Economic High Rising Steel Building Steel Structure Office Construction

Customization: Available
After-sales Service: Online Technical Support / Onsite Installation
Install: Support Installation

Product Description

Basic Specifications
Model NO.
JY112
Mobility
Fixed
Tolerance
1%
Life Span
50 Years
Delivery Time
30-60 Days
Surface Treatment
Painted/Hot Galvanised
Material Type
H-Section / High-Strength Steel
Certificate
ISO9001/SGS
Connection
Bolt Connection
Origin
China
Company Overview

Established in 2020, our specialized team delivers high-quality integrated services for steel structure design, manufacturing, and construction. Our core management and technical team bring over 16 years of industry expertise, ensuring end-to-end professional control from design to project execution.

Steel Structure Construction
Global Certifications
Certification 1
Certification 2
Certification 3
Certification 4
Certification 5
Certification 6
Core Competitiveness
🏗️ 1. Robust Infrastructure
  • Registered capital of 10 million RMB with two modern workshops spanning 50,000 square meters.
  • Annual production capacity exceeding 50,000 tons.
  • Equipped with laser cutting, CNC planar drilling, and H-beam welding-straightening integrated systems.
💡 2. Technology-Driven Innovation
  • Technical center with 18 structural design specialists and 200+ skilled technicians.
  • Intelligent manufacturing utilizing BIM modeling technology for millimeter-level accuracy.
  • Grade II Steel Structure Engineering Contracting Qualification.
🌍 3. Global Compliance
  • Compliant with ISO 9001 (Quality), ISO 14001 (Environment), and ISO 45001 (Safety).
  • Certified by AISC (U.S.) and CE (EN) for international regulatory adherence.
Technical Parameters
Parameter Specifications
Span RangeSingle span: 12-48m (Max up to 60m for large spaces).
Eave Height6-30 meters (Customizable).
Steel MaterialMain: Q355B high-strength low-alloy; Secondary: Q235B.
Design LoadsWind load: 0.45-0.8 kN/m²; Crane support: 5-50 tons.
Seismic Performance8-degree seismic fortification (0.3g PGA).
Corrosion ProtectionShot blasting (Sa2.5), epoxy zinc-rich primer + fluorocarbon topcoat.
Project Case Photos
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Logistics & Packaging
📦 Strapping & Securing

H-shaped steel components are bound with galvanized steel strips (width ≥32mm) with EPE buffer pads. Ultra-long components (≥12m) are fixed by "well" shaped steel frames to prevent deformation during transit.

🚢 Maritime Management
Cargo Type Recommended Solution Advantages
Full Container (FCL)Ship ≥20 tons in dedicated containersMinimal damage, faster clearance
LCL ConsolidationCombine smaller loads (<20 tons)Cost-effective for small projects
Oversized CargoDeck barges for components >30mGPS tracking for special dimensions
Frequently Asked Questions
Q1: What materials are used for the primary steel structure?

A: We primarily use Q355B high-strength low-alloy steel for the main frame members, which complies with international GB/T 1591 standards for durability and safety.

Q2: How do you ensure the precision of the steel components?

A: We utilize advanced CNC planar drilling, laser cutting, and robot welding combined with BIM modeling technology to ensure assembly accuracy at the millimeter level.

Q3: What is the typical lifespan of your steel buildings?

A: Our steel structures are designed for a 50-year lifespan, supported by high-grade anti-corrosion treatments like shot blasting and epoxy zinc-rich coatings.

Q4: Can these structures withstand extreme weather conditions?

A: Yes, our designs are optimized for regional wind loads (up to 0.8 kN/m²) and seismic fortification (8-degree rating), ensuring stability in diverse environments.

Q5: How long does the construction process take?

A: Thanks to modular prefabrication and bolted assembly, our systems can reduce construction time by up to 40%. For a 5,000 sqm factory, main installation typically takes less than 15 days.

Q6: Do you provide design optimization for cost savings?

A: Absolutely. We offer free load analysis and structural modeling using software like SAP2000 and Tekla to optimize steel usage, often saving 10%-15% in material costs.

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