Mo4VAlC4 MAX phase ceramic material (Type 514)Product Name NameMo4VAlC4 MAX phase ceramic material (Type 514) Product Overview MAB phase ceramic materials are obtained on the basis of MAX phase ceramic materials, MAB is a class of non van der Waals ternary layered ceramic materials with hexagonal structure, consisting of transition metal elements (Cr, Mn, Fe, Mo, W, etc.), IIIA or IVA group elements and boron elements. Technical Parameter StatusBlack powder Lateral size: 1 20 um Purity~86wt%

It inherits the excellent properties of boron nitride bulk materials

iron oxide exhibits high magnetism

ultrafast photonics devices

Name：TTQ-F-COOH NIR-II dyes

its theoretical bandgap is approximately 2

thereby achieving sensitive detection of mercury ions

modification modification methods

Electronic Device Experiment: Cobalt phosphorus sulfur single crystals can be used for experimental research on electronic devices

High temperature resistance and thermal shock resistance: Silicon nitride nanoparticles can maintain stability in high temperature environments and have good thermal shock resistance

Excellent mechanical properties: very high strength and toughness

sulfur quantum dots (SQDs)

Boron doped graphene quantum dots (B-GQDs) are nanomaterials obtained by introducing boron atoms into the structure of graphene quantum dots (GQDs)