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July 21,2026.

SAT NANO Ships 1KG Nano TiO₂ Dispersion to South Korean Client — Purpose-Built for Photocatalytic Applications

Last week, SAT NANO successfully completed an export order to the South Korean market — delivering 1KG of aqueous nano titanium dioxide (TiO₂) dispersion to a Korean company specializing in photocatalytic environmental remediation. The...

July 6,2026.

SAT NANO Supplies 1g Multilayer Ta₄C₃ MXene Powder to a Shenzhen Research Institute — A Custom Research-Grade 2D Material Solution

In June 2026, SAT NANO received an urgent request from a materials science research institute in Shenzhen: 1 gram of high-purity multilayer Ta₄C₃ MXene powder, intended for cutting-edge research on 2D material properties. The institute had clear...

June 4,2026.

Improving internal exciton confinement to prepare efficient blue quantum dot light-emitting diodes based on CdZnSeS

In the field of quantum dot light-emitting diodes (QLEDs), CdSe based quantum dots have been widely studied and have achieved excellent performance in red and green emitting QLEDs. However, to achieve blue luminescence, CdSe nuclei need to become ext...

June 4,2026.

Matrix induced luminescence enhances carbon quantum dots to achieve high-performance heavy metal free electroluminescent diodes

Carbon quantum dot CQDs, as environmentally friendly luminescent materials, typically exhibit high quantum yields under photoluminescence conditions. Traditional CQDs can achieve a photoluminescence quantum yield (PLQY) of over 80% in solution, but P...

May 29,2026.

Pixelated perovskite quantum dot superlattice light-emitting diode

Perovskite quantum dots have the advantages of high color purity, high radiation recombination efficiency, and solution processability, making them naturally suitable for high-end displays and microdisplay devices. However, there is always a bottlene...

May 14,2026.

Conducting hydrogel constructs three-dimensional nano electrode network, electrocatalysis triggers chemotherapy immune synergistic anti-tumor

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May 14,2026.

Functionalized nano selenium provides new ideas for tumor rehabilitation

Triple negative breast cancer is characterized by strong invasion, high recurrence rate and poor prognosis due to the lack of expression of estrogen receptor, progesterone receptor and HER2. At present, there is still a lack of effective targeted tre...

May 14,2026.

High throughput in vivo subcellular analysis of gold nanoparticles for tumor mitochondrial targeting

Mitochondria, as the energy center and core of apoptosis regulation in cells, are important targets for precise treatment of tumors. Directly delivering drugs or nucleic acids to mitochondria can effectively induce tumor cell death and overcome drug ...

April 23,2026.

The development process of conductive paste

1. Sprout and Foundation Period (1930s to 1960s) The birth of conductive paste is closely related to the early exploration of miniaturization and integration in the electronics industry. Origin of Technology: Technology originated in the United State...

April 16,2026.

SAT NANO participates in the 139th Canton Fair

This year's Canton Fair will start on April 15, 2026 and end on May 5, lasting nearly a month. The exhibition will be held in three phases, each lasting for 5 days. The SAT NANO participation period is from April 15th to 19th. On the first day of the...

MAB phase powders are the boron-based "siblings" of MAX phases — a family of atomically laminated, ternary transition metal borides. They serve as precursors for MBenes (two-dimensional transition metal borides), analogous to how MAX phases produce MXenes.

  • MM: Transition metal (e.g., Mo, W, Cr, Mn, Fe)
  • AA: Main-group element (predominantly Al, occasionally Zn)
  • BB: Boron

MAB phases uniquely combine metallic conductivity with ceramic-like thermal stability, and — critically — many exhibit intrinsic magnetism, a property largely absent from MAX phases. Selective etching of the AA layer yields the corresponding MBenes.

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