Shake Style Metal Panel Dimensions, Profile Geometry, Steel Gauges, and Production Specifications
Shake Style Metal Panel Dimensions, Profile Geometry and Specifications
The Shake Style Metal Panel is a decorative metal roofing profile designed to replicate the appearance of traditional wood shake roofing while providing the durability, lightweight structure, and long service life of metal roofing systems.
Shake style metal panels reproduce the textured appearance of cedar shake roofing but eliminate many of the problems associated with natural wood such as rot, fire risk, and frequent maintenance.
These panels are widely used in:
• residential housing developments
• mountain homes and cabins
• luxury villas
• resorts and lodges
• architectural roofing projects
• coastal and high-wind environments
Shake style metal panels are typically manufactured using roll forming machines or press forming systems that shape coated steel or aluminum sheets into textured shake patterns.
This guide provides a detailed technical overview of shake style metal panel dimensions, profile geometry, steel gauges, coil width requirements, and manufacturing specifications used by roofing manufacturers and construction professionals.
What is a Shake Style Metal Panel
A shake style metal panel is a metal roofing sheet designed to imitate traditional wooden shake roofing.
Unlike natural cedar shakes which are installed individually, metal shake panels are manufactured as modular panels or long sheets, allowing faster installation and improved structural performance.
Key characteristics include:
• textured shake appearance
• modular or panel design
• interlocking panel edges
• lightweight metal construction
• high wind resistance
These panels provide the aesthetic of wood roofing while offering the durability of metal.
Standard Shake Style Metal Panel Dimensions
Shake style metal panels are typically manufactured as modular roofing panels containing multiple shake shapes.
Typical panel dimensions include:
Specification
Typical Measurement
Panel Length
1200 – 1350 mm
Panel Width
350 – 420 mm
Effective Coverage Width
300 – 370 mm
Shake Height
20 – 35 mm
Panel Thickness
0.35 – 0.50 mm
Coverage width refers to the installed panel width after panel joints are interlocked.
Shake Profile Geometry
Shake style panels replicate the irregular texture and appearance of natural cedar shakes.
Typical profile characteristics include:
• textured shake surface
• stepped shake rows
• interlocking side seams
• concealed fastener system
Typical profile geometry includes:
Feature
Measurement
Shake height
20 – 35 mm
Shake width
150 – 250 mm
Row spacing
250 – 350 mm
Rib depth
15 – 30 mm
The textured surface improves visual realism and architectural appeal.
Steel Gauge Range for Shake Style Panels
Shake style metal panels are typically manufactured using light to medium steel gauges.
Typical thickness ranges include:
Gauge
Thickness
Typical Application
29 gauge
0.35 mm
Residential roofing
27 gauge
0.40 mm
Standard housing
26 gauge
0.45 mm
Premium roofing
24 gauge
0.60 mm
Heavy-duty roofing
Thicker steel provides improved durability and impact resistance.
Coil Width Requirements
Steel coil must be slit to the correct width before forming.
Typical coil widths include:
Panel Coverage
Coil Width
300 mm coverage
350 – 380 mm coil
350 mm coverage
400 – 430 mm coil
370 mm coverage
420 – 450 mm coil
Extra material is required for forming panel seams and shake patterns.
Materials Used for Shake Style Panels
Shake style metal panels are manufactured using corrosion-resistant coated metals.
Common materials include:
Pre-painted galvanized steel
Galvalume steel
Aluminum
Stone coated steel
Stone coated metal shake panels are commonly used for premium architectural roofing.
Surface Coatings and Finishes
Shake style panels are available in a variety of finishes designed to replicate natural wood.
Typical finishes include:
• textured paint coatings
• PVDF coatings
• stone-coated finishes
• wood grain coatings
These finishes improve durability and architectural realism.
Industries Using Shake Style Metal Panels
Shake style metal panels are widely used in architectural and residential construction.
Typical applications include:
Residential homes
Mountain cabins
Luxury villas
Hotels and resorts
Architectural roofing projects
These panels provide the appearance of cedar shake roofing with modern durability.
Manufacturing Machinery
Shake style metal panels are produced using specialized forming equipment.
Typical machinery includes:
Steel coil uncoiler
Shake profile roll forming machine
Hydraulic cutting system
Panel stacking system
Stone coating equipment (for stone coated panels)
Some shake panels are press formed rather than continuously roll formed.
Installation Characteristics
Shake style metal panels are installed using modular interlocking systems.
Installation advantages include:
• concealed fasteners
• improved wind resistance
• lightweight roofing system
• reduced structural load
Panels are typically installed on roofing battens or decking.
Common Manufacturing Problems
Manufacturing issues can occur if forming equipment is not properly calibrated.
Common problems include:
uneven shake patterns
panel distortion
coating damage
improper seam formation
Precision tooling ensures consistent panel production.
Frequently Asked Questions
What is a shake style metal panel?
A shake style metal panel is a metal roofing sheet designed to replicate traditional cedar shake roofing.
What thickness steel is used for shake style panels?
Typical thickness ranges between 0.35 mm and 0.60 mm steel.
What size are shake style metal roofing panels?
Typical panel dimensions are approximately 1200–1350 mm long and 350–420 mm wide.
What materials are used for shake style panels?
Common materials include pre-painted steel, galvalume steel, aluminum, and stone coated steel.
Where are shake style metal panels used?
They are widely used in residential homes, mountain cabins, resorts, and architectural roofing systems.
Conclusion
Shake style metal panels provide the natural appearance of traditional cedar shake roofing while offering the durability, lightweight construction, and weather resistance of metal roofing systems.
Understanding shake style metal panel dimensions, profile geometry, steel gauges, coil width requirements, and production specifications is essential for roofing manufacturers, engineers, and construction professionals.
Specialized forming equipment allows manufacturers to produce shake style metal roofing systems that combine architectural appearance with long-term performance and durability.