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联系方式
公司地址
苏州工业园区生物纳米园A4#216
联系电话
4000-520-616 / 18915418616
传真号码
0512-67156496
电子邮箱
info@ebiomall.com
公司网址
https://www.ebiomall.com
商品描述
Specifications & CoA
| TEM Diameter | Size Distribution (CV) | Example Certificate of Analysis(How do I read this?) |
|---|---|---|
| 5 nm ± 1 nm | ≤ 18% | Download Example CoA |
| 10 nm ± 2 nm | ≤ 12% | Download Example CoA |
| 20 nm ± 3 nm | ≤ 15% | Download Example CoA |
| 30 nm ± 3 nm | ≤ 15% | Download Example CoA |
| 40 nm ± 4 nm | ≤ 15% | Download Example CoA |
| 50 nm ± 4 nm | ≤ 15% | Download Example CoA |
| 60 nm ± 4 nm | ≤ 15% | Download Example CoA |
| 80 nm ± 5 nm | ≤ 15% | Download Example CoA |
| 100 nm ± 5 nm | ≤ 15% | Download Example CoA |
Note: approximate ranges below are dependent on diameter
- Hydrodynamic diameter (DLS): TEM diameter plus 2 to 12 nm
- Zeta potential: –15 to –60 mV
- pH of solution: 7.0 to 8.5
- Particle surface: sodium citrate
- Solvent: 2 mM sodium citrate solution
- Peak wavelength (λmax): 515 to 560 nm
Molarity and particle concentration table ❯
More Info & Documentation
- Purchasing Information
- Storage & Handling
- UV-Vis QC Check Excel Template for monitoring particle stability over time
- Safety Data Sheet (SDS)
nanoComposix University
- Learn more about gold nanoparticles
- Learn more about citrate
- Learn more about NanoXact
- Measuring UV-Vis for nanoparticle solutions
- FAQ
Peer-Reviewed Papers
- Gold and silver nanoparticle interactions with human proteins: Impact and implications in biocorona formation
- Programming colloidal bonding using DNA strand-displacement circuitry (Supplementary Information)
- Coagulation-Inspired Direct Fibrinogen Assay Using Plasmonic Nanoparticles Functionalized with Red Blood Cell Membranes
AUCN 5nm 10nm 15nm 20nm 30nm 40nm 50nm 60nm 80nm 100nm
开始NanoComposix的动机是我在尝试获得高质量纳米材料时遇到的挫败感。每次我从纳米材料或化学公司订购产品时，我都会花很多时间进行表征，只是要意识到形状，尺寸分布，团聚状态或化学纯度不是我所期望的。我将被迫丢弃材料，然后尝试其他供应商。这对于利用纳米材料令人兴奋的新特性的技术和产品的开发是一个耗时且完全不必要的障碍。在nanoComposix，我们为出售的每种产品提供广泛的特性数据。此外，我们多样化的科学家团队可以为集成问题提供解决方案，这是将新颖的纳米级特性应用于商业产品的主要挑战。我希望，随着人们对高度表征的纳米材料的更多访问，研究人员将能够加速利用纳米技术潜力的纳米材料研究和产品的发展。
