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Steel structure car parking

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Customization Available
Sample Available
Manufacturer First
Product Attributes:
Semi-Automated Parking System
Automated Parking System
Tower Parking System
Puzzle Parking System
Level: 5-9 Levels
Parking Post: 200-399 Posts
Compatibility: Electric Vehicles
Control System: PLC Control
Installation: Outdoor
Lifting Mechanism: Hydraulic
Load Capacity: 2000kg
Operation Mode: Semi-Automatic
Safety Features: Anti-Collision Sensors
Connection Form: Bolt Connection
Construction Member: Steel Beam
Carbon Structural Steel
Molding Method: Hot-Rolled Steel
Residential Wall Structure: Wallboard
Steel Type: H-Section Steel
Structure: Steel Structure
Car Plate Recognition: Supported
Data Report Generation: Supported
Multi-language Interface: English
Parking Fee Statistics: Supported
Parking Space Navigation: Supported
Remote Monitoring: Supported
Self-service Payment: Supported
Support Reservation: Supported
Violation Record Management: Supported
Standard: ASTM
Feature: Anti-Corrosion
Manufacturing Method: Machine Welding
Color: Blue
Installation Type: Multi-Level
Material: Steel
Power Source: Electric
Suitable for: Commercial Use
Classification: Standard Spot
Style: Carport
Certification: GB
Application: Commercial
Install: Online Guidance
Level: 10-17 Levels
Level: 2-4 Levels
Parking Post: 9-24 Posts
1000 Posts & Above
Parking Post: 100-199 Posts
Parking Post: 25-99 Posts
Compatibility: SUVs
Touch Screen Control
Lifting Mechanism: Mechanical
Load Capacity: 2500kg
Operation Mode: Fully Automatic
Operation Mode: Automatic
Operation Mode: Manual
Emergency Stop Button
Fire Suppression System
Safety Features: Overload Protection
Safety Features: Anti-slip Surface
Safety Features: Safety Railings
Safety Features: Safety Sensors
Connection Form: Welded Connection
Bottom Wall Beam
Feature: Earthquake Resistance
Easy To Install
Feature: High Intensity
Feature: Recyclable
Easy to Assemble
Feature: Movable
Installation Type: Surface Mount
Installation Type: Underground
Material: Aluminum
Material: Carbon Steel
Power Source: Battery
Power Source: Solar
Suitable for: Public Parking
Suitable for: Residential Use
Certification: ISO
Certification: TUV
Certification: CE
Install: Support Installation

Sourcing guidance for Steel Structure Car Parking

What are the key technical specifications to consider when selecting a steel structure for car parking?

Buyers must prioritize Q235B or Q345B carbon structural steel for the main frame to ensure high tensile strength. The surface treatment is critical; ensure a Hot-Dip Galvanization thickness of at least 85 microns or a high-quality epoxy zinc-rich primer coating to prevent corrosion. For multi-level systems, verify the load-bearing capacity (typically >2,500kg per unit) and the motor/hydraulic system reliability if it is an automated parking solution.

Which international compliance standards should the steel structure meet?

The structure must adhere to ISO 9001 for quality management. For structural integrity, look for compliance with EN 1090 (CE marking) for the European market or ASTM standards for the Americas. If the parking system includes mechanical lifts, it must satisfy the Machinery Directive 2006/42/EC and carry relevant safety sensor certifications to prevent operational accidents.

How does the design impact the economic feasibility of the project?

Opt for modular pre-engineered designs which can reduce on-site installation time by up to 30-50%, significantly lowering labor costs. Evaluate the space utilization ratio; high-density automated systems (like PSH or PCS types) may have a higher initial cost but offer a lower cost per parking space in urban areas where land prices are high. Always request a 3D BIM model to verify fitment before production.

What are the maintenance requirements for long-term durability?

Steel structures require annual inspections for bolt tightness and signs of oxidation. Moving parts in mechanical systems should be lubricated every 3 to 6 months. A high-quality steel structure should offer a design life of 30-50 years, provided that the anti-corrosion coating is maintained and the drainage system remains clear to prevent standing water.

Cross-Border Procurement & Risk Management for Steel Structures

What are the primary risks when importing large-scale steel structures?

The biggest risks are dimensional deviations and shipping damage. To mitigate this, mandate a pre-shipment inspection (PSI) by third parties like SGS or Intertek to verify that the components match the technical drawings. Ensure the supplier uses seaworthy packaging, such as steel pallets or frames, to prevent bending during maritime transit.

How should I negotiate payment and quality assurance with suppliers?

Use a staged payment structure: 30% deposit, 60% after production/inspection, and 10% as a quality retention fund released after successful installation. For secure transactions, utilize the Star Buyer services or Secured Trading tools on Made-in-China.com to ensure your funds are protected until the supplier fulfills their contractual obligations.

What logistics and customs considerations are specific to this product?

Steel structures are heavy and bulky, often requiring 40ft HC containers or Flat Rack containers. Confirm the HS Code (typically 730890) with your customs broker to check for anti-dumping duties which apply to steel products in certain regions. Ensure the supplier provides a detailed Packing List and Assembly Manual in your local language to avoid delays at the destination port.

How can I ensure the supplier is a legitimate manufacturer and not a middleman?

Prioritize Audited Suppliers on Made-in-China.com who have undergone on-site factory verification. Request a video factory tour to see their welding robots and galvanization tanks. Check if they have previous project cases in your country or region to verify their experience with local building codes and climate conditions.

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