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Research Grade Super High Purity SWCNTs | Single Walled Carbon Nanotube | SWCNTs Purity >95%, Ignited Temperature > 610度|耐高温

$ 75 / 0.25克
$ 125 / 0.5克
$ 208/1克
$ 375/2克
$ 538/3克
$ 738/5克


下图:SWCNTs涂层产品:
$ 298/1克-在水性液体中可分散的PVP涂层-干固体可分散SWCNT
$ 298/1克-含PVP的可分散在含酒精液体中-干固体可分散SWCNT
$ 298/1克-PVP涂料可分散在酯液体中-干固体可分散SWCNT


下图:SWCNTs水分散产品:
$ 380 / 30ml-1wt%的SWCNT分散在水中
$480/30ml - 1wt% SWCNTs & Ag 10nm dispersed in water - (CNTs:Ag=1:1)
$480/30ml - 1wt% SWCNTs & TiO2 Rutile 30nm dispersed in water - (CNTs:TiO2 Rutile=1:1)
$480/30ml - 1wt% SWCNTs & TiO2 Anatase 5nm dispersed in water - (CNTs:TiO2 Anatase=1:1)
$480/30ml - 1wt% SWCNTs & ZnO 18nm dispersed in water - (CNTs:ZnO=1:1)
$480/30ml - 1wt% SWCNTs & SiO2 10nm dispersed in water - (CNTs:SiO2=1:1)
$480/30ml - 1wt% SWCNTs & Al2O3 Gamma 5nm dispersed in water - (CNTs:Al2O3 Gamma=1:1)
$480/30ml - 1wt% SWCNTs & Al2O3 Alpha 80nm dispersed in water - (CNTs:Al2O3 Alpha=1:1)
$480/30ml - 1wt% SWCNTs & BN 50nm dispersed in water - (CNTs:BN=1:1)
$480/30ml - 1wt% SWCNTs & TiN 8nm dispersed in water - (CNTs:TiN=1:1)
$480/30ml - 1wt% SWCNTs & TiC 20nm dispersed in water - (CNTs:TiC=1:1)
$480/30ml - 1wt% SWCNTs & SiC 15nm dispersed in water - (CNTs:SiC=1:1)
$480/30ml - 1wt% SWCNTs & ZrC 10nm dispersed in water - (CNTs:ZrC=1:1)
$480/30ml - 1wt% SWCNTs & Si3N4 5nm dispersed in water - (CNTs:Si3N4=1:1)
$480/30ml - 1wt% SWCNTs & ZrB2 20nm dispersed in water - (CNTs:ZrB2=1:1)
$480/30ml - 1wt% SWCNTs & TiB2 20nm dispersed in water - (CNTs:TiB2=1:1)
$480/30ml - 1wt% SWCNTs & B4C 20nm dispersed in water - (CNTs:B4C=1:1)
$480/30ml - 1wt% SWCNTs & Fe3O4 8nm dispersed in water - (CNTs:Fe3O4=1:1)
$480/30ml - 1wt% SWCNTs & BaFe12O19 30nm dispersed in water - (CNTs:BaFe12O19=1:1)
$480/30ml - 1wt% SWCNTs & CoFe2O4 30nm dispersed in water - (CNTs:CoFe2O4=1:1)
$480/30ml - 1wt% SWCNTs & MnFe2O4 30nm dispersed in water - (CNTs:MnFe2O4=1:1)
$480/30ml - 1wt% SWCNTs & NiFe2O4 30nm dispersed in water - (CNTs:NiFe2O4=1:1)
$480/30ml - 1wt% SWCNTs & ZnFe2O4 30nm dispersed in water - (CNTs:ZnFe2O4=1:1)
$480/30ml - 1wt% SWCNTs & SrFe12O19 30nm dispersed in water - (CNTs:SrFe12O19=1:1)


下图:SWCNTs乙醇分散产品:
$ 480 / 30ml-1wt%的SWCNT分散在乙醇中
$580/30ml - 1wt% SWCNTs & Ag 10nm dispersed in ethanol - (CNTs:Ag=1:1)
$580/30ml - 1wt% SWCNTs & TiO2 Rutile 30nm dispersed in ethanol - (CNTs:TiO2 Rutile=1:1)
$580/30ml - 1wt% SWCNTs & TiO2 Anatase 5nm dispersed in ethanol - (CNTs:TiO2 Anatase=1:1)
$580/30ml - 1wt% SWCNTs & ZnO 18nm dispersed in ethanol - (CNTs:ZnO=1:1)
$580/30ml - 1wt% SWCNTs & SiO2 10nm dispersed in ethanol - (CNTs:SiO2=1:1)
$580/30ml - 1wt% SWCNTs & Al2O3 Gamma 5nm dispersed in ethanol - (CNTs:Al2O3 Gamma=1:1)
$580/30ml - 1wt% SWCNTs & Al2O3 Alpha 80nm dispersed in ethanol - (CNTs:Al2O3 Alpha=1:1)
$580/30ml - 1wt% SWCNTs & BN 50nm dispersed in ethanol - (CNTs:BN=1:1)
$580/30ml - 1wt% SWCNTs & TiN 8nm dispersed in ethanol - (CNTs:TiN=1:1)
$580/30ml - 1wt% SWCNTs & TiC 20nm dispersed in ethanol - (CNTs:TiC=1:1)
$580/30ml - 1wt% SWCNTs & SiC 15nm dispersed in ethanol - (CNTs:SiC=1:1)
$580/30ml - 1wt% SWCNTs & ZrC 10nm dispersed in ethanol - (CNTs:ZrC=1:1)
$580/30ml - 1wt% SWCNTs & Si3N4 5nm dispersed in ethanol - (CNTs:Si3N4=1:1)
$580/30ml - 1wt% SWCNTs & ZrB2 20nm dispersed in ethanol - (CNTs:ZrB2=1:1)
$580/30ml - 1wt% SWCNTs & TiB2 20nm dispersed in ethanol - (CNTs:TiB2=1:1)
$580/30ml - 1wt% SWCNTs & B4C 20nm dispersed in ethanol - (CNTs:B4C=1:1)
$580/30ml - 1wt% SWCNTs & Fe3O4 8nm dispersed in ethanol - (CNTs:Fe3O4=1:1)
$580/30ml - 1wt% SWCNTs & BaFe12O19 30nm dispersed in ethanol - (CNTs:BaFe12O19=1:1)
$580/30ml - 1wt% SWCNTs & CoFe2O4 30nm dispersed in ethanol - (CNTs:CoFe2O4=1:1)
$580/30ml - 1wt% SWCNTs & MnFe2O4 30nm dispersed in ethanol - (CNTs:MnFe2O4=1:1)
$580/30ml - 1wt% SWCNTs & NiFe2O4 30nm dispersed in ethanol - (CNTs:NiFe2O4=1:1)
$580/30ml - 1wt% SWCNTs & ZnFe2O4 30nm dispersed in ethanol - (CNTs:ZnFe2O4=1:1)
$580/30ml - 1wt% SWCNTs & SrFe12O19 30nm dispersed in ethanol - (CNTs:SrFe12O19=1:1)

下图:SWCNTs NMP分散产品:
$ 480 / 30ml-1wt%的SWCNT分散在NMP中

下图:SWCNTs二甲基亚砜(DMSO)分散产品:
$ 680 / 30ml-1wt%碳纳米管分散在二甲基亚砜(DMSO)

下图:SWCNT丙二醇(PG)/ 1,2-丙二醇/ 甲基乙二醇 分散产品:
$ 680 / 30ml-1wt%碳纳米管分散在丙二醇(PG)

下图:SWCNTs丙酮(酮,丙烷)分散体产品:
$ 680 / 30ml-1wt%碳纳米管分散在丙酮(酮,丙烷)

下图:SWCNTs甲苯分散体产品:
$ 680 / 30ml-1wt%碳纳米管分散在甲苯

下图:SWCNTs乙二醇(EG)分散产品:
$ 680 / 30ml-1wt%碳纳米管分散在乙二醇(EG)

下图:SWCNTs异丙醇分散产品:
$ 680 / 30ml-1wt%碳纳米管分散在异丙醇

联系我们 大量报价。 
股票#:US4101

细节:

研究级单壁碳纳米管(SWNT,SWCNT) 
纯度:碳纳米管> 96重量%
           单壁纳米管> 95重量%
OD:1-2海里
ID:0.8-1.6纳米
平均直径:1.1 nm
长度:15-50 um(TEM)
SSA:> 580米2/克(BET)
灰:< 3.0重量%
振实密度:0.14g / cm3
True density: ~2.1g/cm3
电导率:100 S / cm
导热系数:50-200 W / m.K
颜色:黑色
点火温度:610 °C
Ig/一世d > 20(拉曼)
制造方法:CVD

研究级单壁碳纳米管 应用
This product is produced by methane catalytic decomposition over co-based catalyst, then experienced deep air oxidation. There is almost no amorphous carbon in this product.  It has high ignition temperature, 610 ~ 620°C.  It can be used to make transparent conductive films and other research & industrial application.  This SWNTs-based Transparent Conductive Films can reach less than 200 ohm/sq sheet resistance with more than 80% transparency. The product is the ideal manufacturing material for CNT-based Transparent Conductive Films for the touch screen, flat panel display, OLED, and thin-film solar industries.  Compared with traditional indium tin oxide (ITO) coated films, the CNT-based transparent Conductive Films have the evidently superiority as follows: (1) More mechanical robustness for longer lifetime; (2) The broader and more color-neutral transmittance; (3) Reaching higher levels of sheet resistance without losing uniformity; (4) lower cost.

SWCNTs分析证书,%
C 有限公司 S
96.3 0.08 0.42 2.91 0.29

拉曼光谱
分析证书
安全数据表

如何分散碳纳米管: 
订购CNTs酒精分散剂-US4496
订购CNTs酯分散剂-US4497
订购CNTs分散剂-US4498      
示例-使用 US4498分散剂,用于分散CNT:
1)单层: US4498 should be 3 to 4 times of carbon tubes;
2)多壁:US4498应为0.1至 碳素管的4倍(对应直径递减)
3)  步骤1,先将US4498加入水中。第2步,当US4498完全溶于水时,然后添加CNT。步骤3,最后经过超声波处理(这需要客户'自己的经验)。  订购碳纳米管分散产品

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