banner

Products

Home Metal Alloy Nanoparticles Nickel Titanium (Ni-Ti) Alloy Nanopowder

Memory Metal Nickel Titanium NiTi Alloy Nanopowder

Categories

New products

Latest news

Some nanomaterials for Thermochromic Application Some nanomaterials for Thermochromic Application

Thermochromism refers to the phenomenon where a material undergoes color changes under temperature changes. This change is usually caused by changes in the electronic or molecular structure of the material. Its application principle mainly involves t...

Memory Metal Nickel Titanium NiTi Alloy Nanopowder

Nickel Titanium NiTi Alloy Nanopowder used as a memory metal materials.

  • product origin:

    China
  • item no.:

    390
  • shipping port:

    Guangzhou
  • color:

    Black
  • lead time:

    2
  • payment:

    T/T,PayPal
pPoduct Details

                                   Memory Metal Nickel Titanium NiTi Alloy Nanopowder

 


Stock#:

 

H309

 

particle size

 

70nm

 

Purity

 

99.9%

 

Proportion

 

Ni-Ti, 70nm, Ni:Ti=5:5

 

Morphology

 

spherical

 

Appearance

 

black powder


  NiTi Alloy Nanopowders Application:
 
1. Bone staples
2. Superelasticity frames
3. Orthodontic Arches in tooth orthopaedic
4. Antioxidant coating
5. Cellular phone antennae
 

 

 


A free consultation

Email us with any questions or inquiries or use our contact data. We would be happy to answer your questions.

Related Products
Nitinol Ni-Ti Nickel Titanium alloy nanoparticles(70nm,Ni:Ti=5:5)
Nitinol Ni-Ti Nickel Titanium alloy nanoparticles(70nm,Ni:Ti=5:5)

HW NANO Nitinol Ni-Ti Nickel Titanium alloy nanoparticles(70nm,Ni:Ti=5:5), Morphology spherical, black solid powder.

Corrosion Resistance Graphene Nanoplatelets
Corrosion Resistance Graphene Nanoplatelets

Graphene Nanoplatelets have good Corrosion Resistance and good conductive,excellent mechanical strength.

high conductive carbon nanotubes MWCNT 10-30nm 5-20um 99%
high conductive carbon nanotubes MWCNT 10-30nm 5-20um 99%

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

Titanium Dioxide Anatase
Environmental Cleaning Agent Used Nano Titanium Dioxide

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

Good Prevented Bask Raw Material TiO2 Nanopowders Titanium Dioxide
Good Prevented Bask Raw Material TiO2 Nanopowders Titanium Dioxide

Good prevented bask raw material is TiO2 nanopowders titanium dioxide white.

CuNi alloy particles powder
Sub-micron Copper Nickle Powder 300nm CuNi alloy particles

China factory direct offer 5:5 CuNi alloy powder, with ultrafine size, good sphericity, and favorable factory price. Any need welcome to inquiry.

Wholesale nano ITO indium tin oxide powder from china factory
Wholesale nano ITO indium tin oxide powder from china factory

       Nano ITO indium tin powder is a new kind of high-functional inorganic material with a size of 1-100nm which is oriented to the 21st century. Because of miniaturization of crystal grains,its surface electronic structure and crystal structure change, resulting in a surface effect, volume effect, quantum size effect and the macro-tunnel effect and high transparency, high dispersion and so on that a macroscopic object does not have. In the aspects of photoelectric sensitivity, nano ITO has the special properties and new uses that the ordinary indium tin oxide can not match, such as used as stealth materials, solar collector materials and collectors ect.         Nano ITO indium tin oxide powder is an excellent semiconducting material that with outstanding properties, which is widely used in conductive shell, gas sensor, photodetector, liquid crystal display and so on. In recent years, nano powder preparation technology continues to develop and improve, but the nanopowder has a high active surface, the surface hanging a lot of free radicals, so when adding some other matrix materials in nano powder, it is easily to lead to the formation of large particles of nano particles agglomeration, which play a significant impact on the properties’ performance of optical, electrical, magnetic and other aspects. Therefore, it is very important to disperse the powders well before using, which can help the ITO particles achieve the best properties.         Taken the ITO powder as raw material, through a certain process to prepare ITO powders into a ITO rods, also known as ITO target (ITO ceramic target). With the ITO target, it can be further to manufacture TIO transparent conductive film glass. The main component of ITO film is indium tin oxide. In the case of a thickness of only a few thousand angstroms, indium oxide is with high transmittance and tin oxide has conductive ability. Liquid crystal display used in ITO glass is a high transmittance of conductive glass. by Jemma  

Silicon oxide nano powders (SiO2,20NM,99.8%,Amorphous)
Silicon oxide nano powders (SiO2,20NM,99.8%,Amorphous)

Silicon oxide nano powders (SiO2,20NM,99.8%,Amorphous) Silicon oxide nano powders as the amorphous white powder, is a kind of non-toxic, tasteless, no pollution non-metallic materials. silicon oxide nano powders modification: 1. Alcohol, acid modification Experiments showed that alcohol and acid compounds will react with a large number of -OH of silicon oxide nano powders surface, so organic groups are grafted in the surface of nanoparticles, and the hydrophobic properties of the modified powders got improved, so as to improve the compatibility of the nano powders and organic matter 2. Surfactant modification 1) by physical adsorption surfactant is adsorbed on the surface of nanoparticles; 2) certain groups of surfactant react with -OH of the surface of the particles,which achieve the goal of the surface modification of the particles. 3. The silane coupling agent modification Experiments show that the coupling agent reduce the interaction between particles, and influence degree of different coupling agent on the modified samples is different. Stock# M600 and M602: hydrophilic SIO2, 10-20NM and 20-30NM,99.8% Stock# M603 and M606: hydrophobic SIO2,10-20NM and 20-30NM,99.8%                        1kg per bag for sample, 10kg per bag for the hydrophilic, 5kg per bag for the hydrophobic The main application of silicon oxide nano powders       HONGWU NANO silicon oxide nano powders, more than 8 years of market and technology development, has been widely used in electronic packaging materials, polymer composite materials, plastics, coating, rubber modified, paint, ceramics, adhesive, glass fiber reinforced plastic, drug carrier, cosmetics and sterilization field, which bring epoch-making significance for an upgraded version of a traditional product.

Cu coated CNTs
Multi Walled CNTs Coated with Copper Cu Plated CNTs

Treatments can enhance more performance of carbon nanotubes and make it more widely used in various fields. Some common modified types include copper, nickel coating, carboxylated, hydroxylated, amination, etc..Hongwu Nano can customized CNTs with different modification accordingly to the requirements.

Nano Cu powder manufacturer
Nano Copper Powder Cu Nanoparticle Used to Improve Efficiency of Solar Cells

Nano Copper Powder(Cu Nanoparticle) can be Used to Improve Efficiency of Solar Cells as its good thermal conductivity and light absorption properties. The conversion efficiency of solar battery can be greatly increased with the adding of nano Cu particles. Hongwu Nano, copper nano materials manufacturer!

Rutile TiO2 nanoparticles
Hydrophilic Titanium Dioxide Rutile TiO2 Nanoparticles

Rutile titanium dioxide nanoparticles is in hydrophilic,superfine,high purity.

Conductive Antistatic Coating AZO Aluminum Zinc Oxide Nanopowder
Conductive Antistatic Coating AZO Aluminum Zinc Oxide Nanopowder

AZO nanopowder is widely used in conductive antistatic coating.

Copyright © 2010-2025 Hongwu International Group Ltd All Rights Reserved.

The professional team to service !

Chat now

Live chat

    Email us with any questions or inquiries or use our contact data. We would be happy to answer your questions.