Nickel Titanium Alloy Superalloy Aviation Medical Military Sheet, Forgings, Tube, Bar

Customization: Available
Material: TC4 Titanium Alloy
Color: Titanium Gold

Product Description

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Basic Specifications

Model NO.
TI KS
Shape
Sheet, Bar, Tube, Plate
Surface
Sandblasting
Transport
Seawork
Origin
China
Capacity
500 Tons Per Year

Product Overview

R&D and Intelligent Manufacturing of High-End Titanium and Titanium Alloy Materials Aviation, Aerospace, Military, and Medical Applications
Product Name Industry Compliance Standard
Titanium Plate Aviation AMS4900, AMS4901, AMS4902, AMS4940, AMS4903, AMS4911, WL3.7164
Medical ASTM-F136, ASTM-F67, GB/T13810, ASTMF1295, ISO5832-3
Military MIL-T-9046, MIL-T-46077, GJB2505A, GJB2921, GB/T31910
Civilian ASTM B265, GB/T3621, GB/T3622, GB/T14845, GB/T26723
Titanium Forgings Aviation AMS4928, AMS4931, AMS4963, AMS4966, AMS4965, AMS4970
Medical ASTMF620, GB 23102-2008
Military MIL-F-83142, GJB2744, GJB2220, GJB391, GJB943
Civilian GB/T16598, GB/T25137, ASTMB381

Titanium Steel Clad Plates

Base Material Cladding Material Size Range Bonding Methods Specifications
ASTM A36 / ASME SA516 ASME SB265 Gr.1-16 L < 12000mm, W < 5000mm Explosion bonding ASTM B898, JIS G 3603
ASME SA537 / SA105 Titanium Alloys Base: 7~300mm / Clad: 1~12mm Explosion + Hot Rolling NB/T 47002.3, GB/T 8546
ASME SA350 / SA387 Titanium Alloys Custom Sizes Hot Rolled bonding DL/T 1590, GB/T 8547
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Frequently Asked Questions

What are the primary applications for your titanium materials?
Our high-end titanium and titanium alloy materials are specifically engineered for critical sectors including Aviation, Aerospace, Military defense, and Medical implant applications.
Which international standards do your products comply with?
We adhere to a wide range of global standards such as AMS (Aviation), ASTM-F (Medical), MIL-T (Military), and various GB/T and ISO specifications to ensure the highest quality.
What shapes and forms of titanium are available?
We provide titanium in various forms including Plates, Sheets, Bars, Tubes, Coils, and Forgings to meet diverse engineering requirements.
What bonding methods are used for Titanium Steel Clad Plates?
We utilize advanced bonding technologies including Explosion Bonding, Hot Rolling, and a combined Explosion + Hot Rolling process to ensure superior material integrity.
What is the annual production capacity for these materials?
Our current intelligent manufacturing facility has a production capacity of approximately 500 tons of high-end titanium materials per year.
Can you provide customized base and cladding material combinations?
Yes, we support various combinations of base materials (like ASME SA516) and cladding materials (like ASME SB265) across different thickness ranges to suit specific industrial needs.

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