Processus de décapage des tubes de quartz
The quartz tube pickling process is a common surface treatment method primarily used to remove oxides and impurities from the surface of quartz tubes, enhancing... Lire la suite.
Méthodes de déshydroxylation pour les tubes de quartz
Quartz tubes are materials widely used in scientific research and industrial production. They are characterized by high purity and excellent physical and chemical... Lire la suite.
Groupes hydroxyles dans les tubes de quartz
Hydroxyl in Quartz Glass Hydroxyl dissolved in quartz glass is known as hydroxyl. Hydroxyl is the main impurity in quartz glass, and the primary factors affecting... Lire la suite.
Mode d'emploi du système de tubes de quartz gonflables scellés sous vide
Preparation: Before starting the sealing process, carefully check the instrument for any malfunctions. Ensure all seal valves are closed, and check if the acetylene... Lire la suite.
Applications du verre de quartz dans diverses industries
Quartz Glass for Discharge Tubes Transparent quartz glass is extensively used in various light sources such as mercury lamps, ultra-high pressure mercury lamps,... Lire la suite.
Normes de qualité des minéraux bruts des tubes de quartz et analyse des indicateurs clés
Quartz Tube Raw Mineral Quality Standards The quality standards for raw minerals used in quartz tube drawing include the following aspects: Chemical Composition:... Lire la suite.
Comprendre l'indice de réfraction des tubes de quartz
Quartz tubes are a common type of optical instrument extensively used in scientific, industrial, and medical fields. The refractive index is a crucial parameter... Lire la suite.
Tubes chauffants à quartz : principes et construction
Quartz heating tubes are widely recognized heating elements in both industrial and scientific settings. Let’s explore the principles and design that underpin their... Lire la suite.
La température de fonctionnement maximale des tubes de quartz dans les applications sous vide
Les tubes en quartz sont un matériau répandu, connu pour sa stabilité thermique exceptionnelle et sa résistance aux hautes températures. Largement utilisés dans les équipements industriels à vide,... Lire la suite.
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