Flower like manganese dioxide dispersion

Flower like manganese dioxide dispersionProduct Name Name: Flower like manganese dioxide dispersion Product Overview Delta phase flower shaped manganese dioxide is a type of manganese dioxide nanomaterial with a unique shape and structure, presenting a petal like morphology, hence it is called a nanoflower. Among various forms of manganese dioxide, the three dimensional arrangement of petals in flower shaped manganese dioxide prevents the aggregation of nanosheets, thus possessing high

Product Name

Name:Flower like δ-manganese dioxide dispersion

Product Overview

Delta phase flower shaped manganese dioxide is a type of manganese dioxide nanomaterial with a unique shape and structure, presenting a petal like morphology, hence it is called a nanoflower. Among various forms of manganese dioxide, the three-dimensional arrangement of petals in flower shaped manganese dioxide prevents the aggregation of nanosheets, thus possessing high specific surface area and biocompatibility; At the same time, it has tumor microenvironment responsiveness and reacts with glutathione (GSH), a metabolic product of cancer cells, under weakly acidic conditions. The decomposed Mn2+can be used as a magnetic resonance imaging agent. In addition, flower shaped MnO2 can also serve as a catalyst to catalyze the decomposition of endogenous hydrogen peroxide (H2O2) in tumors and release oxygen (O2), solving the problem of tumor hypoxia.

^{Technical Parameter}

Product name:Flower like δ- manganese dioxide dispersion

Diameter:200-600nm（TEM:/span>

Concentration:0.5mg/mLãâ‚?mg/mL

Main ingredient:δ-MnO2

Appearance:Grey black dispersion

Solvent:Water

^{Product Features}

Crystal structure: δ - type manganese dioxide (MnO ¡ãC has a two-dimensional layered nanostructure, which makes it cost-effective to prepare and has a high specific surface area. Electrochemical performance: δ - type manganese dioxide exhibits excellent electrochemical performance due to its unique crystal structure, such as high capacitance and good cycling performance. This makes it have potential application value in fields such as supercapacitors and batteries. Morphological advantage: The flower like structure further increases its specific surface area, which is conducive to the transport of ions and electrons, thereby enhancing its electrochemical performance.

^{Application Fields}

Supercapacitors: Due to their excellent capacitance and cycling performance, the delta phase flower shaped manganese dioxide dispersion has potential application value in the positive electrode active material of supercapacitors. Battery materials: In the field of batteries, delta phase flower shaped manganese dioxide dispersion can also be used as electrode materials or additives to improve the performance and stability of batteries. Other fields: In addition, the dispersion of δ - phase flower shaped manganese dioxide may also find applications in water treatment, catalysis, sensors, and other fields.

^{Related Information}

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