Modern Light Steel Structure Prefabricated Steel Structure Warehouse In Poland

1. Project Overview Location: Industrial zone in Central Poland, near major transportation hubs (e.g., Warsaw or Łódź) for logistical efficiency. Purpose: Serve as a storage and distribution hub for the manufacturing sector, with potential for light assembly activities. Structure: Prefabricated steel design ensuring rapid deployment, scalability, and adaptability to future needs.

 

Hot Sale Modern Light Steel Hot Sale Structure Prefabricated Steel Structure Warehouse In Poland

Prefabricated Steel Structure Warehouse Project Description in Poland

1. Project Overview

• Location: Industrial zone in Central Poland, near major transportation hubs (e.g., Warsaw or Łódź) for logistical efficiency.

• Purpose: Serve as a storage and distribution hub for the manufacturing sector, with potential for light assembly activities.

• Structure: Prefabricated steel design ensuring rapid deployment, scalability, and adaptability to future needs.

2. Scope of Work

• Site Preparation: Land clearing, grading, and drainage systems.

• Foundation: Reinforced concrete slab tailored to local soil conditions.

• Steel Structure: Erection of high-quality, corrosion-resistant steel frames (ASTM A572 Grade 50) using modular components.

• Cladding & Roofing: Galvalume panels for durability; insulated sandwich panels for energy efficiency.

• Interior: Office spaces, LED lighting, fire-resistant partitions, and HVAC systems.

• Utilities: Electrical systems, plumbing, and wastewater management compliant with EU standards.

• Landscaping: Perimeter fencing, parking areas, and green zones with native vegetation.

3. Design & Engineering

• Compliance: Adherence to Polish Building Law (Prawa Budowlanego) and EU EN 1090 standards.

• Sustainability: Energy-efficient insulation (PIR/PUR panels), solar-ready roofing, and rainwater harvesting systems. Targeting BREEAM certification.

• Safety: Fire-resistant materials, automated sprinklers, and emergency exits. Wind and snow load calculations per Polish climatic data.

• Flexibility: Column-free interiors and modular design for future expansion.

4. Materials & Technology

• Steel: High-strength, galvanized steel components fabricated off-site for precision.

• Insulation: 100mm thick sandwich panels (U-value ≤0.25 W/m²K) for thermal efficiency.

• Roofing: Anti-corrosive, UV-resistant panels with a 25-year warranty.

5. Project Timeline (Phases)

• Phase 1 (1-2 Months): Site assessment, geotechnical surveys, and design approvals.

• Phase 2 (3-4 Months): Foundation and utility groundwork.

• Phase 3 (2-3 Months): Erection of steel structure and cladding.

• Phase 4 (1-2 Months): Interior fit-out, landscaping, and final inspections.

• Total Duration: 8-11 months.

6. Key Stakeholders

• Client: International logistics company.

• Contractors: Local Polish construction firms with expertise in steel structures.

• Consultants: EU-certified architects and engineers.

• Authorities: Municipal offices for permits, environmental agencies, and fire safety inspectors.

7. Challenges & Solutions

• Weather: Schedule critical outdoor work during April–September; use frost-resistant concrete.

• Regulatory Compliance: Engage local legal experts to navigate permits and environmental regulations.

• Supply Chain: Partner with established EU-based steel suppliers to mitigate delays.

8. Benefits

• Cost-Effective: Reduced labor and construction time (30% faster than traditional methods).

• Durability: Long lifespan with minimal maintenance; resistant to pests and fire.

• Eco-Friendly: Recyclable materials, reduced carbon footprint, and energy-saving design.