titanium alloy plates
2. Size: Thickness 4mm–80 mm, 950≤ Width ≤ 2500 mm, Length ≤ 10000 mm, or customized
3. Standard: ASTM B265, ASTM F67, AMS 4911, ASME SB265
4.Type: Hot Rolled
5. Processing Method: Rolling, Annealing, Leveling,Pickling,Surface Finishing
6. State: Annealed
7. Surface Treatment:Polished, Machined, Acid Pickled
- Product Description
High-Performance Titanium Alloy Plates from Baoji Jucheng Titanium
Baoji Jucheng Titanium Industry Co., Ltd.makes high-quality titanium alloy plates for tough industrial uses.The company creates plates in seven approved grades (Gr1, Gr2, Gr4, Gr5, Gr7, Gr9, and Gr12) that meet standards like ASME SB265, AMS 4911, and ASTM B265.They have a large stock of 3,000 tons and more than 20 years of experience in making these products.They can produce plates with lengths up to 10,000 mm, widths up to 2500 mm, and thicknesses ranging from 4 mm to 80 mm.Every plate goes through precise rolling, annealing, and pickling in a big facility of 120,000 square meters.This facility has advanced heat treatment and non-destructive testing tools to make sure each plate has strong mechanical properties and a good surface finish.These plates are used in chemical processing, aerospace, and marine industries.
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Technical Specifications Of titanium alloy plates
Our hot-rolled plates meet rigorous international quality benchmarks through controlled manufacturing processes:
Parameter | Specification |
Grade Options | Gr1, Gr2, Gr4, Gr5 (Ti-6Al-4V), Gr7, Gr9, Gr12 |
Thickness Range | 4mm – 80mm |
Width Range | 950mm – 2500mm |
Length | Up to 10000mm (custom lengths available) |
Manufacturing Standard | ASTM B265, ASTM F67, AMS 4911, ASME SB265 |
Processing Method | Rolling, Annealing, Leveling, Pickling, Surface Finishing |
Surface Treatment | Polished, Machined, Acid Pickled |
State | Annealed (stress-relieved) |
Production Type | Hot Rolled |
Material Performance Characteristics
GR2 Commercial Pure Grade
This grade offers exceptional formability for complex fabrication projects. Tensile strength reaches 345 MPa minimum with yield strength between 275-450 MPa.
The material demonstrates approximately 20% elongation, enabling cold-forming operations. Its stable titanium oxide film provides outstanding resistance to seawater, wet chlorine, and organic acids.
GR5 High-Strength Aerospace Grade
The Ti-6Al-4V composition delivers superior mechanical properties with 895 MPa minimum tensile strength and 828 MPa yield strength. Hardness measures approximately 36 HRC.
This grade maintains structural integrity under high-frequency vibrations and rapid thermal cycling. Solution treatment and aging processes further enhance strength characteristics for critical applications.
Universal Performance Metrics
All grades exhibit density approximately 45% lighter than steel at 4.43-4.51 g/cm³. The material remains non-magnetic and biocompatible across applications.
The natural oxide layer provides self-healing corrosion protection. Low thermal expansion coefficients ensure dimensional stability across temperature variations.
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Industrial Applications
Aerospace Structural Components
Your aircraft projects benefit from plates used in bulkhead structures, wing skins, and engine firewall shields. The material withstands stratospheric temperature extremes and constant vibration without fatigue failure.
Weight reduction translates directly to fuel efficiency improvements. AMS 4911 compliance ensures traceability for flight-critical components.
Chemical and Marine Processing
Our corrosion-resistant grades are essential for offshore platform risers, desalination evaporators, and plate-and-frame heat exchangers. Where stainless steel fails, the material is resistant to pitting in oxidizing acids and stagnant seawater.
Materials that retain their integrity over decades are needed in high-pressure settings and when exposed to chloride. In subsea applications, our titanium alloy plates perform consistently.
Manufacturing of Medical Devices
Grade 23 (ELI) plates are used in maxillofacial surgery and cranial reconstruction. The elastic modulus is similar to that of human bone, which lessens the effects of stress shielding in implants.
These plates are perfect for long-term prosthesis due to their osseointegration qualities and MRI compatibility. Biocompatibility criteria are guaranteed by ISO 5832 certification.
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Manufacturing Excellence
Production Infrastructure
Our 900 million RMB Titanium Valley facility integrates melting, rolling, and precision machining under one operation. Advanced heat treatment systems maintain consistent grain structure throughout each plate.
Non-destructive testing equipment validates internal integrity. Surface finishing lines deliver specified textures from polished to pickled conditions.
Quality Assurance Framework
A dedicated inspection team monitors every production stage using documented procedures. Four invention patents and 41 utility model patents demonstrate our process innovation.
National High-Tech Enterprise status reflects our commitment to technological advancement. You receive materials backed by comprehensive mill test reports and material certifications.
Rapid Fulfillment Capability
Our 3,000-ton inventory supports immediate shipment for standard dimensions. Custom specifications enter production within streamlined lead times thanks to annual output exceeding 500 equipment sets.
Fast delivery cycles keep your projects on schedule. Supply stability comes from decades of operational continuity since 2004.

FAQ
Q: What thickness tolerances do you maintain for precision applications?
A: We hold thickness variations within ±0.1mm for plates under 10mm and ±0.5mm for thicker sections through controlled rolling and leveling processes.
Q: Can you provide material traceability documentation?
A: Yes, every shipment includes mill test certificates with heat number traceability, chemical composition analysis, and mechanical property test results per ASTM requirements.
Q: Do you offer custom alloy compositions beyond standard grades?
A: Our R&D partnerships with Northwest Nonferrous Metals Research Institute and Tsinghua University enable development of specialized compositions for unique operating conditions.
Q: What surface roughness can you achieve on machined plates?
A: Standard machined finishes reach Ra 1.6μm, with polished surfaces achieving Ra 0.4μm for applications requiring minimal friction or enhanced cleanability.
Q: How do you ensure consistent properties across large plate dimensions?
A: Uniform annealing cycles in controlled-atmosphere furnaces and multi-point mechanical testing across plate surfaces guarantee homogeneous properties throughout your ordered dimensions.
Partner with Titanium Experts
Transform your engineering challenges into competitive advantages with titanium alloy plates from Baoji Jucheng Titanium. Our technical team provides application-specific guidance and custom solutions. Contact us at s4@juchengti.com to discuss your project requirements today.


































