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Name: Prefabricated Steel Frames for Warehouses
Brand: ZSJH

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Prefabricated Steel Frames for Warehouses

Prefabricated Steel Frames for Warehouses

ZSJH supplies Prefabricated Steel Frames for Warehouses to approved drawings. Columns, roof beams, braces and connection sets are fabricated and marked by building grid for site assembly. The package supports logistics warehouses, distribution storage and industrial stock buildings. Storage layout, vehicle circulation, doors and future extension zones are coordinated before member detailing.

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Product Description

1 Frames organized around repeatable warehouse bays

ZSJH supplies Prefabricated Steel Frames for Warehouses to approved drawings. Columns, roof beams, braces and connection sets are fabricated and marked by building grid for site assembly. The package supports logistics warehouses, distribution storage and industrial stock buildings. Storage layout, vehicle circulation, doors and future extension zones are coordinated before member detailing.

2 Layout reference and design inputs

Item	Specification
Eave height	6 m reference, customized to drawings. Confirm usable storage and equipment clearance separately.
Longitudinal grid	6 / 9 / 12 / 18 m reference options; assess with loads, access and structural design.
Span	20 m and above as a reference requirement; state both support-axis span and required clear span.
Layout example	60 m length × 24 m width, 24 m axis span, 6 m eave height and ten 6 m bays. Illustrative only.
Openings and loads	Door size/location, docks, roof dead/live loads, wind/snow and equipment/solar loads where applicable.
Members and materials	Section geometry; Q235B/Q355B or agreed project grade; separate web, flange and connection plate thicknesses.

3 Interfaces that affect warehouse use

Width on column axes equals one span or the sum of spans; clear width between inner faces can be smaller. Building length follows the bay count and grid. Keep columns and bracing coordinated with aisles, dock doors and rack clearances. Mezzanines, rack-supported structures and crane equipment require their own load and interface definitions. Roof and wall cladding are quoted separately; a fabricated frame package is not automatically a complete warehouse.

4 Frame members and coordinated connections

Item	Specification
Primary frame	Columns and roof beams with approved base, knee and ridge details.
Bracing	Designed roof/wall bracing and attachment positions; relocation requires design review.
Connections	Hole patterns, end plates, stiffeners and designed splices; identify supplied hardware separately.
Plate thickness	For example, an 8 mm web, 12 mm flange or 20 mm end plate may be recorded in a BOM. These are notation examples, not a warehouse design or standard section.

5 Fabrication and acceptance

Engineer review covers layout, loads, interfaces and transport splits, with design/calculations/BIM detailing available if needed. Manufacture follows written approval of drawings. Welding process and WPS suit the joint: submerged arc welding may be used for suitable built-up long seams, with suitable gas-shielded or shielded metal arc processes for attachments. Agree the welding code, such as AWS D1.1/D1.1M where requested, tolerances and inspection plan. Inspect geometry, holes, interfaces and required welds before surface treatment.

6 Protection and marked delivery sets

Specify preparation, coating products, DFT and color, or separately review hot-dip galvanizing. Agree material, weld, dimensional and finish records. Mark members by frame/grid reference and identify matching connection sets. Group packing by erection zone where agreed, with packing lists showing marks and quantities. Delivery sequence and temporary erection arrangements are coordinated with the site team.

7 From layout to site assembly

Storage and access brief → grid and structural review → approved detailing → material preparation and fabrication → inspection and finish → grid marking and grouped packing → shipment for site assembly.

8 Warehouse frame enquiry

Can all bays be identical?
Door, bracing and expansion bays may require different details.
Does 24 m span guarantee 24 m usable width?
Axis span and clear width differ.

9 CTA

Send ZSJH your location, drawings/BOM or layout, length/width, eave and clear heights, grid/span, door/dock locations, loads, frame sections/thicknesses, quantity, finish, inspection, packing groups and target delivery.