Alloys
alloys作主语 -回复
alloys作主语-回复1. What are alloys?Alloys are metallic substances that are composed of two or more elements, including at least one metal. They are used extensively in various industries due to their unique combination of properties, such as strength, corrosion resistance, and high melting points. Alloys can be tailored to meet specific application requirements by adjusting their composition and processing methods.2. How are alloys formed?Alloys are formed through the process of alloying, which involves combining molten metals or mixing metal powders. The metals used in alloys can vary widely, including copper, aluminum, iron, nickel, titanium, and many others. They can also containnon-metals, such as carbon and silicon. The desired elements are melted or mixed together in precise proportions to achieve the desired alloy composition.3. What are the types of alloys?There are several types of alloys, each with its own unique properties and applications. Some of the common types of alloys include:- Steel: A combination of iron and carbon, steel is one of the most widely used alloys. It is known for its strength, durability, and versatility.- Bronze: Bronze is an alloy of copper and tin, known for its excellent wear resistance and corrosion resistance. It is commonly used in art, statues, and musical instruments.- Brass: Brass is an alloy of copper and zinc. It is valued for its superior machinability, decorative appeal, and acoustic properties. It is commonly used in plumbing fittings and musical instruments. - Stainless steel: Stainless steel is an alloy of iron, chromium, and nickel. It is famous for its exceptional corrosion resistance and strength. It is extensively used in kitchen appliances, cutlery, and construction materials.- Aluminum alloys: Aluminum alloys consist of aluminum as the primary metal, with other elements such as copper, manganese, and magnesium. These alloys are lightweight, corrosion-resistant and are widely used in aerospace, automotive, and construction industries.4. How are alloys used in various industries?Alloys play a crucial role in various industries due to their widerange of desirable properties. Here are some examples of how alloys are used in different sectors:- Automotive industry: Alloy wheels are extensively used in cars due to their lightweight and high strength, which improves vehicle performance and fuel efficiency. Additionally, alloy steels are used in engine parts, chassis, and suspension systems for their enhanced strength and durability.- Aerospace industry: Aluminum alloys, titanium alloys, and nickel-based alloys are commonly used in the aerospace industry due to their high strength-to-weight ratios, corrosion resistance, and ability to withstand extreme temperature variations.- Construction industry: Steel alloys, particularly reinforced steel bars, are used in construction for their exceptional strength and durability. Aluminum alloys are also used for their lightweight properties in various building components.- Electronics industry: Alloys are frequently used in electronic components and circuits. For example, solder alloys are used to join electronic components, while specific alloys with unique electrical and magnetic properties are used in semiconductors and magnetic devices.- Medical industry: Titanium and its alloys are commonly used inmedical implants and surgical instruments due to their biocompatibility, high strength, and corrosion resistance.In conclusion, alloys are versatile materials that have revolutionized various industries. Their unique properties and wide range of applications make them essential for everyday life. From transportation to construction and electronics, alloys are the backbone of modern technological advancements.。
stl材料成分
stl材料成分
STL是stellite alloys的简称，中文译作司太立合金。
司太立合金是一种能耐各种类型磨损和腐蚀以及高温氧化的硬质合金，通常所说的钴铬钨（钼）合金或钴基合金。
司太立合金主要由钴作为主要成分，还含有镍、铬、钨和少量的钼、铌、钽、钛、镧等合金元素，偶而也还含有铁。
根据合金中成分不同，它们可以制成焊丝、粉末用于硬面堆焊、热喷涂、喷焊等工艺，也可以制成铸锻件和粉末冶金件。
司太立合金具有高的尺寸稳定性、耐磨、耐蚀、抗氧化和硫化能力，在870℃以下因高的热硬性使合金具有高的磨损抗力。
可广泛用于密封环、耐磨衬垫、金属铸模和热挤压模、蒸气和化学阀座、轧辊、热炉部件和燃烧器喷嘴等。
铜合金牌号 all-alloys
99.90 99.90
(4)
0.044
(8)
0.02 0.02
99.90
(4)
0.085
C11000*
Electrolytic Tough Pitch ETP
(1)(10)
99.90
active
C11010*
Remelted High Conducivity RHC
(1)(10)
(4)
99.90
active
Oxygen-Free Copper OFXLP
(1)
(4)(5)
99.95
0.001
0.005
active
C10400*
Oxygen-Free with Ag OFS
(1)
(3)(4)
(6)
99.95
0.027
0.0010
active
C10500*
Oxygen-Free with Ag OFS
(1)
Ag
Max%
As
Min% Max% Min%
B
Max% Min%
O
Max%
Sb
Min% Max% Min%
Te
Max%
Elements Min% Max%
Status
C11400*
Tough Pitch with Ag STP
(1)(10)
(4)
(7)
99.90
0.034
active
C11500*
Tough Pitch with Ag STP
(4) (17) (23)
99.88
0.004
0.054
0.012
0.003
有色金属合金 英语
有色金属合金英语English Answer:Non-ferrous metal alloys are metallic materials formed by combining two or more non-ferrous metals. They are typically characterized by their strength, corrosion resistance, ductility, and electrical and thermal conductivity. Non-ferrous metal alloys are widely used in various industries, including automotive, aerospace, electronics, and construction. Some common types of non-ferrous metal alloys include:1. Aluminum Alloys: Aluminum alloys are lightweight and strong, making them ideal for use in aircraft, automobiles, and construction. They are also corrosion-resistant and can be easily fabricated and recycled.2. Copper Alloys: Copper alloys, such as brass and bronze, are known for their high electrical and thermal conductivity. They are often used in electrical wiring,plumbing, and heat exchangers.3. Nickel Alloys: Nickel alloys are highly corrosion-resistant and can withstand extreme temperatures. They are used in chemical processing equipment, aerospace components, and marine applications.4. Titanium Alloys: Titanium alloys are strong, lightweight, and corrosion-resistant. They are used in aerospace, medical implants, and chemical processing equipment.5. Zinc Alloys: Zinc alloys are corrosion-resistant and can be easily cast and formed. They are used in die-casting, galvanizing, and as a sacrificial anode.Non-ferrous metal alloys offer a range of propertiesand characteristics that make them suitable for a wide variety of applications. Their combination of strength, corrosion resistance, and electrical and thermalconductivity makes them essential materials in modern industries.中文回答：有色金属合金是由两种或多种有色金属组合而成的金属材料。
软磁合金技术标准
软磁合金技术标准Soft Magnetic Alloy Technical Standards软磁合金技术标准Soft magnetic alloys are a type of ferromagnetic materials that exhibit low coercivity and high magnetic permeability.软磁合金是一种具有低矫顽力和高磁导率的铁磁性材料。
These alloys are widely used in various applications such as transformers, inductors, sensors, and magnetic recording devices due to their excellent magnetic properties.由于其出色的磁性能，这些合金在变压器、电感器、传感器和磁记录装置等各种应用中得到了广泛应用。
The technical standards for soft magnetic alloys specify the requirements for chemical composition, mechanical properties, magnetic properties, and other related aspects.软磁合金的技术标准规定了化学成分、机械性能、磁性能以及其他相关方面的要求。
Firstly, the chemical composition of soft magnetic alloys should meet certain specified limits to ensure consistent magnetic performance.首先，软磁合金的化学成分应满足一定的规定范围，以确保一致的磁性能。
The alloy composition typically includes iron as the main element, along with other additives such as nickel, cobalt, aluminum, silicon,and phosphorus to enhance specific magnetic properties.合金成分通常以铁为主要元素，并添加其他元素如镍、钴、铝、硅和磷，以增强特定的磁性能。
铜合金术语
铜及铜合金术语Copper and copper alloys—terms and definitions1、主题内容和适用规范本标准规定了铜及铜合金材料、未加工产品、加工产品、铸件、加工和处理方法的术语和定义。
本标准适用于铜及铜合金。
2、材料materials2.1一般术语general terms2.1.1合金alloys ：由基体金属元素和合金元素组成并含有杂质的金属物质。
2.1.2基体金属元素basic metallic element：合金中质量占支配地位的元素。
2.1.3合金元素alloying element ：为使金属具有某些特性，加入基体金属或残留在合金中的金属元素或非金属元素。
2.1.4杂质impurity：并非有意加入或残留在金属中的金属元素或非金属元素。
2.1.5加工（变形）合金wrought a lloy ：主要用于热、冷塑性变形制造加工产品的合金。
2.1.6铸造合金casting alloy ：主要用于生产铸件的合金。
2.1.7中间合金master alloy：作为添加料加入熔融金属中，用于调解或控制化学成分的合金。
2.1.8可热处理（强化）合金heat-treatable alloy ：通过适当的热处理可以被强化的合金。
2.1.9不可热处理（强化）合金non-heat-treatable alloy ：只能用冷加工强化，实质上不能通过热处理强化的合金。
2.2未精炼铜unrefined copper2.2.1冰铜copper matte ：主要由硫化亚铜和硫化亚铁组成的中间产品。
2.2.2黑铜black copper：通常用鼓风炉熔炼废杂铜或（和）氧化铜矿石而产生的含杂质较多的铜，铜含量一般为60%--85% 。
2.2.3粗铜（泡铜）blister copper ：用转炉吹炼冰铜而产生的纯度不高的铜，粗铜中铜含量一般为98%。
2.2.4沉淀铜cement copper：通常用铁从含铜的水溶液中置换、沉淀而获得的铜和氧化铜的不纯混合物，按干量计算铜含量一般为50%--85% 。
Introduction to Metals and Alloys
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brass英 [brɑ:s] 美 [bræ s]
n.黄铜；铜管乐器；钱；黄铜饰品
bronze英 [brɒnz]
美 [brɑ:nz] n.青铜；铜牌adj.深红棕色的，青铜色的；vt.镀青铜于 vi.变成青铜色，被晒黑
duralumin英 [djʊə'ræ ljʊmɪn美 [dju:'ræ lju:mɪn]
Unit 7 Introduction to Metals and Alloys
第七组
查单词：赵莹 翻译：陆文斌 王海洋 ppt：王盼 李文婷 讲述：胡钟月
Conductivity
The electrical and thermal conductivity of metal originate from the fact that in the metallic bond , the outer electrons of the metal atoms form a gas of nearly free electrons , moving as an electron gas in a background of positive charge formed by the ion cores . thermal 英 [ˈθ ɜ:ml] 美 [ˈθ ɜ:rml] adj.热的， 保热的； n. 上升的暖气流 originate 英 [əˈr ɪdʒɪneɪt] 美 [əˈr ɪdʒəˈnet] vt.引起；创 始；开始，发生；发明 metallic 英 [məˈt æ lɪk] 美 [məˈt æ lɪk] adj.金 属的；金属性的；含金属的 core 英 [kɔ:(r)] 美 [kɔr, kor] n.中心，核心， 精髓；果核；地核； 磁心
Stellite_Alloys_司太立合金使用手册
Selection Table
Resistance Low Satisfactory Very Good Excellent
ALLOY Stellite™ Deloro™ Tribaloy™ Nistelle™ Delcrome™ Stelcar™ Jet Kote™
MECHANICAL WEAR
CORo welding consumables, Kennametal Stellite also offers its expertise and experience in coating services in the form of HVOF (HighVelocity Oxy Fuel) coatings and weld hardfacings. In the UK and in Shanghai, hardfaced components can be manufactured complete to drawing by in-house machine shops.
ALLOYS HARDFACING ALLOYS
Hardfacing Alloys
Kennametal Stellite is a global provider of solutions to wear, heat, and corrosion problems and is a world-class manufacturer of alloybased materials and components. These consumables come in the form of rod, wire, powder, and electrode and can be custom engineered to meet individual customer needs.
钴基合金用于骨架的牙齿材料
钴基合金用于骨架的牙齿材料Cobalt-based alloys have been widely used in dentistry as skeletal materials for prosthetic constructions. These alloys provide excellent mechanical properties, corrosion resistance, and biocompatibility, making them ideal for dental applications. Dentists and dental technicians often choose cobalt-based alloys for their dental implants and crowns due to their durability and ease of use.钴基合金在牙科领域被广泛用作假牙骨架材料。
这些合金具有优异的力学性能、耐腐蚀性和生物相容性，因此非常适合牙科应用。
牙科医生和技术人员经常选择钴基合金作为牙种植体和冠的材料，因为它们具有耐用性和易用性。
The use of cobalt-based alloys in dentistry has revolutionized thefield by providing a reliable and long-lasting solution for patients in need of dental prosthetics. These alloys are known for their strength and resistance to wear, making them a popular choice among dental professionals. Patients can trust that their cobalt-based dental prosthetics will provide them with the functionality they need for years to come.在牙科领域使用钴基合金为需要假牙的患者提供了可靠且持久的解决方案，彻底改变了牙科行业。
Biomedical applications of titanium alloys
Biomedical applications of titaniumalloys钛合金在生物医学应用中的应用钛合金是一种非常有用的材料，因为它具有很高的强度和良好的耐腐蚀性，这使得它在医学和牙科领域中得到了广泛的应用。
目前，钛合金已被广泛用于骨科和牙科植入物，心脏起搏器，眼镜和耳机等医疗设备。
在这篇文章中，我们将深入探讨钛合金在生物医学应用中的应用。
一、骨科植入物钛合金被广泛应用于骨科植入物制造中，因为它与骨骼组织的相容性很高。
由于钛合金与口腔和骨骼组织相容性良好，所以这种材料可以用于制造牙齿植入物和相关牙科手术器具。
可以帮助恢复牙齿的功能和美观。
此外，钛合金也可以用于制造人工关节组件，如人工膝盖和人工髋关节等，这些设备可以极大地改善关节疾病的症状。
二、心脏起搏器和心脏瓣膜钛合金还被广泛应用于制造心脏起搏器和人工心脏瓣膜等医疗设备。
钛合金的耐腐蚀性很高，这使得它不会被身体内的液体和化学物质影响，从而延长了这些设备的服务寿命。
此外，钛合金还具有良好的生物相容性，可以减少对人体的不良影响。
这就使得钛合金成为制造医疗设备的理想材料。
三、眼镜和耳机由于其高强度和轻质性能，钛合金被广泛用于制造眼镜和耳机等健康设备。
钛合金制造的眼镜和耳机比传统的设备更轻，这使得它们更加舒适，而且更加坚固和持久。
四、其他医疗应用除了上述应用之外，钛合金在其他医学领域也有广泛的应用。
例如在口腔和颌骨整形手术中用于制造手术器具。
另外，在医学领域，钛合金也被用于制造听力植入物和其他人工器官等医疗设备，帮助促进病人的健康和康复。
总之，钛合金在生物医学应用中的应用是非常广泛，因为它具有许多有益的性质，如强度、耐腐蚀性和生物相容性等。
它的好处使得钛合金成为现代医疗设备和器具的理想选择。
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AlloysMetal Samples is not a raw materials manufacturer or distributor.Aluminum & Aluminum AlloysUNS Material Density(g/cm3)UNS Material Density(g/cm3)A03190Al 319 2.79A92090Al 2090 -A03191Al 319.1-A92219Al 2219 -A03192Al 319.2-A93003Al 3003 2.73 A03330Al 333-A93004Al 3004 -A03331Al 333.1 2.70A94043Al 4043 -A03550Al 355 2.71A95005Al 5005 2.70 A03552Al 355.2 2.68A95050Al 5050 2.69 A03561Al 356.1 -A95052Al 5052 2.68 A03562Al 356.2 2.68A95083Al 5083 2.66 A03600Al 360-A95086Al 5086 2.65 A03800Al 380-A95154Al 5154 2.66 A03900Al 390 -A95182Al 5182-A04432Al 443.2 -A95254Al 5254-A05142Al 514.2 -A95257Al 5257 -A05352Al 535.2 -A95454Al 5454 2.68 A07720Al 772.0-A95456Al 5456 2.66 A91100Al 1100 2.71 A95652Al 5652 -A91145Al 1145 -A96061Al 6061 2.70 A92011Al 2011 2.82 A96063Al 6063 2.70 A92014Al 2014 2.80 A97039Al 7039-A92017Al 2017 -A97050Al 7050 -A92024Al 2024 2.77 A97075Al 7075 2.80-Al 2024ALCLAD --Al 7075ALCLAD-A92036Al 2036 -A97178Al 7178 2.82Copper & Copper AlloysUNS Material Density(g/cm3)UNS Material Density(g/cm3)C10100CDA 101 OFE8.89 C36500CDA 365-C10200CDA 102 OFE8.89 C44300CDA 443 AdmiraltyBrass8.52C10300CDA 103 8.89C46400CDA 464 NavalBrass8.41C11000CDA 110 ETP8.89 C48500CDA 485 LeadedNaval Br.8.44C11400CDA 114 STP8.91C51000CDA 510 Phos.Bronze8.86 C12200CDA 122 DHP8.94 C51900CDA 519-C15100CDA 151-C52100CDA 521-C17200CDA 172 8.23C61000CDA 610-C17300CDA 173-C61300CDA 6138.50 C18200CDA 182-C61400CDA 614 Al BronzeD8.45 C19400CDA 194 HSM8.78C62300CDA 623-C19500CDA 195-C62400CDA 624-C22000CDA 220 Com.Bronze8.80C62500CDA 625-C23000CDA 230 RedBrass 8.75C63000CDA 630 Ni AlBronze7.58C26000CDA 260 CartridgeBrass8.53 C63200CDA 632-C26800CDA 268 YellowBrass8.47 C64200CDA 642 Al Bronze7.69 C27200CDA 272-C65100CDA 651-C27400CDA 274-C65500CDA 655 HighSilicon8.52C28000CDA 280 MuntzMetal8.39 C67300CDA 673-C31600CDA 316 LeadedBronze8.83C67400CDA 674-C33000CDA 330-C67500CDA 675 MnBronze A8.63 C34500CDA 345-C68700CDA 687 Al Brass8.33Copper & Copper AlloysUNS Material Density(g/cm3)UNS Material Density(g/cm3)C35300CDA 353-C70600CDA 7068.94C36000CDA 360 FCBrass8.49 C71000CDA 710 (80/20)8.94 C71500CDA 715 (70/30)8.94 C90500CDA 9058.73 C72200CDA 722-C90700CDA 907-C75200CDA 752-C91600CDA 916-C83600CDA 8368.80C92200CDA 9228.64 C83800CDA 838-C92700CDA 9278.80 C84400CDA 844-C93200CDA 9328.91 C84500CDA 845-C93700CDA 9378.95 C85200CDA 852-C94400CDA 944-C85400CDA 854 LeadedYellow8.45C95300CDA 953-C85700CDA 857-C95400CDA 954 AlBronze 9L7.45 C86200CDA 862-C95500CDA 9558.20C86300CDA 863 MnBronze7.70C95800CDA 9588.80 C86400CDA 864-C96200CDA 9628.94 C87500CDA 875-C96400CDA 9648.94C90300CDA 903 TinBronze8.80C97800CDA 9788.86Carbon & Alloy SteelsUNS Material Density(g/cm3)UNS Material Density(g/cm3)G10050C1005-G12144C12L14-G10080C10087.85G12150C1215-G10090C1009--C15830-G10100C1010 Mild Steel7.87G41300C41307.85 G10150C1015 Mild Steel7.87-C4130X7.85 G10180C1018 Mild Steel7.87-C4130MOD-G10200C1020 Mild Steel7.87G41400C41407.85 G10260C1026 Mild Steel7.87-C4140C-G10350C1035--C4140D-G10400C1040--C41L40-G10420C1042--C41L50-G10450C10457.84G41420C4142-G10500C10507.84G41500C4150-G10600C1060--C4330V-G10740C1074-G43400C4340 Alloy Steel7.84 G10750C1075--C4340A--C1076--C4340B-G10800C1080-G52986C52100-G10950C1095-G86200C8620-G11170C1117-G86300C8630--C11L17-G87400C8740-G11370C1137-G93106C9310-G11410C1141-K01200A179-G11440C1144-K01201A192-K01800A516 Gr 55-K02303A572 Gr 50--A213 -K02400A537 CL1-K01807A214 7.86K02401A515 Gr 60-K02100A516 Gr 607.60K02504A53 Gr A7.60UNS Material Density(g/cm3)UNS Material Density(g/cm3)K02600A367.60-A694 Gr 52-K02700A516 Gr 707.60K11820A204 Gr A-K02801A285 Gr C7.60K11856A514 Gr A-K03000A500 Gr B-K12020A204 Gr B-K03005A53 Gr B7.87K12022A302 Gr B-K03006A333 Gr 6-K12023A209 T1a-K03009A350 Lf 1-K12045A541-K03101A515 G 707.60K12521A533 Gr A-K03300A455 -K12542A202 Gr B-K02707A210 Gr A1-K12766A508 Class 2-K03501A210 Gr C-K13050A350 Lf 5-K03502A181 Gr 2-K13502A508 CL1-K03506A266 CL 2-K20747A710 Gr A-K11430A588 GrA/COR-TEN B 7.60K21590A182 F22 (2 1/4Cr, 1 Mo)7.86K11510A242 Type1/COR-TEN A7.89K24728A355 Gr A-K11547A213 T2 -K31820HY80-K11572A182 F11 (1 1/4Cr, 1/2 Mo)7.86K32018A203 Gr E-K11597A213 T11-K32045HY100--A513--HY130-K11662A514 Gr D-K41545A387 F5-K11757A387 F127.87K42544A182 F5a (5 Cr,1/2 Mo)7.78 K11789A387 F11-K81340A553-K11804A656 Gr 80--A569--A606-K90941A182 F9 (9 Cr, 1Mo)7.67 -A610-N08705HP--A6117.87-HP50-UNS Material Density(g/cm3)UNS Material Density(g/cm3)K91283HP 9-4-30-S50300A182 F77.78 K92890Nimark 250-S50200A387 Gr 5--A120--Manganese Steel--A283 Gr C7.60K44220300M--A366-Coated, Plated or Special Conditioned SteelsUNS Material Density(g/cm3)UNS Material Density(g/cm3)-Aluminized Steel --Terne Steel --Chrome PlatedSteel --Tin PlatedCarbon-Steel--Galvanized Steel --Tin Plated Steel-Nickel AlloysUNS Material Density(g/cm3)UNS Material Density(g/cm3)N99645Colmonoy 45-N06004Nichrome 60 8.31 N99646Colmonoy 46-N06008Nichrome 70 -N13100IN 100 7.75-Nimonic 105-N06003Nichrome 5 --Nichrome 3228-Heat & Corrosion Resistant Steels (Including Stainless Steels)UNS Material Density(g/cm3)UNS Material Density(g/cm3)S1380013-8 PH Mo -S3*******LN-S1550015-5 PH7.80S308003088.00 S1570015-7 PH Mo7.80 S3*******L --15B30 -S309003097.98 S1740017-4 PH7.80S30908309S8.00 S1770017-7 PH7.80 S310003107.98 K1467517-22A-S3*******S7.98 K2301517-22AS-S3*******H--18SR-S316003167.85 S16100CROLOY 16-1 -S3*******L7.98 S2*******L7.94-316LM7.98 S2******* -S3*******LN -S301003017.90S31635316Ti7.98 S302003027.94S317003177.98 -302 HQ-S3*******L 7.98 S303003037.90 S3*******LM7.98 -303 (P-70) -S3*******LN7.90 S3*******Se--317LNMo7.98 S304003047.94S321003217.90 S3*******L7.94S329003297.98 S3*******H -N083303308.03 -304 .25%B-N063333338.24 -304 1%B-S347003478.03 S3*******N-S3*******-S403004037.70-406A4-S405004057.80S409004097.64 -406A1-S410004107.70 -406A2-S4*******S-Heat & Corrosion Resistant Steels (Including Stainless Steels)UNS Material Density(g/cm3)UNS Material Density(g/cm3)S416004167.70S444004447.80 S4*******-S446004467.65 S420004207.70N08904904L8.00 S4*******F--904LN-S4*******-S21460XM-14(Tenelon)-S430004307.72S38100XM-15 -S4*******Ti-S66286A-2867.90 S431004317.73S35000AM 3507.81 S4*******-S35500AM 3557.91 S430354397.64-AM 363 -S4*******A7.70-Maraging 250 -S4*******C7.70-Maraging 300-S4*******--Maraging 350-Pure MetalsUNS Material Density(g/cm3)UNS Material Density(g/cm3)M02XXX Barium B10-M2XXXX Manganese7.21/7.44 L01XXX Cadmium8.65R03XXX Molybdenum10.22R2XXXX Chromium7.19N02290Nickel8.57R30XXX Cobalt8.85R04210Niobium8.57W6XXXX Copper8.89P03980Palladium12.02P00020Gold (99.95)18.88P04995Platinum21.45R02XXX Hafnium13.10M3XXXX Silicon 2.33L04XXX Indium-P07010Silver10.50 FXXXXX Iron7.87R05XXX Tantalum16.65L50050Lead11.35L13008Tin7.30 MIXXXX Magnesium 1.74R07005Tungsten19.30R08XXX Vanadium-Z15001Zinc7.13Magnesium AlloysUNS Material Density(g/cm3)UNS Material Density(g/cm3)M10410MagnesiumAS41A -M11910MagnesiumAZ91A-M11311MagnesiumAZ31B 1.83M12330MagnesiumEZ33A--MagnesiumWE43 -M16400MagnesiumZK40A--MagnesiumZC71 -M16410MagnesiumZE41A-Reactive & Refractory MetalsUNS Material Density(g/cm3)UNS Material Density(g/cm3)-Colubium 85 -R54620Ti 6-2-2-4--Tantaloy "60" -R56401Ti 6-4ELI --Tantaloy "63" -R56260Ti 6-2-4-6--60/Ta-40/Co12.10R56400Ti Gr 5 (6 Al, 4V)4.43R03640Molybdenum(TZM)10.22R52400Ti Gr 7 4.52 R30003Elgiloy8.30 R54810Ti 8-1-1-R30035MP35N8.91-Ti Gr 9 4.52-Ti Beta 21S-R52250Ti Gr 11 4.52-Ti Di-Boride-R53400Ti Gr 12 4.43R50250Ti Gr 1 4.52R52402Ti Gr 16 4.52R50400Ti Gr 2 (cp) 4.52-Ti 15-3-3-3-R58010Ti 3-11-13 --Ti 25MO -R50700Ti Gr 4 --Ti Gr 444-R54521Ti 5-2.5 --Ti Gr 450-R56210Ti 6-2-1-1--Ti Gr 479--KBI 40 -R58640Beta C-Ti 4.82-KBI 41 --HD17Tungsten--Tribocor 532 -R60705Zirconium 705 6.51R60702Zirconium 702 6.10R60802Zircalloy II 6.56R60704Zirconium 704 6.52R60804Zircalloy IV 6.56Tool SteelsUNS Material Density(g/cm3)UNS Material Density(g/cm3)T11302M28.16T41901S1-T11304M4 -T41905S5--M35-1-T41906S6-T11342M42-T41907S7-T11350M50-T51620P20--M509-T61206L67.86 T12001T18.67T72301W1-T20811H117.75-CPM10V -T20812H12--AZ-T20813H137.79-CRB-7 -T20821H21-T20813H137.79 T30102A27.86-M73-T30106A6--Silicon Corbide -T30110A10--KZ-84 Carbide-T30402D27.76-KZ-94 Carbide -T30404 D4--Titanium Carbide -T30407D7--Tungsten-CarbideC-214.85T31501O1--Tungsten-Carbide6% NI-T31502O2--Tungsten-Carbide8% CO-T31506O6--Tungsten 2% TH-Non-MetalsUNS Material Density(g/cm3)UNS Material Density(g/cm3)ABS-Hypalon?/font>-Acetal-Kalrez?/font>-Acrylic-Kanthal A1-AD85 Ceramic -Kanthal D-Buna-N-Kel-F-Butyl Rubber -Kynar 1.75 Ceramic-Lexan 1.20 Chlorobutyl -Neoprene 1.40 Clear Vinyl-NORYL EN-265 -CPVC-Nylatron GS -Cured Rubber -Nylon-Delrin-Nylon 66-Delrin Black -Nylon 101-EPDM-42 -Penlon-EPDM-60-Phenolic-EPDM-70.86 Plexiglass-EPDM-80-Polstyrene-EthylenePropyleneTeropolymer-Polyamide-Nylon-FRP-Polycarbonate-Graphitar 14 -Polyetheretherkeytone(PEEK)-Graphite 1.91Polyethylene-Crosslink -Halar-Polyethylene-Highdensity.952Non-MetalsUNS Material Density(g/cm3)UNS Material Density(g/cm3)Polyethylene-Lowdensity.923Si C Ceramic-Polyethylene-UHMW-Si C Hexaloy-Polyprophylene.905 Silicon Lump-Polyurethane-Silicon Rubber -Polyvinylchoride(PVC)1.39Teflon?/font>2.16 Porcelain CTD-Teflon?FEP 2.15 PVCCL -Teflon?GL/F -Pyrex-Teflon?PFA 2.15 Quartz-Teflon?PTFE 2.16 Roulon-Tefzel-Rubber-Ultra High MolecularPolyethlene-Ryton-Viton?/font> 1.81 Viton?B-Viton?A-SoldersUNS Material Density(g/cm3)UNS Material Density(g/cm3)L50113 2.5 Sn/97 Pb/.5 Ag-L5503050 Sn/50 Pb8.89 L50750Calcium Sn Pb --60 Sn/40 Pb 8.42 L51120Lead (Chemical)--70 Sn/30 Pb-L52605Lead with 1% Sb--92.5 Sn/7 Pb/.5 Ag-L52901Lead with 4% Sb-P07500Silver Solder BAG1A-L53105Lead with 6% Sb-P07501Silver Solder B AG3 -L54320 5 Sn/95 Pb11.00P07720Silver Solder B AG8 -- 3 Sn/97 Pb--Anti-Friction Babbit -L5452010 Sn/90 Pb10.90-DZL Tin Babbit -L5471020 Sn/80 Pb10.20-Modine-L5482230 Sn/70 Pb Alloy C--Lead Babbit-L5491540 Sn/60 Pb9.31-Tin Babbit --ZAMAK 5 --ZAMAK 3 -。