stainless reagent or labware cabinets plus single- and double-door steel gas-cylinder cabinets.
Cabinet construction: Body material, panel thickness, frame, doors, glazing, hinges, locks, feet, and surface finish are defined for each ordered reference.
Internal arrangement: Adjustable shelves, labware racks, cylinder restraints, base supports, drip provisions, and clear internal dimensions follow the inventory.
Ventilation and alarms: Vents, duct connections, alarm provisions, and sensor scope are options only when the responsible project design requires and defines them.
Safety scope: Segregation, labels, containment, anchoring, room position, and applicable storage requirements remain project-specific confirmation items.
Required submittals: Provide the storage inventory, container and cylinder sizes, quantities, weights, segregation plan, ventilation or alarm brief, room layout, destination, and project rules.

Reference model guide

YOJIA inquiry models and reference parameters

Use these original YOJIA reference codes to compare common configurations and prepare an inquiry. They are planning identifiers, not copies of another manufacturer's models or fixed production guarantees.

Reference model	Configuration	Reference dimensions	Selection notes
`YJ-LC-900`	Laboratory ware cabinet	900 × 450 × 1800 mm	General tall cabinet with configurable glazed or solid doors and shelves.
`YJ-RC-900`	Reagent storage cabinet	900 × 450 × 1800 mm	Project-configured storage; substance segregation, tray, lock, and ventilation needs require review.
`YJ-GC-600-S`	Single-position gas cylinder cabinet	600 × 450 × 1900 mm	Indoor furniture reference; cylinder size, restraint, ventilation, and applicable rules must be confirmed.
`YJ-GC-900-D`	Double-position gas cylinder cabinet	900 × 450 × 1900 mm	Two-position reference subject to cylinder, regulator, restraint, segregation, and project review.

Reference parameter range

General cabinet modules: 900 mm reference width; alternative 450, 600, and 1200 mm modules can be reviewed against the room layout.
Depth and height: 450–550 mm reference depths and 1800–2100 mm reference heights; access, ceiling, skirting, and transport clearances must be checked.
Front and interior: Solid or glazed doors, drawers, adjustable shelves, trays, locks, labels, and levelling are selected by storage purpose.
Storage classification: General cabinets must not be assumed suitable for acids, alkalis, flammables, gases, or other hazardous materials.
Special storage: Substance inventory, container or cylinder dimensions, segregation, ventilation, fire strategy, restraints, and applicable local requirements require specialist review.
Ordering rule: The YJ code describes layout only and does not imply a fire rating, certification, or approval. Confirm all required evidence before ordering.

All dimensions are nominal planning references. Final materials, thicknesses, loads, ventilation criteria, fixtures, interfaces, compliance evidence, and supplied scope must be recorded in the approved quotation and technical documents.

PRODUCT VIEW

Reference configurations

Images show reference configurations. Confirm the exact supplied model, finish, dimensions, fixtures, and accessories in the final quotation.

White steel laboratory labware cabinet with four glazed doors

White steel laboratory reagent cabinet with glazed upper doors

Blue aluminium-wood labware cabinet with glazed doors and internal racks

Blue aluminium-wood reagent cabinet with glazed upper doors

Double-door steel gas-cylinder cabinet with viewing panels and cylinder warning labels

Single-door steel gas-cylinder cabinet with viewing panel and cylinder warning label

Buyer questions

Before requesting a quotation

Clear project inputs help the team identify the right configuration and the details still requiring technical review.

01Can one cabinet store all laboratory chemicals?

No. Contents may require segregation by compatibility, dedicated ventilation or containment, specific labels, and local safety controls. The inventory and responsible safety review should determine the cabinet type.

02What information is needed for a gas-cylinder cabinet?

Provide gas type, cylinder dimensions and quantity, restraint method, regulator arrangement, ventilation and alarm design, room position, pipe route, access, and destination requirements.

03Are the displayed cabinets certified safety cabinets?

The page presents furniture reference configurations only and does not claim a certification. Any required certification, test report, label, or standard must be specified and supported by verified documents before purchase.

RFQ / Project inquiry

Discuss this product family

Share the room plan, quantity, destination, and technical requirements for a project-specific response.