滨松光子学：高性能MCP开发：RoHS指令不使用任何管制物质
滨松光子学
除了从头开始检查材料之外，我们还使用我们独特的成膜技术开发了MCP，该技术采用了原子层沉积方法（以下称为ALD *）。
微通道板：“ ALD –MCP”
欧盟的RoHS指令限制了某些有害物质的使用。
滨松光子学MCP不包含铅，铅是受管制的物质之一。
低噪声，高信号放大率的微通道板（MCP）
开发“ ALD –MCP”。
质量分析仪和扫描电子显微镜：
它可用作质量分析仪和扫描电子显微镜（SEM）的高性能MCP。
可以预期将替换现有的含铅产品。
该开发产品面向国内外分析仪和SEM制造商。
自10月1日（星期四）起，将提供评估样本。
我们计划在明年春天将其商业化。
新闻稿|滨松光电
https://www.hamamatsu.com/jp/ja/news/product_technology/2020/20200930000000.html
Hamamatsu Photonics
has developed a low noise and high gain MCP that is fully RoHS compliant and free of any restricted substances including lead.
By reviewing all materials starting from scratch and applying an ALD* (atomic layer deposition) technique,
we succeeded in creating ALD-MCPs (microchannel plates) that ensure low noise and high signal multiplication (gain) without using materials containing lead.
Eliminating lead
is great step forward because its use is restricted in the RoHS directive issued by the European Union (EU) as a hazardous substance.
The ALD-MCP
is likely to replace currently used MCPs that contain lead and will serve as a high performance MCP useful for mass spectrometers and scanning electron microscopes (SEM).
We will start supplying samples of ALD-MCP for evaluation from October 1st (Thu),
2020 aiming to sell them as commercial products next spring.
Press releases | Hamamatsu Photonics
https://www.hamamatsu.com/jp/en/news/product_technology/2020/20200930000000.html