Steel structure warehouses feature high fire resistance and strong corrosion resistance. A steel structure storehouse mainly refers to bearing components composed of steel, including steel columns, steel beams, steel structures, and steel roof trusses. Each component is connected using welds, bolts, or rivets.

Project Cases

Frame System

Primary Framing

We offer metal building frames in several main categories: CS Clear Span, MS Multi Span, CL Classic, HS High Span, SST Single Slope, SSS Single Slope, LT Lean-To, and Custom Designs. Our primary framing acts as a single unit after assembly that will support the load of the finished structure while transferring the weight to the foundation.

• Solid Built-up I-beam main frame construction.
• High-strength plate steel.
• Submerged Arc/welded Frames.

CS CLEAR SPAN

MS MULTI SPAN

CL CLASSIC

HS HIGH SPAN

SST SINGLE SLOPE

SSS SINGLE SLOPE

LT LEAN-TO

CUSTOM DESIGNS

Secondary Frame

We provide a generous selection of secondary structural shapes, sizes, and gauges to fit your every need. Secondary structural framing includes purlins and girts (cee and zee profiles), eave struts, base angles, clips, and other miscellaneous structural parts, which support the wall and roof panels.

Zee Purlin

Eave Strut

Cee Purlin

Z Girt

Wall Secondary Structural

Girt conditions refer to the method in which horizontal girts are attached to the exterior columns of your building. The decision on which structural members to use is based on the economics of each member, the wall system used, product application, or customer choice.

Flush Girt

Inset Girt

Bypass Girt

Bracing Methods

Cable X Bracing

Wind Column

Portal Frame

Introduction to I-beam

I-Beams, also known as H-Beams, have an I or H cross-section. The horizontal elements of the "I" are flanges while the vertical element is the "web". I-Beams are commonly made of structural steel but can be formed out of aluminum. They are widely used in construction and apply to both beams and columns. We offer many different sizes, lengths, and specifications for I-beams.

I-beam Steel Production Process

Packaging, Loading & Transportation

Important Notes on Fixed Packing, Loading, Transportation & Unloading:

• For large components, a designated supervisor must manage the use of proper lifting fixtures. Strictly abide by hoisting regulations to prevent vibration, impact, deformation, or component damage.
• During loading, special supervision must check vehicle compatibility, secure the stack properly, and reinforce components to prevent shifting or loss.
• To ensure stability during transit, transport of long, wide, or high loads must be managed by trained operators and marked clearly.
• Avoid rough handling. Unloading personnel should be familiar with the weight and sizes of all components, and inspect slings and rigging to prevent accidents.
• Upon delivery to the construction site, immediately organize the unloading and stack components in designated areas.
• When utilizing crawler cranes, check the surrounding terrain and clearance to prevent crane tipping or component collisions.