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Real metal investment quotation
Update Time : 2020-11-03 View : 4869

Weekly average price of major physical metal investment (November 3, 2020)
name
Price unit
copper
fifty-one thousand and eight hundred
-
Yuan / ton
tungsten
Two hundred and forty-seven
-
Yuan / kg
antimony
forty-four thousand
-
Yuan / ton
tin
one hundred and forty-eight thousand and eight hundred
-Yuan / ton
nickel
one hundred and twenty-five thousand and three hundred
-Yuan / ton
cobalt
twenty-seven point eight
-10000 yuan / ton
gold
Four hundred and sixteen
-Yuan / g
silver
five thousand and three hundred
-Yuan / g
platinum
Two hundred and two
-
Yuan / g
palladium
Five hundred and sixty-six
-Yuan / g
rhodium
three thousand and five hundred
-
Yuan / g
indium
one thousand and one hundred
-
Yuan / kg
germanium
seven thousand and three hundred
-
Yuan / kg
gallium
one thousand and three hundred
-
Yuan / kg
bismuth
forty-one thousand and two hundred
-Yuan / ton
tellurium
Four hundred and forty-five
-
Yuan / kg
selenium
One hundred and twenty
-Yuan / kg
molybdenum
Two hundred and sixty-five
-Yuan / kg
rhenium
twenty-four thousand
-Yuan / kg
praseodymium
Sixty-three
-10000 yuan / ton
neodymium
Forty-four
-10000 yuan / ton
dysprosium
two thousand two hundred and sixty
-Yuan / kg
lanthanum
Twenty-nine
-10000 yuan / ton
cerium
Twenty-eight
-10000 yuan / ton
Strategic metal (Strategic rare metal): refers to a large number of metals used in military manufacturing industry, which plays an important role in national defense construction. Rare metals such as indium, germanium, gallium, tellurium, bismuth, selenium, tungsten, antimony, molybdenum, tin, cobalt, nickel and rare earth are of great strategic significance, which are indispensable for the development and consolidation of national defense construction.
Strategic rare metal value:
Rare metal elements are widely used in industry because of their excellent physical and chemical properties and electrical properties. They are called modern "industrial vitamins" because of their "small, small, refined and wide" characteristics. Rare metals are closely related to the development of modern high-tech, especially in the military field. It can be said that without them, even though the technology is advanced, it is difficult to produce advanced weapons and equipment. Rare metals are very important in military industry, civil industry and high technology.
The global reserves of indium are 1 / 10 of gold, but the current price is only 1 / 400 of gold.
Indium (in) is a rare metal with global strategic position. The reserves of indium resources in China account for more than 80% of the world. As a raw material of low melting alloy, bearing alloy, semiconductor, electric light source and so on, indium is widely used in high-tech fields such as electronic industry, aerospace, alloy manufacturing, new materials of solar cell, etc. it has an extremely important strategic position in the fields of communication, electronics and national defense. Especially in the field of CuInGaSe thin film solar cell and LED energy-saving light source, the application prospect is promising. The demand for indium is increasing at an average annual growth rate of more than 30%. And reserves can only support a few years. Indium is a rare and irreplaceable strategic metal resource. In recent years, the price of indium has dropped to a historical low point, which is seriously underestimated. With the increase of world reserves, production demand and investment, it will probably double several times.
Germanium, the global reserves are 1 / 20 of gold, but the current price is only 1 / 60 of gold.
It has a wide range of important applications in semiconductor, aerospace measurement and control, nuclear physics detection, optical fiber communication, infrared optics, solar cells, chemical catalysts, biomedicine and other fields. It is an important strategic resource. It also has the property of long-term value maintenance and appreciation.
rare earth
Rare earth is known as "gold" in industry. Because of its excellent physical properties, such as photoelectric and magnetic properties, rare earth can form a variety of new materials with different properties from other materials. Its most significant function is to greatly improve the quality and performance of other products. For example, the tactical performance of steel, aluminum alloy, magnesium alloy and titanium alloy used for manufacturing tanks, airplanes and missiles will be greatly improved. Moreover, rare earth is also the lubricant of many high-tech technologies such as electron, laser, nuclear industry, superconductor, etc. Once rare earth science and technology is used in the military, it will inevitably bring a leap forward in military science and technology. In a certain sense, the US military's collapse control in several local wars after the cold war is precisely due to its superiority in the field of rare earth science and technology. Rare earth elements have been widely used in electronics, petrochemical, metallurgy, machinery, energy, light industry, environmental protection, agriculture and other fields. Rare earth can be used to produce fluorescent materials, rare earth metal hydride battery materials, electric light source materials, permanent magnetic materials, hydrogen storage materials, catalytic materials, precision ceramic materials, laser materials, superconducting materials, magnetic cooling materials, magneto-optical storage materials, optical fiber materials, etc.
Gallium is a gray blue or silver white metal, which is used to manufacture semiconductor doped elements such as gallium nitride, gallium arsenide, gallium phosphide and germanium semiconductor. Gallium material is very important material for 4G / 5G smart phone wireless communication, optical fiber communication, automotive electronics and other fields. With the rapid development of wireless communication, optical fiber communication, automotive electronics and other fields, the demand for GaAs devices and circuits is increasing rapidly, and the demand for semi insulating GaAs is very promising.
Tellurium chemical formula te molecular weight 127.6
Tellurium is a silvery white metal. Tellurium and its compounds are used as semiconductor materials and catalysts. Ultrapure tellurium single crystal is a new type of infrared material.
Bismuth is called bismuth in foreign language, and its symbol is bi atomic weight 208.9.
Bismuth has a series of excellent characteristics, such as large specific gravity, low melting point, volume expansion and shrinkage during solidification. Especially, its non-toxic and non carcinogenic properties make it have many special uses. Bismuth is widely used in metallurgy, chemical industry, electronics, aerospace, medicine and other fields.
Selenium is a chemical formula with molecular weight of 78.9
Selenium is a kind of nonmetal. It can be used as photosensitive material, catalyst for electrolytic manganese industry, necessary nutrient elements for animals and beneficial nutrient elements for plants.
Wolfram element symbol W atomic weight 183.8
Tungsten is a silvery white and glossy metal. It can be used to manufacture guns, rocket propellers' nozzles, armour piercing bullets, metal cutting blades, drills, superhard dies and wire drawing dies. Tungsten is widely used in machinery, construction, transportation, electronics, military industry, aerospace, science and technology, and various industrial fields.
Tin

主要实物金属投资一周平均价格(2020.11.03)


名称
价格 涨跌 单位

51800
-
元/吨

247
-
元/千克

44000
-
元/吨

148800
- 元/吨

125300
- 元/吨

27.8
- 万元/吨

416
- 元/克

5300
- 元/克

202
-
元/克

566
- 元/克

3500
-
元/克

1100
-
元/千克

7300
-
元/千克

1300
-
元/千克

41200
- 元/吨

445
-
元/千克

120
- 元/千克

265
- 元/千克

24000
- 元/千克

63
- 万元/吨

44
- 万元/吨

2260
- 元/千克

29
- 万元/吨

28
- 万元/吨


战略金属(战略稀有金属):指的是大量用于军事制造工业的金属,对国防建设有着至关重要的作用。稀有金属铟、锗、镓、碲、铋、硒、钨、锑、钼、锡、钴、镍、稀土等都极具战略意义,对发展和巩固国防建设不可或缺。

战略稀有金属价值

稀有金属元素由于有优良的物理化学性能、电学性能等,在工业中用途极广,因其有“少、小、精、广”的特点,因而被称为现代“工业的维他命”。稀有金属与当代高新技术的发展关系密切,尤其在军事领域应用广泛。可以说如果缺了它们,即使技术再先进,也难以生产出先进的武器装备。稀有金属在军事工业、民用工业和高科技中都有极其重要应用。

铟,全球储量是黄金的1/10,当前价格却仅有黄金的1/400。

铟(In)是具有全球战略地位的稀有金属我国铟资源储量占全球的80%以上。铟作为低熔合金、轴承合金、半导体、电光源等的原材料,广泛应用于电子工业、航空航天、合金制造、太阳能电池新材料等高科技领域,在通讯、电子、国防等领域具有极其重要的战略地位。特别是在铜铟镓硒薄膜太阳能电池、LED节能光源领域应用前景看好。铟的需求正以年均30%以上的增长率递增。且储量仅可支撑数年。铟是具有稀缺性、不可替代性的战略金属资源,近年来铟价格已回落到历史低点,严重被低估,随着世界储备、生产需求及投资的增加,将可能翻几番的暴涨性增长趋势。

锗,全球储量是黄金的1/20当前价格却仅有黄金的1/60。

在半导体、航空航天测控、核物理探测、光纤通讯、红外光学、太阳能电池、化学催化剂、生物医学等领域都有广泛而重要的应用,是一种重要的战略资源。同样具有长期保值增值的属性。

稀土

稀土有工业“黄金”之称,由于其具有优良的光电磁等物理特性,能与其他材料组成性能各异、品种繁多的新型材料,其最显著的功能就是大幅度提高其他产品的质量和性能。比如大幅度提高用于制造坦克、飞机、导弹的钢材、铝合金、镁合金、钛合金的战术性能。而且,稀土同样是电子、激光、核工业、超导等诸多高科技的润滑剂。稀土科技一旦用于军事,必然带来军事科技的跃升。从一定意义上说,美军在冷战后几次局部战争中压倒性控制,正于稀土科技领域的超人一等。稀土元素已广泛应用于电子、石油化工、冶金、机械、能源、轻工、环境保护、农业等领域。应用稀土可生产荧光材料、稀土金属氢化物电池材料、电光源材料、永磁材料、储氢材料、催化材料、精密陶瓷材料、激光材料、超导材料、磁致冷材料、磁光存储材料、光导纤维材料等。


是灰蓝色或银白色的金属,工业用途制造半导体氮化镓、砷化镓、磷化镓、锗半导体掺杂元;镓材料应用于4G/5G智能手机无线通讯、光纤通讯、汽车电子等领域极为重要材料。随着无线通讯、光纤通讯、汽车电子等领域的高速发展,使得对砷化镓器件和电路的需求量急剧增加,半绝缘砷化镓的需求前景非常看好。


英文名tellurium 化学式Te 分子量127.6

碲为银白色的金属,碲和它的化合物应用于做半导体材料,催化剂等,超纯碲单晶是新型的红外材料。


外文名Bismuth 元素符号Bi 原子量208.9。

具有一系列的优良特性,如比重大、熔点低、凝固时体积冷胀热缩等,尤其是铋的无毒与不致癌性使铋具有很多特殊的用途。铋广泛应用于冶金、化工、电子、宇航 、医药等领域。


英文名selenium 化学式Se 分子量78.9

硒是一种非金属。可以用作光敏材料、电解锰行业催化剂、动物体必需的营养元素和植物有益的营养元素。


外文名wolfram元素符号W 原子量183.8

钨是银白色有光泽的金属,钨可以制造枪械、火箭推进器的喷嘴、穿甲弹、切削金属的刀片、钻头、超硬模具、拉丝模等,钨的用途十分广泛,机械、建筑、交通、电子、军工、航天、科技、各个工业领域。

外文名 stannum Sn 分子量118.7

锡是银白色光泽金属,锡是排列在白金,黄金及银后面的第四种贵金属,它富有光泽、无毒、不易氧化变色,具有很好的杀菌、净化、保鲜效用。生活中常用于食品保鲜、罐头内层的防腐膜等。


:英文名AntimonySb 分子量121.7

银白色有光泽硬而脆的金属,60%的锑用于生产阻燃剂,而20%的锑用于制造电池中的合金材料、滑动轴承和焊接剂。


英文名Cobalt化学式Co 分子量58.9

钴是具有光泽的钢灰色金属,比较硬而脆,有铁磁性,钴是生产耐热合金、硬质合金、防腐合金、磁性合金和各种钴盐的重要原料。


外文名Nickel 元素符号Ni 原子量58.6

镍,近似银白色、有延展性并具有铁磁性的金属,电解镍用它制造的不锈钢和各种合金钢被广泛地用于飞机、坦克、舰艇、雷达、导弹、宇宙飞船和民用工业中的机器制造、陶瓷颜料、永磁材料、电子遥控等领域。


深圳泛美在金属资源价格相对历史低位,率先开辟出除“炒股炒楼”之外的第三条靠谱投资渠道,创新推出以出厂价格投资购买精选工业流通实物战略金属(铟锗镓碲铋硒锑钴镍锌铜金银镨钕镝等稀土稀有稀贵金属),极具升价空间!支持市价回购或撮合买卖成交。


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