Vách kim loại sóng Corten

In corten corrugated metal siding systems, tấm bên, tấm mái, and bottom panels are all made from weathering steel but serve different structural roles. Side panels focus on enclosure and stability, roof panels prioritize weather protection and lightweight design, while bottom panels provide maximum load-bearing strength. By adjusting thickness and corrugation design, corten steel can effectively meet the different performance requirements of each structural component.

Loại:

Corten corrugated metal siding refers to weathering steel corrugated sheets used in container systems, modular buildings, và kết cấu công nghiệp. In applications such as shipping containers or container-style architecture, corten steel is commonly divided into tấm bên, tấm mái, and bottom structures, each designed for different load conditions and environmental exposure.

Although all parts are made from corten steel, của họ độ dày, profile strength, and functional requirements are not the same.

1. Tấm bên (Side Corrugated Corten Steel Sheets)

Side panels are the most visible parts of a container or building structure.

Các tính năng chính

  • Medium-strength corrugated profile
  • Balanced between strength and appearance
  • Designed for vertical load distribution
  • Moderate thickness compared to bottom structure

Độ dày điển hình

  • 1.6 mm – 2.0 mm (container vận chuyển)
  • 1.5 mm – 3.0 mm (architectural use)

Main Functions

  • Provide structural enclosure
  • Resist lateral wind pressure
  • Support stacking load transfer
  • Serve as external protective shell

Đặc điểm chính

Side panels focus on overall structural stability and corrosion resistance, while also maintaining a uniform exterior appearance.

2. Tấm mái (Top Corrugated Corten Steel Sheets)

Roof panels are exposed to the most direct environmental conditions.

Các tính năng chính

  • Usually thinner than side and bottom panels
  • Designed for drainage and weather resistance
  • Corrugation optimized for rain runoff
  • Light to medium structural strength

Độ dày điển hình

  • 1.2 mm – 1.6 mm (thùng chứa)
  • 0.8 mm – 1.5 mm (architectural roofing)

Main Functions

  • Protect internal structure from rain and sunlight
  • Provide water drainage via corrugation design
  • Resist wind uplift forces
  • Maintain lightweight structure

Đặc điểm chính

Roof panels prioritize weather resistance and weight reduction, rather than heavy load bearing.

3. Bottom Panels / Kết cấu sàn (Heavy-Duty Base Steel)

The bottom section is the most critical load-bearing area in container systems.

Các tính năng chính

  • Thickest corten steel section
  • Often reinforced with structural beams
  • Designed for high impact and load resistance
  • May be combined with wooden or composite flooring

Độ dày điển hình

  • 2.0 mm – 3.0 mm (steel base sheet)
  • Additional structural support beams underneath

Main Functions

  • Support total cargo or structural weight
  • Resist forklift impact and mechanical stress
  • Provide long-term structural integrity
  • Connect with chassis or foundation systems

Đặc điểm chính

Bottom panels require the highest strength and durability, as they carry all static and dynamic loads.

Comparison Summary Table

Thành phần Function Priority Phạm vi độ dày Main Stress Type
Tấm bên Structural enclosure 1.6–2,0mm Wind + stacking load
Tấm mái Bảo vệ thời tiết 0.8–1,6 mm Cơn mưa + wind uplift
Bottom Panels Load bearing base 2.0–3.0 mm+ Heavy mechanical load

Key Differences in Design Purpose

1. Load Distribution

  • Bottom panels carry maximum structural load
  • Side panels distribute lateral forces
  • Roof panels handle tiếp xúc với môi trường

2. Thickness and Strength Design

Each section uses different thickness to balance:

  • Weight efficiency
  • Structural safety
  • Chi phí vật liệu

3. Corrosion Exposure Conditions

  • Roof panels: highest exposure to rain and UV
  • Side panels: tiếp xúc vừa phải
  • Bottom panels: lower direct exposure but higher mechanical stress

Why Corten Steel Is Suitable for All Three Parts

Corten steel is ideal for corrugated siding systems because:

  • It forms a protective rust layer outdoors
  • It has high mechanical strength
  • It performs well under alternating wet/dry conditions
  • It reduces long-term maintenance needs

This allows the same material system to be used across side, roof, and bottom structures with different thickness designs.

Tấm thép Corten

Tấm thép Corten

Tấm Corten