Ventouse en céramique nitrure d'aluminium

Les ventouses en céramique de nitrure d‘aluminium offrent une conductivité thermique élevée, une isolation solide, une faible génération de particules et une excellente stabilité. Idéales pour la manipulation des semi-co...
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Détails du produit

Caractéristiques de conception

Conductivité thermique élevée et excellentes performances de dissipation thermique :

Avec une conductivité thermique supérieure à 170 W / m · K, dépassant de loin l'alumine, il peut dissiper rapidement la chaleur, ce qui le rend adapté pour 

Opérations sensibles à la chaleur telles que le traitement au laser et l'emballage des puces.

Excellente isolation électrique : 

Maintient de bonnes propriétés d'isolation même à des températures élevées, empêchant les fuites et le rendant adapté à la haute tension 

environnements et plates-formes électroniques.

Haute résistance et résistance aux fissures : 

Comparé aux céramiques d'alumine, le nitrure d'aluminium a une résistance à la flexion et aux chocs thermiques plus élevées, résistant aux chocs mécaniques 

stress et choc thermique.

Bonne stabilité chimique : 

Résistant à la corrosion acide et alcaline, il ne réagit pas avec les matériaux transformés, ce qui le rend adapté aux salles blanches ou de haute pureté. 

environnements.

Structure personnalisable : 

La surface peut être traitée avec des réseaux de micropores, des réservoirs à vide, des rainures de positionnement, des trous traversants, etc., selon le processus 

exigences.

Stabilité d'adsorption sous vide à haute température : 

Même en fonctionnement continu dans des environnements à haute température, ses performances d'adsorption restent stables, et ce n'est pas le cas. 

facilement déformé ou fissuré en raison de la dilatation thermique.

Domaines d'application

Fabrication de semi-conducteurs : 

Plates-formes d'adsorption sous vide utilisées dans les processus de transport de plaquettes, de photolithographie et d'inspection pour garantir la position 

Précision et stabilité thermique.

Équipement de traitement laser : 

Stabilise et adsorbe les pièces traitées au laser, offrant une conduction thermique rapide pour éviter la surchauffe et la déformation du matériau.

Équipement CNC de précision : 

Utilisé dans l'usinage CNC / micro / nano pour serrer des pièces fragiles et minces telles que des feuilles de céramique et de verre.

LED et optoélectronique 

Industrie : Utilisé pour la fixation et le refroidissement pendant le traitement des substrats en saphir et en céramique.

Demande de produit

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