Laser Cut Titanium (Grade 2)

When you need corrosion resistance, strength, and weldability, turn to laser cut titanium grade 2 to get the job done. Titanium grade 2 is titanium in its purest commercial form, bringing elegance and and durability to every project.

Starting from $29


Corrosion Resistant

Corrosion resistant laser cut grade 2 titanium

Our grade 2 titanium is commercially pure, meaning that it is not an alloy. It’s non-magnetic, non-toxic, and non-allergenic, which has led to its increasing use in the medical field. Despite being as strong as steel, titanium is about 40 percent lighter, which, along with its resistance to erosion, makes it an essential structural metal for aerospace engineers.

Titanium is also formidable in its resistance to corrosion by both water and most chemicals. This resistance is achieved by forming a thin layer of titanium dioxide on its surface that is extremely difficult for these materials to penetrate. Ensuring that when you use it in your next project, corrosion will be the last thing on your mind.



Grade 2 titanium is often the superior choice when looking at usages that are more concerned with its corrosion resistance than the strength it offers. Able to be worked extensively and welded with ease, titanium remains a critical part of the aerospace and chemical processing industries.

We like to mention that commercially pure titanium grades do not have the same strength as their alloyed cousins. This is, of course, true for most alloys, but don’t be fooled, Grade 2 titanium is still very strong. While categorized as only moderate in overall strength for this material, it’s important to remember that it’s still very much used in high-stress applications and can get your job done.

For more strength, look at our grade 5.

Material Details

Advertised Thickness .040″ | 1.02mm
Gauge 16
Thickness Tolerance Positive .004″
Thickness Tolerance Negative .004″
Cutting Process Fiber Laser
Cut Tolerance .005″
Available Operations
Deburring No
Bending Yes
Tapping N0
Powder Coating No
Hardware No
Design Considerations
Max Part Size 46″ x 46″
Min Hole Size .020″
Min Bridge Size .020″
Min Bend Part Size
Max Bend Part Size 30″ x 30″
Min Flange Length
Die Width .472″
Effective Bend Radius @ 90° .045″
Max Bend Angle 90°
Bend Deduction @ 90° .0735″
K Factor .38
Bend Relief Depth .105
Material Composition Titanium (Ti): 98.8 – 100 Oxygen (O): 0 – 0.4 Iron (Fe): 0 – 0.2 Carbon (C): 0 – 0.1 Nickel (Ni): 0 – 0.050 Hydrogen (H): 0 – 0.015 Residuals: 0 – 0.4
Density 280 lb/ft^3
Tensile Strength (Ultimate) 56 ksi
Tensile Strength (Yield) 45 ksi
Shear Strength
Shear Modulus 5900 ksi
Fatigue Strength 29ksi
Brinell Hardness 180
Rockwell Hardness 84
Elongation at Break 17%
Elastic Modulus 15000 ksi
Poisson’s Ratio .32
Thermal Conductivity 12 BTU/h-ft-°F
Melting Point 2930 °F
Magnetic No

Common Uses

  • Aircraft structural
  • Aerospace engine parts
  • Fuel tanks
  • Ducts
  • Fasteners
  • Gears
  • Springs
  • Most anywhere steel is found
  • And so much more!

Material Charts and Guidelines

Min/Max Part Sizes


Processing Min/Max Part Sizes


Density Guidelines


Design Guidelines


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