We handle vacuum-type heating desorption devices, which can be used in various fields!
The "Temperature Programmed Desorption (TPD) method" is a technique that has historically been used in the field of catalysis to evaluate acid and base sites. First, the temperature of the catalyst is raised to a high temperature to remove the adsorbed gases, and then NH3 or CO2 is adsorbed. By subsequently heating the catalyst again under programmed conditions, NH3 or CO2 is desorbed, and the amount of desorption is used to evaluate the acid and base sites. [Application Areas] ■ Material evaluation and process design support in the semiconductor field ■ Various thin films (water-repellent, optical, wear-resistant, photocatalytic) ■ Structural materials (glass fiber, vacuum components, ceramics) ■ Storage materials (hydrogen storage), etc. *For more details, please refer to the PDF document or feel free to contact us.
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Electronics Science Co., Ltd. is a company that shapes the analytical devices requested by our clients. We handle a variety of analytical devices, including a temperature-programmed desorption analysis device capable of clean sample heating in ultra-high vacuum from room temperature to 1400°C, high-frequency heating type temperature-programmed desorption analysis devices, and low-temperature temperature-programmed desorption hydrogen analysis devices. We also sell various consumables to users who have introduced our devices. Additionally, we accept requests for maintenance and overhauls, so please feel free to contact us.
