WINTRUSTEK har et profesjonelt og lidenskapelig team for våre kunder, hjelper deg med å finne den mest passende løsningen.
Xiamen Wintrustek Advanced Materials Co., Ltd.
WINTRUSTEK er en ledende produsent spesialisert i teknisk keramikk siden 2014. Gjennom årene har vi vært forpliktet til forskning, design, produksjon og markedsføring ved å tilby et bredt spekter av avanserte keramiske løsninger for industrier som krever enestående materialytelse for å overvinne ekstreme arbeidsforhold.
Våre keramiske materialer inkluderer:- Aluminiumoksid - Zirkoniumoksid - Berylliumoksid- Aluminiumnitrid- Bornitrid- Silisiumnitrid- Silisiumkarbid- Borkarbid- Macor. Våre kunder velger å samarbeide med oss basert på vår ledende teknologi, profesjon og forpliktelse til å bransjene vi betjener.Wintrusteks langsiktige oppdrag er å forbedre ytelsen til de avanserte materialene samtidig som vi opprettholder vårt fokus på kundetilfredshet ved å tilby produkter av høyeste kvalitet og førsteklasses service.
Choosing between BN and AlN for high-power electronics? Discover the critical differences in thermal conductivity, dielectric properties, and machinability.
Lanthanum hexaboride abbreviated as LaB6 ceramic is a functional ceramic material widely used in electron emission and high vacuum environment. LaB6 is typically chosen for components requiring reliable electron emission and long service life due to its low work function, strong electrical conductivity, high melting point and chemical stability under vacuum.
Boron carbide and silicon carbide are two popular material choices for wear-resistant ceramic nozzles. Both materials exhibit great hardness, good wear resistance and strong chemical stability. However, they vary in hardness, density, resistance to oxidation, resistance to impact, cost of manufacture, and conditions of service. A mix of abrasive type, blasting pressure, operation frequency, nozzle
Aluminum nitride ceramics is not only a high thermal conductivity material in general. It combines thermal conduction, electrical insulation, thermal expansion matching and mechanical stability, resulting in greater heat dissipation, stable operation and long-term durability of the power electronics and semiconductor devices.
Boron carbide ceramic (B4C) is a high performance non-oxide ceramic material. It is characterized by high hardness, low density, strong wear resistance and chemical stability. These qualities make it excellent for use in ballistic protection, wear-resistant parts, sandblasting nozzles, sealing parts, and neutron absorption parts in the nuclear industry.
For practical purposes boron carbide is not