Shanghai DST Sensor Co., Ltd.
021-6610 9780
sales@dstair.com
Qualité H₂ Sensor Usine
<
Qualité H₂ Sensor Usine
Qualité H₂ Sensor Usine
Qualité H₂ Sensor Usine
>

H₂ Sensor

H₂ Sensor
Lieu d'origine:Shanghai Chine
Nom de marque:Senobyte
Numéro de modèle:SSE-0613-400/SSE-0644-400
Senobyte 4H2-1000-en.pdf ↓ Senobyte 4H2-40000-en.pdf ↓
Description de produit
Detailed Specifications & Features
This product is designed to measure hydrogen (H₂) concentration. Hydrogen undergoes corresponding redox reactions at the working electrode, releasing electric charges to generate an electric current. The magnitude of the resulting current is proportional to the concentration of hydrogen. Reasons for Choosing Senobyte Electrochemical Gas Sensors 1.Domestically Independent Supply Chain, Solidifying Security Foundations and Enabling Efficient Delivery Senobyte has achieved full
Message for quick reply
Produits connexes
Qualité HCN Sensor Usine

HCN Sensor

This product is designed to measure hydrogen cyanide (HCN) concentration. Hydrogen cyanide and oxygen undergo respective redox reactions at the working electrode and counter electrode, releasing electric charges to generate an electric current. The magnitude of the resulting current is proportional ...

Qualité O₃ Sensor Usine

O₃ Sensor

This product is designed to measure ozone (O₃) concentration. Ozone and oxygen undergo respective redox reactions at the working electrode and counter electrode, releasing electric charges to generate an electric current. The magnitude of the resulting current is proportional to the concentration of ...

Qualité SiH₄ Sensor Usine

SiH₄ Sensor

This product is designed to measure silane (SiH₄) concentration. Silane and oxygen undergo respective redox reactions at the working electrode and counter electrode, releasing electric charges to generate an electric current. The magnitude of the resulting current is proportional to the concentratio...

Qualité AsH₃ Sensor Usine

AsH₃ Sensor

This product is designed to measure arsine (AsH₃) concentration. Arsine and oxygen undergo respective redox reactions at the working electrode and counter electrode, releasing electric charges to generate an electric current. The magnitude of the resulting current is proportional to the concentratio...