Pre-Engineered & Prefabricated Steel Buildings

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Turnkey PEB Manufacturing

Engineered for Strength, Span & Speed

Joint Star Steel Structure Ltd. delivers heavy-duty Pre-Engineered Steel Buildings (PEB) customized for demanding industrial applications worldwide. Designed using advanced finite element analysis and structural modeling, our building frameworks optimize structural weight while providing maximum usable space and extreme durability.

From high-clearance manufacturing plants and multi-story structural frames to temperature-controlled logistics centers, each component is precision-fabricated under strict quality standards. Built-up tapered sections, cold-formed secondary members, and custom cladding integrate seamlessly to reduce site erection times by up to 50% compared to conventional concrete or structural setups.

  • Clear spans up to 60 meters
  • AISC & AWS certified fabrication
  • 15+ years engineering heritage
Heavy structural pre-engineered steel building framework assembled on site
352+Projects Built Worldwide

Column-Free Open Space

Solid-web rigid portal frames eliminate intrusive interior columns, maximizing storage volume, overhead crane pathways, and automated facility equipment integration.

Cost & Material Optimization

Engineered tapered H-beams place steel mass precisely where bending moments demand it, slashing unnecessary foundation loads and total structural tonnage expenses.

Export-Ready Prefabrication

All members are laser-cut, plasma-punched, shot-blasted, primed, and alpha-numerically tagged in our factory for rapid bolt-together assembly at overseas project destinations.

Engineering Data Sheet

Technical Specifications & Structural Parameters

Comprehensive engineering details for procurement managers, structural consultants, and civil contractors.

Component Category Design Standards & Material Specifications Technical Range & Capacity
Design Codes AISC 360, MBMA, AWS D1.1, ASTM Standards, BNBC, Eurocode compatible Wind resistance up to 260 km/h; Seismic Zone 1-4 structural design
Primary Framing ASTM A572 Grade 50 (345 MPa) or Q355B built-up tapered / uniform I-sections Clear span: up to 60m; Multi-span: unlimited width; Eave height: 4m - 18m+
Secondary Framing Cold-formed high-tensile continuous Z & C purlins, galvanized (275 g/m²) Yield strength up to 345 MPa; punched holes for precision bolted lap joints
Roof & Wall Enclosure EPS, Polyurethane (PU / PIR), or Rock Wool Sandwich Panels; PPGI profile sheets Thickness: 50mm, 75mm, 100mm, 150mm; thermal conductivity as low as 0.022 W/m·K
Crane Runway Systems Built-up crane runway beams with rail tracks, stoppers, and surge brackets Integration capacity for overhead EOT cranes from 5 Tons to 50 Tons
Bracing & Connection High-strength ASTM A325 / Grade 8.8 structural bolts; steel rod & angle cross bracing Engineered portal frame wind bracing, cable rod bracing, and pipe struts
Surface Treatment Automatic shot blasting to ISO Sa 2.5 cleanliness rating; anti-corrosive primer Epoxy zinc-rich primer + polyurethane topcoat (DFT 80-160 microns) or Hot-Dip Galv
Built For Industrial Excellence

Applications of Pre-Engineered Steel Buildings

Custom structural engineering tailored to diverse operational environments, process equipment, and climatic loads.

Heavy structural steel warehouse facility

Heavy Warehousing & Logistics

Expansive clear-span interiors, high bay heights, and integrated dock leveler framing tailored for high-density pallet racking and forklift operations.

Completed industrial manufacturing steel building

Manufacturing & Assembly Plants

Engineered structural frames supporting heavy process piping, ventilation monitors, overhead overhead cranes, and interior mezzanines.

Internal view of structural steel purlins and bracing system

Cold Storage & Food Processing

Airtight thermal building envelopes utilizing PU/PIR sandwich panels engineered to maintain zero condensation and strict thermal control.

Industrial steel shed structure with insulated roofing

Commercial & Agro Sheds

Low-maintenance steel solutions for grain storage, agro-processing, aircraft hangars, commercial retail centers, and utility workshops.

Proven Manufacturing Process

Rigorous Quality Assurance from CAD to Container

How Joint Star Steel ensures dimensional accuracy, weld integrity, and smooth on-site assembly for international orders.

Step 01

BIM & Structural Detailing

Tekla and 3D modeling detect clashes, generate precise member shop drawings, calculate bill of materials, and detail every bolted connection.

Step 02

CNC Cutting & Auto-Welding

Plates are precision-cut via CNC plasma, fitted on automated H-beam assembling machines, and welded using submerged arc welding (SAW).

Step 03

NDT & Sa 2.5 Shot Blasting

100% visual and ultrasonic non-destructive testing (NDT) of welds, followed by automated shot blasting for superior coating adhesion.

Step 04

Marking & Export Bundling

Permanent identification numbers are stamped onto every component, color-coded, bundled, and palletized to fit snugly inside standard sea containers.

Technical FAQ

Frequently Asked Questions for Project Engineers

Direct answers concerning structural engineering, global delivery, and project specifications.

What international structural design standards do your prefabricated steel buildings follow?

Our engineering design adheres strictly to American Institute of Steel Construction (AISC 360), Metal Building Manufacturers Association (MBMA), American Welding Society (AWS D1.1), and applicable local building codes including BNBC. Every calculation accounts for dead load, live load, seismic coefficients, and local wind velocity ratings up to 260 km/h.

What is the maximum clear-span distance achievable without interior support columns?

Joint Star Steel designs and fabricates rigid frame clear spans reaching up to 60 meters (200 feet) unobstructed. This ensures unrestricted machinery operation, forklift movement, logistics workflows, and internal layout versatility.

How are structural steel components prepared, marked, and packed for international shipping?

All primary and secondary members undergo surface blast cleaning to ISO Sa 2.5 standard followed by anti-corrosion primer and polyurethane epoxy topcoats. Every member is embossed with clear alpha-numeric piece marks correlating with installation shop drawings, then bundle-packed and palletized for secure 40-foot open-top or high-cube container shipping.

Can Joint Star Steel integrate overhead bridge cranes and mezzanine floors into the building design?

Yes. We engineer crane runaway girders, bracket assemblies, and heavy surge systems rated from 5 tons to over 50 tons. Mezzanine steel deck systems and heavy-load floor grating can also be fully incorporated into primary structural frames.

Request an Engineering Proposal & Structural Quotation

Connect directly with our senior structural engineers. Share your preliminary layout, eave heights, bay spacing, or crane requirements to receive a complete 3D structural proposal and optimized tonnage breakdown.

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