Capacitor Grade Ta Tantalum Nanoparticles

Tantalum Nano Powder with the characteristic of slushing which use for the electronics and chemical industries.

Copper powder, have 0.2um, 0.3um, 0.5um,0.8um several size, is widely used in electronic paste.

Alpha Ferric Oxide (Fe2O3) Nanopowders can be used in energy storage, biomedical materials, surface polishing of electronic components, coatings, etc. For example, in the primer, the addition of nano iron trioxide can improve the impact resistance, abrasion resistance, hardness, salt spray resistance, water resistance and ion penetration resistance, etc..

Tungsten carbide powder is an important raw material for the production of cemented carbide, and nano-tungsten carbide powder can make cemented carbide have many more excellent properties.

HONGWU Superfine spherical tungsten nano powders with reliable quality, size 40nm, 70nm, 100nm, 99.9%. Small order for researchers and bulk for industrial groups. worldwide shipping.

Single-walled Carbon Nanotubes aqueous dispersion is a customized material for easier usage in water base. The concentration of SWCNT water solution can be adjusted. Besides SWCNT type, double and multi walled CNTs dispersions are also available.

Nano CUO Powders copper oxide for gas sensor devices is widely used in testing environment quality.

Copper zinc alloy nanoparticles has high surface area,widely used in lubricating additives and catalyst.

 Supply oil soluble silicon dioxide SIO2 nano silica powder for Hydrophobic oleophilic in bulk.

High conductive multi-walled carbon nanotubes, MWCNT 99% purity, China manufacturer direct offer. Assure good and stable quality and service. 

Zinc Oxide nanowires/ZnO NWs, as an ideal material for the preparation of a Schottky contact type devices. Hongwu nanometer is professional manufacturer, supplier and exporter in china for nano materials in china. Our ZNO zinc oxide nanowires specification as follows: 1. D<100nm,L>5um,99.9%                2. D:100-200nm,L>1um,99.9%                          As nucleic acid detection is more and more widely applied to genotyping technology, clinical diagnostics and biomedical research and other fields, the traditional optical detection and real-time PCR technology have some disadvantages, such as high cost, no longer can meet the demand that the devices require the testing with high cost-effective, high speed and high sensitivity. By contrast, the one-dimensional material represented by the unmarked detection device, because of a high specific surface area, can offer the possibility for low-cost, simple and effective DNA testing. FET based on semiconductor nanowires is such a great potential device. Wherein, changing the metal - semiconductor interface of Schottky barrier height(SBH)can modulate device performance, which is a hotspot for researchers.        Zinc Oxide nanowires/ZnO NWs with excellent semiconductor and piezoelectric performance, is an ideal material for the preparation of a Schottky contact type devices. Researchers of the National Center for Nanoscience and other institutions made use of exerting external strains on Zinc Oxide nanowires to produce piezoelectric potential. Then on the basis of piezoelectric effect, the potential can be increased or decreased the effect of SBH link interface the carrier transportation, so that change the properties of nanowire-based devices. In addition, making specific hybridization between probe complementary target cDNA and nanowire adsorbed single-stranded DNA (the ssDNA), the device can achieve selective detection function.       The experimental results of this work showed that, when the compressive strain applied to the Zinc Oxide nanowire-based DNA sensor became -0.59%, the relative value of the current response increased by 454%. This fully illustrated that the modified method using a piezoelectric device electronics effect can significantly improve the detection performance of the Schottky contact type ZnO nanowire based DNA sensor.

Nano Titanium Dioxide particle size uniform, big specific surface area, good dispersion, strong effect of nano materials.