6al-4v titanium sheet
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
6Al-4V Titanium Sheet: High-Performance Aerospace-Grade Material
With its headquarters located in China's Titanium Valley, Baoji Jucheng Titanium Industry Co., Ltd. provides high-quality 6al-4v titanium sheet supported by more than 20 years of manufacturing experience. ASME SB265, AMS 4911, and ASTM B265 standards are met by our Grade 5 sheets.They vary in thickness from 4 to 80 mm, width from 950 to 2500 mm, and length from 10,000 mm.
With a density of 4.43 g/cm³, our sheet is 40% lighter than steel.It has a minimum yield strength of 828 MPa and a minimum tensile strength of 895 MPa.For aerospace, marine, and chemical applications that require robust corrosion resistance and good fatigue performance, we maintain 3,000 tons of stock on hand year-round to guarantee prompt delivery.
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Technical Specifications Of 6al-4v titanium sheet
Parameter | Details |
Grade | Gr5 (6Al-4V), Gr1, Gr2, Gr4, Gr7, Gr9, Gr12 |
Thickness | 4mm–80mm |
Width | 950mm–2500mm |
Length | Up to 10,000mm (customizable) |
Standard | ASTM B265, ASTM F67, AMS 4911, ASME SB265 |
Type | Hot Rolled |
State | Annealed |
Surface Treatment | Polished, Machined, Acid Pickled |
Processing Method | Rolling, Annealing, Leveling, Pickling |
Chemical Composition & Mechanical Properties
Strict elements control is maintained in our sheet: aluminum (5.5-6.75%), vanadium (3.5-4.5%), iron (<0.40%), oxygen (<0.20%), and carbon (<0.08%). Batch-to-batch mechanical performance is guaranteed by this exact mixture.
When heated, the material shows 10–14% elongation, which makes it appropriate for forming activities. Its exceptional fatigue resistance and crack propagation resistance, which are crucial elements in dynamic loading applications like airplane structural components, can help you.
Corrosion Resistance Advantages
This alloy has remarkable resistance to oxidizing acids, saltwater, chlorides, and air corrosion due to the rapid production of a stable oxide film. Our sheets are resistant to pitting in maritime settings, in contrast to stainless steel.
For the majority of industrial settings, this natural passivation does not require an extra coating. Long-term performance in offshore platforms and chemical processing equipment is dependable.
Manufacturing Excellence
Our 120,000-square-meter facility integrates rolling, heat treatment, melting, and precision finishing. Every 6al-4v titanium sheet is put through ultrasonic testing and chemical analysis using ICP-OES in conformance with ASTM E2375.
We include EN 10204 3.1 Material Test Reports with every order to ensure full traceability. Thanks to partnerships with Tsinghua University and Northwest Nonferrous Metals Research Institute, our quality control team maintains strict process controls from raw material inspection to final packaging.
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Application Solutions
Our sheets are designed by aerospace engineers for use in bulkheads and airframe skins.They are also chosen by marine designers for pressure vessel linings and heat exchanger plates.Our material is used by medical device makers for surgical tool trays that need to be sterilized.
We produce over 500 equipment sets each year, and we keep a 3,000-ton stockpile to ensure we can meet your needs, whether you require custom designs, special surface treatments, or faster delivery times.
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Frequently Asked Questions
Q: What makes Grade 5 6al-4v titanium sheet different from Grade 23?
A: Grade 23 (ELI version) offers improved ductility and fracture toughness for cryogenic applications and medical implants because to its decreased oxygen content. For structural applications, Standard Grade 5 provides the best strength-to-weight ratio.
Q: What effect does heat treatment have on performance?
A: Annealing produces strength and ductility that are balanced. Tensile characteristics are increased by 15–20% using Solution Treating and Aging (STA), although ductility is significantly reduced. We adapt heat treatment procedures to the needs of your particular application.
Q: Is it possible to reliably weld your sheets?
A: Under careful argon shielding, yes, using TIG or Plasma Arc techniques. In order to avoid ambient contamination and guarantee that the weld integrity matches the qualities of the base material, our expert team offers suggestions for welding parameters.
Q: What makes titanium superior to stainless steel?
A: You save forty percent of your weight, have better resistance to chloride, and have a greater specific strength. Higher initial material costs are frequently mitigated in lifecycle cost studies by lower maintenance and longer service life.
Q: What leads to problems with machining?
A: Chemical reactivity encourages tool adhesion (galling), but low thermal conductivity concentrates heat at cutting edges. For best results, we advise using carbide tools, lowering cutting speeds, and increasing coolant flow.
Contact Us for Custom Solutions
Our engineering team stands ready to support your project with 6al-4v titanium sheet technical specifications, material certifications, and delivery scheduling. Reach us directly at s4@juchengti.com for quotations and application consultations tailored to your industry requirements.
