ASTM B265 Titanium Plate

ASTM B265 titanium plate is a high-performance industrial material known for its low density (≈50% of steel), high strength, and outstanding corrosion resistance. It is widely regarded as a "future metal" for advanced engineering applications.

Pure titanium offers excellent ductility, with elongation up to 50–60%, while titanium alloys provide significantly higher strength and hardness through controlled alloying and impurity optimization.

Oxygen, nitrogen, and carbon increase strength but reduce ductility, enabling engineered balance between strength and formability.

MATERIAL GRADES

CP Titanium: Gr1 / Gr2 / Gr3 / Gr4

Alloy Titanium: Gr5 / Gr7 / Gr9 / Gr12 / Gr23

STANDARD

ASTM B265 – Industrial Titanium Plate & Sheet Standard

PROCESSING

Hot Rolled / Cold Rolled / Annealed

SIZE RANGE

0.3 – 0.5 mm | 400–600 × 1500 mm

0.6 – 0.8 mm | 400–800 × 1200 mm

0.9 – 6.0 mm | 400–1000 × 1000–3050 mm

6.1 – 15 mm | 400–2000 × 1000–6000 mm

16 – 60 mm | 400–2800 × 1000–5600 mm

CHEMICAL COMPOSITION (SUMMARY)

Gr1–Gr4: High purity CP Titanium

Gr5 (Ti-6Al-4V): Al 5.5–6.75%, V 3.5–4.5%

Gr7: Pd-enhanced corrosion resistance

Gr9: Al-V strengthened lightweight alloy

Gr12: Mo-Ni corrosion-resistant alloy

All grades: Titanium balance

INDUSTRIAL APPLICATIONS

Petrochemical

• Reactors

• Pressure vessels

• Heat exchangers

• Condenser linings

• Separator systems

Chemical Processing

• Distillation towers

• Pumps & valves

• Chlor-alkali electrodes

• Acid-resistant linings

• Pipes & filters

Paper Industry

• Bleaching towers

• Agitators

• Reaction tanks

• Centrifugal systems

• Heat exchangers

Power & Desalination

• Seawater heat exchangers

• Condensers

• Water heaters

• High-corrosion piping

Marine Engineering

• Hull structures

• Deck systems

• Propellers & shafts

• Submarine pressure chambers

• Offshore equipment

CORE ADVANTAGES

High strength-to-weight ratio

Excellent corrosion resistance (acid + seawater)

Stable performance in extreme temperatures

Long service life in harsh environments

Superior chemical stability

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