Titanium Plates Grades, Properties, Processing and Industrial Applications

Name: Titanium Plates Grades, Properties, Processing and Industrial Applications
Brand: ROBUST
Availability: InStock

1. High Strength-to-Weight Ratio: Stronger than many steels but nearly 45% lighter.

2.Superior Corrosion Resistance: Virtually immune to salt water, chlorides, and most acids.

3.Biocompatibility: Non-toxic and non-rejected by the human body, allowing for osseointegration.

4.Extreme Temperature Range: Maintains structural integrity from cryogenic levels up to 400°C–500°C.

5.Non-Magnetic: Ideal for use in medical imaging (MRI) and sensitive electronic shielding.

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Product Description

Technical details, material information and manufacturing notes for this product.

Titanium Plate

Titanium plate is a high-strength, low-density structural material known for its exceptional corrosion resistance and biocompatibility. Titanium plates are typically produced from chemically pure titanium or specific titanium alloys (like Ti-6Al-4V) through vacuum melting, forging, and rolling processes.

Because titanium forms a stable, protective oxide layer instantly upon exposure to air, it is the premier choice for environments ranging from deep-sea exploration to human bone replacement.

Titanium plate processing technology：

Cutting: Waterjet cutting is the preferred method because it does not create a Heat Affected Zone (HAZ). Plasma cutting can be used but requires significant edge grinding afterward to remove contaminated metal.

Welding: Large plates require multi-pass welding. Maintaining a perfect Argon gas shield (purging) is essential to prevent the weld from becoming brittle.

Machining: Because plates are often used as "blanks," they are frequently milled down. This produces a high volume of titanium "chips," which are flammable and must be managed carefully.

1. Common Grades & Specifications

Buyers select titanium grades based on the balance between "Formability" (Pure Grades) and "Mechanical Strength" (Alloyed Grades).

Grade	Type	Composition	ASTM Standard	Primary Use Case
Grade 1	CP (Pure)	Low Oxygen	ASTM B265	Deep drawing, heat exchangers (highest ductility)
Grade 2	CP (Pure)	Standard Oxygen	ASTM B265	Chemical processing, desalination (most common)
Grade 5	Alloy	Ti-6Al-4V	ASTM B265 / F136	Aerospace components, surgical implants
Grade 7	Alloy	Ti-0.2Pd	ASTM B265	Extreme acidic environments (Palladium enhanced)
Grade 23	Alloy	Ti-6Al-4V ELI	ASTM F136	Medical staples, orthopedic pins (extra-low interstitials)

2. Available Product Forms & Dimensions

Titanium plates are processed via hot-rolling or cold-rolling and are often supplied in annealed condition to relieve internal stress.

Product Form	Typical Thickness	Typical Dimensions	Common Finish
Thin Sheet	0.5 mm to 4.0 mm	1000 mm x 2000 mm	Cold Rolled, Pickled, or Bright
Medium Plate	4.1 mm to 20 mm	2000 mm x 6000 mm	Hot Rolled, Sandblasted
Thick Plate	20 mm to 100 mm	Custom Cut-to-size	Machined or Forged Surface
Perforated Plate	1 mm to 5 mm	Per Blueprint	Waterjet Cut / Punched

3. Physical Properties

Grade	Density (g/cm3)	Tensile Strength (MPa)	Yield Strength (MPa)	Elongation (%)
Grade 1	4.51	240	170	24%
Grade 2	4.51	345	275	20%
Grade 5	4.43	895	825	10%
Grade 23	4.43	860	795	10%