NanoAmor公司成立于2001年9月,位于美国新墨西哥州洛斯阿拉莫斯,生产和研发先进的纳米材料。
Nanostructured & Amorphous Materials Inc. (NanoAmor) was founded in Los Alamos, New Mexico, USA, in September 2001. We are a leading nanomaterials company, involved in all aspects of the business: manufacturing, research and development, processing, supplying and marketing of nanostructured materials and their dispersions.
NanoAmor公司能提供 1 nm 至 100 nm 的纳米颗粒材料, 0.1 um to 5 um 的超细纳米材料。
产品结构:
Spherical or near-spherical 球形或近球形颗粒
Nanotubes 碳纳米管
Nanowires, nanowhiskers, and nanorods 纳米线,纳米晶和纳米棒
Nanodiscs and nanoflakes 纳米盘 和纳米片
Doped or alloyed 复合材料和合金
Surface functionalized 表面官能团
产品材料:
Elements: metals, rare-earth metals, carbon, graphite, diamond, silicon, boron, and germanium.
元素:金属,稀土金属,碳,石墨,金刚石,硅,硼,和锗。
Carbon Nanotubes: single-, double- and multi-walled; short length or networks; bare or functionalized, high surface area carbon particles/tubes (1,000 m2 /g, 2,000 m2 /g, & 3,000 m2 /g).
碳纳米管:单,双,多壁 ; 短长或网络 ; 裸露或功能化,高表面积的碳粒子 / 管( 1000 平方米 / 克, 2000 平方米 / 克,与 3000 平方米 / 克)。
Compounds: carbides, nitrides, borides, sulfides, phosphides, and fluorides.
化合物:碳化物,氮化物,硼化物,硫化物,磷化物,和氟化物。
Oxides: single-metal, multi-metal, rare-earth, doped, and surface-modified.
氧化物:单金属,多金属,稀有稀土,掺杂,表面改性。
Semiconductors: silicon, boron, germanium, III-V, II-VI compounds.
半导体:硅,硼,锗, III - V 族, II - VI 族化合物。
Battery Materials: additives (based on carbon nanotubes) and various oxides.
电池材料:添加剂(基于碳纳米管)及各种氧化物。
Polishing medias: Al2 O3 , CeO2 , MgO, SiO2 , SiC, and diamond.
抛光媒体:氧化铝,氧化铈,氧化镁,二氧化硅,碳化硅,和钻石。
Magnetic Materials: Co, Ni, Fe and their oxides; ferrites.
磁性材料:钴,镍,铁及其氧化物 ; 铁氧体。
Dispersions: carbon nanotubes, metals, and oxides.
分散剂:碳纳米管,金属和氧化物。
产品目录
Ag
1.5-2.5 um
90-210 nm
35 nm
30-50 nm (w/PVP)
30-50 nm (w/Oleic acid)
80 nm (w/PVP)
20 nm (w/PVP)
(0.08-0.5)x(8-10)2 um3 (flaky)
(0.08-0.5)x(5-8)2 um3 (flaky)
(0.08-0.5)x(2-4)2 um3 (flaky)
20-80 nm (flaky)
Al
80 nm, 99.9+%
18 nm
Au
50-100 nm, 99.99+%
< 100 nm, 99.5+%
C(Activated Carbon)
100 nm
C (Diamond)
4-25 nm, 52-65%
6 nm, 98%
3-5 nm, 95%
3-6 nm, 97%
C (Graphite)
400 nm
Co
28 nm
28 nm, carbon coated
Cr
50 nm, 99.5%
Cu
500 nm, 99%
78 nm, 99.8%
25 nm
25 nm, carbon coated
Fe
100-250 nm, 98+%
Mo
70 nm
Ni
30-50 nm
20 nm
20 nm, carbon coated
Si
50-70 nm, 98+%
30-50 nm, 98+%
20-30 nm, 98+%
130 nm, 99.5%
Ti
30-50 nm
W
40-60 nm
Zn
130 nm
100 nm
80 nm
AlN
70-80 nm
BN
137 nm, hexagonal
0.6~~1.2 um, hexagonal
SiC
50-60 nm, beta
45-55 nm, beta
10 nm, beta
15 nm, amorphous
Si3 N4
15-30 nm, amorphous
TiB2
2-12 um
20-30nm
TiC
80-130 nm, 98%
40 nm, 99%
TiN
20 nm, 97+%
WC
500 nm, 99.5%
WC/Co
8wt% Co, 60-250 nm
YbF3 (40-80 nm)
ZrC (30-60 nm, 97+%)
Single-Metal
Oxides
(continued)
Al2 O3
alpha, 200 nm
alpha, 150 nm
alpha, 27-43 nm
gamma, 20-30 nm
gamma, 20nm
gamma, 10nm
Al(OH)3 (50nm)
B2 O3 (40-80 nm, 98%)
CeO2
50-105 nm, 99.9%
15-30 nm, 99.9%
CoO (25 nm, 99.5%)
Co3 O4
50-80 nm
10-30 nm
Cr2 O3 (60 nm)
CuO (30-50 nm)
Dy2 O3
55 nm, 99.9%
30 nm, 99.9%
25x225 nm, 99.9%
Er2 O3
41-53 nm, 99.9%
43 nm, 99.9%
20-30 nm, 99.9%
Eu2 O3
58 nm, 99.995%
45-58 nm, 99.99%
30-50 nm, 99.99%
Fe2 O3
alpha, ~~100 x 400 nm
alpha, 20-60 nm
gamma, 20-30 nm
Fe3 O4
20-30 nm, 98%
15-20 nm, 99.5%
FeOOH (~~100 x 700 nm)
Gd2 O3
20-80 nm, 99.9%
15-30 nm, 99.9%
HfO2 (200 nm)
In2 O3
30-50 nm, 99.99%
In(OH)3 (20-70 nm)
La2 O3 (15-30 nm, 99.99%)
MgO
100 nm
20 nm
Mg(OH)2 (15 nm)
MoO3 (100 nm)
Mn3 O4 (30-60 nm)
Nd2 O3
83 nm, 99.9%
49-64 nm, 99.9%
15-30 nm, 99.9%
NiO
100 nm
Pr6 O11
15-30 nm, 99.9%
SiO2
80 nm
20 nm
15 nm
Sm2 O3
42-55 nm, 99.9%
15-30 nm, 99.9%
SnO2
61 nm
Tb4 O7 (46-60 nm)
TiO2
anatase, 15 nm
anatase, 10-30 nm
anatase(89%)/rutile(11%)
rutile, 10x40 nm
WO3
30-70 nm
60-120 nm
Y2 O3
32-36 nm, 99.9%
20-40 nm, 99.99%
20-40 nm, 99.995%
ZnO
90-200 nm
20 nm
ZrO2
Pure ZrO2 (20 nm)
+3%Y2 O3 (20-30 nm)
+3%Y2 O3 (40nm)
+8%Y2 O3 (200-300 nm)
+8%Y2 O3 (20-30 nm)
+8%CaO (20-30 nm)
Spherical or near-spherical;Nanotubes;碳纳米管;Nanowires; nanowhiskers;纳米线;纳米晶;纳米棒;Nanodiscs;nanoflakes;纳米盘;纳米片;Doped;alloyed;复合材料;Surface functionalized;表面官能团