4×8 Feuille inoxydable

Le 4×8 tôle inoxydable (1219 × 2438 mm) is the most widely used standard size due to its:

  • Compatibility with global processing equipment
  • Efficient transportation and handling
  • Optimal material utilization

It is available across a wide thickness range and in both cold rolled and hot rolled stainless steel, making it suitable for nearly all industrial and commercial applications.

UN 4×8 tôle inoxydable refers to a standard sheet size of 4 feet × 8 feet, which equals:

  • 1219 mm × 2438 mm

This is one of the most widely used stainless steel sheet dimensions in global markets, especially in fabrication, construction, et applications industrielles. Its popularity comes from compatibility with processing equipment, transport efficiency, and minimal material waste.

Tailles courantes des tôles d'acier inoxydable

In addition to 4×8, stainless steel sheets are produced in a range of standard dimensions to meet different industrial needs.

Standard Sheet Size Table

Taille (Feet) Taille (mm) Description Utilisation courante
3 × 6 914 × 1829 Small format sheet Fabrication légère
4 × 8 1219 × 2438 Most common standard size General purpose
4 × 10 1219 × 3048 Extended length sheet Panneaux de construction
5 × 10 1524 × 3048 Large format sheet Fabrication industrielle
5 × 12 1524 × 3658 Oversized sheet Heavy equipment
6 × 12 1829 × 3658 Extra large sheet Structural applications

Common Thickness Range for 4×8 Stainless Sheets

The 4×8 format is available in both cold rolled and hot rolled stainless steel, with different thickness capabilities.

Process Type Plage d'épaisseur Typical Supply
Laminé à froid 0.3 mm – 6 mm Feuilles (4×8 le plus courant)
Laminé à chaud 3 mm – 50 mm+ Assiettes (cut to 4×8 taille)

Remarques:

  • Thin gauges (≤3mm) are almost always cold rolled
  • Thicker plates (≥3mm) are typically hot rolled and then cut to size
  • 4×8 is most common for thickness 0.5mm – 3mm

Why 4×8 is the Most Popular Stainless Sheet Size

1. Standardization in Manufacturing

Most processing machines such as:

  • Laser cutting machines
  • CNC punching systems
  • Bending machines

are designed to handle 4×8 feuilles, making it the most efficient format.

2. Transportation Efficiency

  • Fits well in containers and trucks
  • Easy to handle and stack
  • Reduces logistics cost

3. Material Utilization

  • Optimized for nesting and cutting
  • Minimizes scrap during fabrication

Coil vs Sheet Conversion

Stainless steel sheets originate from coils. Le 4×8 sheet is typically produced by cutting from coil stock.

Form Plage de largeur Longueur
Bobine 1000 – 2000 mm Continuous
Feuille (Cut) Fixed (par ex., 1219 mm) 2000 – 6000 mm

Point clé:

  • 1219 mm (4 pi) is derived from standard coil widths
  • 2438 mm (8 pi) is a commonly optimized cutting length

Tolerance and Flatness Considerations

Paramètre Laminé à froid Laminé à chaud
Tolérance d'épaisseur Haute précision (±0,10 mm) Précision inférieure (±0.20–0.30 mm)
Platitude Excellent Modéré
Surface Lisse (2B, BA) Rugueux (N°1)

Typical Applications of 4×8 Stainless Sheets

  • Architectural panels and cladding
  • Équipement de cuisine et transformation des aliments
  • Decorative metal fabrication
  • Industrial equipment covers
  • Tanks and enclosures

6Plaque d'acier inoxydable de 30 mm

6Plaque d'acier inoxydable de 30 mm

Feuilles de revêtement mural en acier inoxydable