タイトルまたは説明
Introduction
Titanium and its alloys are
relatively new engineering metals since they have been in use
only since about ***2. They are extremely attractive materials
for engineers because they have a high strength to weight ratio,
high elevated temperature properties to about **0°C, and
excellent corrosion resistance particularly in oxidising acids
and chloride media. This metal is being increasingly used
for marine applications. Its resistance to seawater attack
combined with its mechanical properties makes it a prime choice
for equipment operating within the sea or transferring
seawater.
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Which grade of titanium
should I choose?
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Notes
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Grade 1
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Unalloyed
Titanium..Main use in heat exchangers,
Airframes, Chemical: desalination and marine
parts: Plate-type heat exchangers: cold spun
or pressed parts : Platinised anodes: High
formability
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Grade 2
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Unalloyed Titanium.
Airframes, aircraft engines: marine chemical
parts: heat exchangers: condenser and
evaporator tubing. Good
combination of strength, formability,
ductility and weldability.
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Grade 3
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Unalloyed Titanium.
Chemical, marine, airframe and aircraft
engine parts which require formability
strength, weldability and corrosion
resistance.
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Grade 4
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The highest strength
pure unalloyed Titanium: Chemical, marine,
airframe and aircraft engine parts: surgical
implants: high speed fans: gas compressors:
Used in hydraulic and instrumentation tubing:
good formability and corrosion resistance
combined with high strength.
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Grade 5
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Titanium alloy. 6%
aluminium, 4% vanadium.:Popular alpha-beta,
medium strength alloy : Main uses - airframe
and turbine engine parts (blades, discs,
wheels, spacer rings)' ordnance equipment:
pressure vessels: rocket motor cases. Also
used for surgical appliances, implants,
pressure vessels &
airframes.
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Grade 6
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*-
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Grade 7
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Unalloyed Titanium plus
0.*2% to 0.*5% palladium. Medium
strength:Comments: Industrial alloy with
superior corrosion resistance. standard
oxygen. Good corrosion resistance in reducing
and oxidising environments.
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Grade 9
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Titanium Alpha-Beta
phase alloy including 3% aluminium and 2.5%
vanadium. High strength and corrosion
resistance. Aerospace,
petrochemical, hydraulic &
instrumentation tubing, sports and subsea
applications, pressure vessels, honeycomb
foil: Normally used in cold-worked
stress-relieved condition.
Weldable
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Grade *1
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Unalloyed Titanium plus
0.*2% to 0.*5% palladium. Low oxygen. Low
strength. Especially suitable for deep
drawing. Permissible hydrogen
content depends on form. Pd additions
increase corrosion resistance to certain
media. Corrosion resistance: Very
good Weldability:
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Grade *2
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Titanium alloy
including 0.3% molybdenum, 0.8% nickel. High
strength. Good Heat and Wear
resistance. Used for shell
and heat exchangers, hydrometallurgical
applications. industry. Good corrosion
resistance: Highly weldable.
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Grade *3
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Titanium alloy
including 0.5% nickel and 0.*5% ruthenium.
Low oxygen.
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Grade *4
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Titanium alloy
including 0.5% nickel and 0.*5% ruthenium.
Standard oxygen.
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Grade *5
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Titanium alloy
including 0.5% nickel and 0.*5% ruthenium.
Medium oxygen.
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Grade *6
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Unalloyed Titanium plus
0.*4% to 0.*8% palladium. Standard oxygen,
medium strength. Used in chemical industries
(improved corrosion
resistance).
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Grade *7
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Unalloyed Titanium plus
0.*4% to 0.*8% palladium. Low oxygen, low
strength.
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Grade *8
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Titanium alloy
including 3% aluminium, 2.5% vanadium plus
0.*4% to 0.8% palladium.
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Grade *9
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Titanium alloy
including 3% aluminium, 8% vanadium, 6%
chromium, 4% zirconium, 4%
molybdenum.
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Grade *0
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Titanium alloy
including 3% aluminium, 8% vanadium, 6%
chromium, 4% zirconium, 4% molybdenum plus
0.*4% to 0.*8% palladium.
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Grade *1
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Titanium alloy
including *5% molybdenum, 3% aluminium, 2.7%
niobium, 0.*5% silicon.
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Grade *3
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Titanium alloy
including 6% aluminium, 4% vanadium, extra
low interstitial, ELI.
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Grade *4
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Titanium alloy
including 6% aluminium, 4% vanadium plus
0.*4% to 0.*8% palladium.
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Grade *5
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Titanium alloy
including 6% aluminium, 4% vanadium plus 0.3%
to 0.6% nickel, 0.*4% to 0.*8%
palladium.
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Grade *6
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Unalloyed Titanium plus
0.*8% to 0.*4% ruthenium. Standard oxygen,
medium strength. Competitive alternative to
grade 7.
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Grade *7
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Unalloyed Titanium plus
0.*8% to 0.*4% ruthenium. Low oxygen, low
strength.
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Grade *8
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Titanium alloy
including 3% aluminium, 2.5% vanadium, plus
0.*8% to 0.*4% ruthenium. High strength with
enhanced corrosion alternative to Grade
9.
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Standard: ASTM B**8, AMS
***8Q, MIL-T***7G, ASTM F*7, ASTM F**6, ASTM F***5, ASTM
F******5.
Packing: Wooden case
as outside, plastic bag as inside.
Payment Terms:
L/C, T/T, PayPal.
Delivery time:
****0 days according to the quantity and producing process of the
product
Quality
Policy
Whether you are ordering 1kg or
**0,**0 kgs, our commitment will be the same. This commitment is
what makes JS Metal a company you can
trust. Before
products leave JS Metal, verification is required that the
product meets the customer's required specification.
Depending on the product in question, this testing may have been
completed during the processing. If it was not, however,
testing is performed before the product being shipped.
Once results are achieved, they are compared with the customer's
required specifications to insure that the product meets the
needs of the customer.
If customer required, the Third
Party Inspection is available.Such as Bao Ti Center Physical and
Chemical Test Report or Northwest Institute for Non-ferrous Metal
Research Test Report.
Delivery
Before dispatching the goods
out, we will use export wooden case to pack them. JS Metal will
send the goods to you safely and fast.on-time delivery is another
advantage of us.
About
us
Baoji Jinsheng Metal Material
Co., Ltd. is a Hi-Tech enterprise, which specializes in
researching, producing, and marketing titanium,
tungsten, molybdenum, niobium,
zirconium, nickel, tantalum and their alloys. It
is located in Baoji Hi-Tech Development Zone. The city is famous
as Titanium Valley of China.
We own manufacturing
facilities, such as vacuum arc furnace, vacuum annealing furnace,
forging machine, centerless grinding machine, drawing
straightening machine, sawing machine, CNC machine and milling
machine. The chemical composition and mechanical property
testing for the finished products are carried out by Northwest
Non-ferrous Research Institute, one of the most
authoritative institutes in China.
We have established strict
inspection from material to finished goods, equipped with a full
set testing machine, such as the ultrasonic testing
equipment, metallurgical microscope, **0KN microcomputer
control electronic multiple (tensile force) tester,
etc.
We produce varieties of nonferrous mill products and its alloys
in shape of bars, billets, sheets, plates, forged rings, discs,
anodes, wire, tube, fasteners, bolt, and nuts, according to ASTM,
GB/T, ASME, AMS, ISO, MIL, DIN and JIS standards, which are
widely applied in aerospace, electrode, geology, mine, petroleum,
chemical, medical and military industry.
We foucus on quality is the
life of our enterprise and rigidly control the quality of
products. We have passed the certification of ISO***1, ***0
International Quality Management System. Our products
have also passed the SGS detection.
Up to now, our company has
established a large number of long-term business relationships
with many foreign countries and regions, such as the US, the UK,
India, Indonesia, Brazil, Sweden, Germany and the Middle East
areas, etc. Owing to the high quality, reasonable price and our
sincere service, we have earned a good reputation at home and
abroad.
| 国: |
China |
| モデル番号: |
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| 离岸价格: |
（交渉可能）
Get Latest Price
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| ロケーション: |
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| 最低注文量の価格: |
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| 最低注文量: |
50 Kilogram |
| パッケージの詳細: |
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| 納期: |
10-30 days |
| 供給能力: |
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| 支払いタイプ: |
T/T, L/C, PayPal |
| 製品グループ : |
titanium products
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