MATERIAL DATA SHEET

Titanium Sheet (0.6mm, 0.7mm, 0.8mm, 1.0mm)

Non-Ferrous
mineral › Metallic › Non-Ferrous
titaniumgrade-2non-ferrouspremiummarine-gradearchitecturalnon-combustiblerecyclabledurablecorrosion-resistant
ATLAS CODE
MIN-MET-NF-017
Titanium Sheet (0.6mm, 0.7mm, 0.8mm, 1.0mm)
Category mineral
Material Family Metallic
Regulatory Status Non-combustible
Density
4510 kg/m³
Carbon (A1-A5)
180 kgCO₂e
Fire Class
Non-combustible
Lifespan
100+ years yrs
Description

Titanium sheet in architectural thicknesses provides unmatched longevity and performance for prestige building applications. The material forms a stable oxide layer providing complete protection against corrosion without coatings. Particularly suited to marine environments, heritage buildings, and extreme climate conditions across all Australian zones. While initial costs are substantial, whole-life value is exceptional due to minimal maintenance and complete recyclability.

Primary Sectors
[Transport & Infrastructure][Residential]
Typical Uses
  • Architectural cladding and facades
  • Marine and coastal infrastructure
  • Heritage and landmark buildings
  • Roofing for extreme environments
  • Cyclonic region construction
  • Chemical plant cladding
  • Airport and transport terminals
  • Green Star rated projects
  • Prestige residential projects
  • Public buildings and museums
Recycled Content 30
Renewable Content 0
Recyclability 100
Embodied Carbon 180 kgCO₂e
Embodied Energy 590 MJ/kg
EPD Available No
Advantages
100+ year service life expectancyComplete corrosion immunity in marine environmentsNon-combustible (BAL-FZ compliant)40% lighter than steel with equal strengthNo coatings or treatments required100% recyclable with high scrap valueSelf-healing oxide layerExcellent fatigue resistanceUV stable with no degradationLow thermal expansion reduces stress
Cautions
Very high initial material cost ($80-110 USD/kg)Limited local fabricator expertise8-16 week lead times typicalSpecialist welding equipment requiredDifficult to machine without proper toolsGalvanic corrosion risk with dissimilar metalsLimited Australian stock availabilityHigher embodied energy than steelRequires careful thermal movement designPremium fixings and accessories needed
TECHNICAL DATA: PERFORMANCE PROPERTIES MIN-MET-NF-017
Density (Dry) 4510 kg/m³
Specific Gravity 4.51
Porosity 0 %
Water Absorption 0 %
Hardness 200
Surface Roughness 0.8 μm
UV Resistance Excellent
Chemical Resistance Excellent
pH Tolerance 3-12
Compressive Strength 970 MPa
Tensile Strength 345 MPa
Flexural Strength 380 MPa
Shear Strength 280 MPa
Elastic Modulus 110000 GPa
Yield Strength 275 MPa
Impact Resistance High J/m
Bearing Capacity 620 kN/m²
Poisson's Ratio 0.34
Creep Resistance Excellent
Abrasion Resistance Good
Thermal Conductivity 16.7 W/mK
Thermal Resistance 0.06 m²K/W
Specific Heat Capacity 520 J/kgK
Thermal Expansion 8.6 μm/m·K
Melting Point 1660 °C
Optical
Light Transmittance 0 %
Light Reflectance (LRV) 65 %
Solar Reflectance (SRI) 72

Titanium was first used architecturally in the 1970s for Japanese temples and museums. The Guggenheim Museum Bilbao (1997) popularised titanium cladding globally. In Australia, titanium has been specified for select marine infrastructure and prestige projects since the 2000s. The material's use is increasing as whole-life costing becomes standard practice and sustainability metrics favour durable, recyclable materials. Recent advances in fabrication technology and recycling infrastructure (60% recycling rate globally) are improving cost-effectiveness. Australian adoption remains limited but growing, particularly for coastal and extreme environment applications where 100+ year service life justifies premium investment.

SAFETY, ECOLOGY & INSTALLATION MIN-MET-NF-017
Flame Spread Index 0
Smoke Developed Index 0
Combustibility Class Non-combustible
Fire Resistance Rating Non-combustible hours
Heat Release Rate 0 kW/m²
Toxicity of Combustion None
Embodied Carbon (A1-A3) 180 kgCO₂e/kg
Embodied Energy 590 MJ/kg
Water Footprint 120 L/kg
EPD Available No
Recycled Content 30%
Renewable Content 0%
LEED Points 4
Circular Economy Score 9 /100
Skill Level Specialist
Crew Size 3
Installation Time 4-6 m²/day hr/m²
Curing Time 0 hours
Setting Time 0 min
Temperature Range -50 to +40°C °C
Humidity Range 0-100% %
Required Tools
Titanium-rated circular saw bladesTIG welding equipment with argon shieldCarbide drill bitsNon-ferrous cutting fluidClean room environment for welding
Certifications Required
AS 1554.6 welding qualificationTitanium fabrication training
Weather Limitations
Avoid welding in high windsProtect from contamination during installation
COMMERCIAL, LOGISTICS & REGULATORY MIN-MET-NF-017
Material Cost $450-650 AUD/m²
Installation Cost $120-180 AUD/m²
Annual Maintenance $0-5 AUD/m²
Lifecycle Cost (50yr) $8-12 AUD/m²/year
Market Availability Limited
Lead Time 8-16 weeks weeks
Design Life 100+ years years
Warranty Period 25-50 years years
Maintenance Interval 10 years months
Service Temp Range -250 to +300°C °C
Freeze/Thaw Resistance Excellent
Dimensional Stability Excellent
Certifications Held
AS/NZS ISO 9001NATA material testingISO 14001 Environmental managementPotential Green Star contributionBiocompatibleFood safeNon-toxic
Fire Code Compliance
AS 1530.1 Non-combustibilityAS 3959 BAL-FZ compliantBCA C1.9 Non-combustible materials
Standards Compliance
NCC Volume 2 Part 3.7.1.2 (Non-combustible)NCC Section C Fire ResistanceAS 3678 Structural steel platesASTM B265 Grade 2ASTM B338 Heat exchanger tubesASTM B381 Titanium forgingsISO 5832-2 Medical gradeISO 22674 Metallic materialsEN 3451 Aerospace gradeEN 10204 Material certification

DISCLAIMER: This specification document is generated from the CLAD Materials Atlas Database. Information is for general guidance only and does not constitute professional engineering advice. Values are typical and may vary by batch, manufacturer, and production run. Verify suitability for specific project applications independently.

ID: MIN-MET-NF-017 Schema: v3.0