新产品：程序升温解吸氢分析仪
CryoTDSー100H2
导致“氢脆（延迟断裂）”
这是一款分析“扩散氢”的革命性新产品。
CryoTDS-100H2
Causes “hydrogen embrittlement (delayed fracture)”
This is a revolutionary new product that analyzes "diffusible hydrogen."
START OF CONTRACTED MEASUREMENT/SALES
合同测量/销售开始
开始新产品CryoTDS-100H2（CryoTDS minus 100H2）的合同测量/销售。我们期待您的来信。
Started contract measurement/sales of new product CryoTDS-100H2 (CryoTDS minus 100H2). We look forward to hearing from you.
Click here to contact us
ESCO | 電子科学株式会社 (escoltd.co.jp) コーポレートサイトはこちらから
Click here for the corporate website of ESCO｜電子科学株式会社
6 MAJOR FEATURES
CryoTDS-100H2（CryoTDS minus 100H2）6大特点
No other!??
测量速度快
High measurement speed
CryoTDS-100H2 (CryoTDS minus 100H2) 拥有每秒一次的检测速度。这比其他每五分钟检测一次的方法快 300 倍。通过提高加热速率，每天可以进行四次测量。
CryoTDSー100H2 boasts a detection speed of once per second. This is 300 times faster than the detection speed of once every five minutes for other methods. By increasing the heating speed, measurements can be taken four times a day.
兼容大样本
Compatible with large samples
可容纳最大 30 x 30 x 30 毫米的样品。该样品量是同类程序升温氢分析仪中最大的，并且可以处理各种样品，从而实现灵活的分析。
Can accommodate samples up to 30 x 30 x 30 mm.This sample size is among the largest for a temperature programmed hydrogen analyzer and can accommodate a wide variety of samples, allowing for flexible analysis.
测量操作简单
Easy measurement operation
CryoTDS-100H2（CryoTDS minus 100H2）是超高真空型，但不需要样品运输。将样品放置在样品加热室内的石英台上，关闭盖子，然后按下开始按钮，即可轻松开始测量。专为初学者也能轻松操作而设计。
CryoTDSー100H2 (Cryo TDS minus 100H2) is an ultra high vacuum type, but does not require sample transportation.Measurement can be started simply by placing the sample on the quartz stage in the sample heating chamber, closing the lid, and pressing the start button. It is designed to be easy to operate even for beginners.
超高真空环境下加热
Heating in ultra high vacuum environment
CryoTDS-100H2（CryoTDS minus 100H2）在超高真空环境下加热样品，因此可以直接检测样品中释放的氢气。相反，在其他方法中，样品在气体气氛中加热，因此样品和气氛气体可能发生反应并产生氢气，这可能会导致误差。在超高真空环境中加热可以实现高精度测量。
CryoTDSー100H2 heats the sample in an ultra high vacuum, so hydrogen released from the sample can be directly detected. In contrast, other methods heat the sample in a gas atmosphere, which may cause the sample to react with the atmospheric gas to produce hydrogen, which can cause errors. Heating in an ultra high vacuum environment allows for highly accurate measurements.
低温测量的可能性（正在开发中）
Possibility of low-temperature measurement (under development)
目前正在开发的低温测量功能将使得分离和检测铁晶格缺陷中捕获的氢成为可能。该功能对于私营企业来说是全球首创，属于世界顶级技术。 CryoTDS-100H2（Cryo TDS - 100H2）在超高真空环境下加热样品，可以直接检测样品中释放的氢气，因此您可以期待更准确的分析。
The low-temperature measurement function currently under development will make it possible to separate and detect hydrogen trapped in iron lattice defects. This function is the world's first for a private company, and it is also one of the world's top-level technologies. CryoTDS-100H2 heats the sample in an ultra-high vacuum environment and can directly detect the hydrogen released from the sample, so you can expect more accurate analysis.
超高灵敏度和低成本运行
Ultra-high sensitivity & low cost operation
CryoTDS-100H2 (CryoTDS minus 100H2) 的氢气检测限为 ng/g (ppb)，同时实现与其他方法相当的低成本操作。该设备非常适合希望提高效率并控制预算的企业。
CryoTDS-100H2 (CryoTDS minus 100H2) has a hydrogen detection limit of ng/g (ppb) while achieving low-cost operation comparable to other methods. This equipment is ideal for businesses looking to increase efficiency and keep their budget in check.
Examples of Analysis
CryoTDS-100H2 的分析示例（CryoTDS - 100H2）
Amazing
以化学镀镍（5μm）为样品，验证脱氢处理（真空烘烤）的释氢效果。
结果发现，残留氢的量根据脱氢处理(真空烘焙)的条件而发生很大变化。 （以每分钟10°C的升温速率测量）
Using electroless nickel plating (5μm) as a sample, we verified the effect of dehydrogenation (vacuum baking) on hydrogen release.
As a result, we found that the amount of residual hydrogen varies greatly depending on the conditions of the dehydrogenation (vacuum baking). (Measured at a heating rate of 10℃ per minute)
| 脱水素処理（真空ベーク） | 残留水素量 |
| 無し | 44ppm |
| 100°C✖️120分間 | 19ppm |
| 150°C✖️60分間 | 13ppm |
| 200°C✖️15分間 | 11ppm |
ポスターダウンロード
Download Poster
NIST 可追踪程序升温解吸氢气标准样品 解吸的氢气量使用美国国家标准与技术研究院 (NIST) 推荐的标准漏孔进行校准。经确认，该结果与使用基于日本产业技术综合研究所（AIST）国家标准的校准标准漏孔的校准结果非常吻合。
NIST-traceable temperature-programmed desorption hydrogen standard sample
The amount of desorbed hydrogen gas is calibrated using a standard leak recommended by the National Institute of Standards and Technology (NIST). It has also been confirmed that the results are in good agreement with the calibration results using a calibrated standard leak based on the national standard of the National Institute of Advanced Industrial Science and Technology (AIST).
FLOW OF APPLICATION FOR CONTRACT MEASUREMENT
委托测量申请流程
对于销售查询，请使用下面的“销售/其他查询”部分。
For sales inquiries, please use the "Sales/Other Inquiries" section below.
①询问 How to contact us
请使用下面的电子邮件表格与我们联系。一位代表将与您联系。
Please contact us using the email form below. We will contact you.
②听取请求详细信息 Hearing the request details
我们将通过访问我们的办公室、在线、电话或电子邮件与您会面讨论您的请求。
We will meet to hear your request, either by visiting us at our office, online, over the phone, or by email.
③提交报价 Submit a quote
根据会议内容，我们将提出最合适的提案。同时，我们将根据您的要求为您提供估价和时间表。基本上，您将样品发送给我们，我们代表您进行评估。
Based on the contents of the meeting, we will plan and propose the best proposal. At the same time, we will propose a quote and a schedule after the request. Basically, you send the materials to us and we will carry out the evaluation on your behalf.
④交易完成 Please submit an order form when placing your order.
下订单时请发出采购订单。当我们收到您的订单时，我们可以为您提供现场检查，并在必要时交换保密协议。
When placing an order, please submit an order form (one that can confirm your intention to place an order). If necessary, we can arrange for a site visit to our company or a confidentiality agreement to be signed in order to receive the order.
⑤进行评估 Evaluation carried out by our company
收到样品后，我们将进行评估。可以与客户见面。测试结果将在大约一周内通过电子邮件报告。
After receiving the documents, we will carry out the evaluation. We can do this in person. We will report the results of the evaluation by email in about a week.
⑥开具发票 Invoice issued
请按照事先约定的付款方式付款。请在汇款截止日期前将金额转入发票上所列的指定银行账户。
Please make payment according to the payment terms agreed upon in advance.
Please transfer the amount to the designated bank account listed on the invoice by the transfer deadline.
SALES/OTHER INQUIRY
销售/其他查询
お問い合わせはこちらから
ESCO｜電子科学株式会社
For inquiries, please contact ESCO｜電子科学株式会社
如有疑问，请点击上面的横幅。