Cr2AlB2 MAB phase ceramic material (Type 212)Product Name NameCr2AlB2 MAB phase ceramic material (Type 212) 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 25 um Purity~90wt%

carboxylated magnetic microspheres have a very high specific surface area

N content:5-15wt%（EDS:/span>

the mechanical properties and water absorption of PVA-TSPBA hydrogel can be adjusted to meet different application needs

The MAF-5(Zn) cavity is ellipsoidal and symmetrical with a theoretical aperture range of 7-15 Å

which are then dried and calcined to obtain nanosilica

Hydrophilic properties: It has good hydrophilicity and can form a stable suspension by ultrasonic dispersion in water

Loss on ignition：≤5 %

using other organic compounds as carbon sources to prepare carbon nanocages at high temperatures through the strong reducibility of active metals is also an effective method

significantly improving energy density and charge discharge rates

and its surface interactions depend only on dispersion force

Excellent electrical and thermal conductivity: Since carbon atoms are covalent bonded in the layer to form a stable hexagonal grid structure

Name: Reactive oxygen responsive hydrogel