纳米银线使用说明书

We disperse our nanomaterials in solvent to prevent spontaneous aggregation. Several solvents are effective. Those with which we have experience are listed in the table below together with the concentrations of nanomaterials we ship in them:我们分散纳米材料的溶剂防止自发聚集。

有几个是有效的溶剂。

那些与我们的经验，在下面的表中列出了与浓度的纳米材料在我们的船：SolventSampleConcentration (mg/mL)BulkConcentration (mg/mL)Ethanol1020Isopropanol (IPA)1020Diethylene Glycol1020Water1010Terpineol510In this table, sample concentration describes orders of less than 20g of nanomaterials, whereas bulk concentration describes packaging in containers with more than 20g. We maintain nanomaterial inventory dispersed in ethanol and IPA. Shipments in other solvents may require additional lead time. If a solvent other than those suggested is desired, we can (for a fee) test its ability to prevent aggregation of our nanomaterials. We can provide nanomaterials in concentrations different from those listed above upon request.\本表，样品浓度描述数量小于20纳米材料，而大部分集中介绍了包装的容器超过20克。

我们保持纳米材料库存分散在乙醇和异丙醇。

在其他溶剂可能需要额外的时间。

如果其他溶剂比建议的需要，我们可以（收费）测试的能力，防止聚集的纳米材料。

我们可以提供不同的纳米材料在浓度从上面列出的要求。

Aside from solvent and nanomaterials, trace amounts of ethanol (1.5-4.5%) and water (0-2%) are present in all our nanomaterial solutions. Our samples are shipped in syringes, while bulk quantities of our nanomaterials are shipped in large containers. We choose our containers to minimize air content within them. This prevents our materials from drying along the container sides and aggregating.除了溶剂和纳米材料，少量乙醇（1.5 - 4.5 %）和水（0 %）是目前在所有我们的材料解决方案。

我们的样品是装在注射器，而大量纳米材料的运输在大容器。

我们选择容器内尽量减少空气含量。

这可以防止我们的材料来自干燥沿着容器的两侧和聚集。

Storage Nanomaterials should be stored at room temperature in the solvent provided. The container should be closed to prevent solvent evaporation, and air within the container minimized to prevent drying of wires along container sides and subsequent aggregation. The shelf life of our materials at room temperature is over one year.存储材料可以在室温下存放在溶剂提供。

容器应关闭防止溶剂蒸发，并在容器内的空气减少，防止干燥线沿容器和随后聚集。

货架寿命的材料在室温下是超过一年。

Suggestions for Ink Formulation Blue Nano silver nanowire solutions contain very small amounts of polyvinylpyrrolidone (PVP). Prior to using our nanomaterials, test compatibility of the desired binder with PVP and with the solvent in which nanomaterials are to be shipped. This can be done by mixing the binder with solvent or PVP and observing the turbidity in the mixture. If the mixture remains clear, the binder and solvent/PVP are compatible. Powdered binders tend to be more compatible with PVP than liquid ones.建议油墨配方蓝纳米银纳米线的解决方案包含非常少量的聚乙烯吡咯烷酮（术）。

之前使用纳米材料的相容性，测试所需的粘结剂与聚乙烯吡咯烷酮和溶剂中，纳米材料被运。

这可以通过混合的粘合剂和溶剂或聚乙烯吡咯烷酮和观察浊度的混合物。

如果混合物仍然清晰，粘合剂和溶剂/聚乙烯吡咯烷酮兼容。

粉状粘合剂往往更兼容而不液态的。

To disperse nanomaterials in the binder, shake nanowire container lightly, add to binder, and disperse with a magnetic stirrer at ~200 rpm until no clumps are visible or 30 minutes. If clumping persists after 30 minutes stirring, sonicate mixture for up to 30 seconds (use as little sonication as possible). Sonication for longer times may result in fracturing our materials. If clumping remains following 30 seconds of sonication, please contact us.分散在纳米材料的粘结剂，轻轻摇纳米容器，添加粘结剂和分散，用磁力搅拌器~ 200转，直到没有团块可见或30分钟。

如果聚集后持续30分钟，超声粉碎混合物多达30秒（只使用超声作为可能的）。

超声更长的时间可能导致压裂材料。

如果丛生保持30秒以下的超声波，请联系我们。

Desired concentration of our nanomaterials in your ink will depend on your coating method and application. For conductive applications, a formulation between 0.2 and 0.5% nanomaterials by weight is usually sufficient. We suggest starting with a formulation of 0.5% nanomaterials by weight.所需浓度的纳米材料在油墨将取决于您的涂层的方法及应用。

导电的应用，制定之间的0.2和0.5%纳米材料的重量通常是足够的。

我们建议开始与一个配方的0.5%纳米材料的重量。

Coating and Drying Our nanomaterials can be coated by inkjet, screen printing, spin coating, and slot dye coating. Coating density will depend on your application. For conductive and antimicrobial applications, we suggest starting with coating densities of 0.05-0.1 g/m2 and 0.06 g/m2, respectively. Higher coating densities will result in greater conductivity and antimicrobial activity, but will reduce transparency and increase haze.喷涂与干燥纳米材料涂层可以通过喷墨，丝网印刷，纺织涂层，和槽的染料涂层。

涂层密度，将取决于您的应用。

导电和抗生素的应用，我们建议开始与涂层密度0.05 - 0.1克/平方米和0.06克/平方米，分别。

更高的涂层密度将导致更大的导电性和抗菌活性，但降低了透明度，增加霾。

We recommend drying in an oven to prevent spontaneous aggregation during the drying process. For our alcohol solvents, drying above 120oC for 30 minutes is likely to be successful in preventing aggregation. Do not allow to evaporate naturally.我们建议在烘箱干燥防止自发聚集在干燥过程。