Monthly Archives: June 2016

Aluminium metal foam Application

Aluminium metal foam Application

Aluminium metal foam Application is a cellular structure consisting of a solid metal as we as a large volume fraction of gas filled pores. Foam structure are both durable and lightweight with a large surface area to volume ratio. Aluminum foam can be manufactured applying a variety of methods including direct foaming of aluminum alloy melts and advanced metal powder processing. Complex-shaped foam components and 3D-shaped sandwich panels consisting of foam cores and aluminum face sheets can be produced. The application potential of these materials is discussed for various fields, namely light-weight construction, crash energy absorption and thermal or sound insulation Ultra-light metal foams became an attractive research field both from the scientific and industrial applications view points.

Aluminium metal foam Application

Aluminium metal foam Application

Closed-cell Aluminium metal foam Application, in particular aluminum alloy (Al-alloy) ones can be used as lightweight, energy-absorption and damping structures in different industrial sectors, detaining an enormous potential when transportation is concerned. Aluminium metal foam Application are isotropic porous materials with several unusually properties, that make them especially suited for some applications. Due to their low densities between 0.3 g/cm3 and 0.8 g/cm3 the foams can float in water (in case of closed porosity). Foams exhibit a reduced conductivity for both heat and electricity. The strength is lower than conventional dense aluminum and declines with decreasing density. Foams are stable at temperatures up to the melting point. They are incombustible and non-toxic.

Properties of Aluminum Metal Foam

1. Conductivity
2. Sound-proofing properties
3. Density: 0.1 to 0.35 g/cm³
4. Pore Size: 2-11 mm (Closed Cell)
5. Porosity: 60-90%
6. Compressive Strength: 44 Mpa
7. Size: 100 x 100 x 5 mm
8. Heat Resistivity: 660 °C
9. Resistivity: 100 Times over Metal Aluminum

APPLICATIONS:

1. Automotive
2. Aerospace
3. Ships
4. Foamed aluminum cores for aluminum casting
5. Engineering
6. Household and furniture industry

Automotive applications:

Aluminium metal foam Application is a high requirement of reducing weight in vehicles. Recycling of materials is also an important aspect. The improvement of the passive safety of cars, which is mainly influenced by the choice of materials and the car design. Three main applications of metallic foams can become important in a car energy absorption, lightweight construction and insulation. Good energy and sound absorbing properties of the aluminum foam support the use of foams in passenger cars.

The good relation between weight and stiffness supports the use of  Aluminium metal foam Application for large area light-weighting automobile body sheets and structural parts, that are used in areas of the cars with increased requirements on stability. Examples are trunk lids, engine hoods and sliding roofs. All these parts should suffer no elastic deformations caused by the air stream. Vibrations must be avoided. Aluminum foams with their good insulation properties can be a good solution for these components. In trucks Aluminium metal foam Application can be used in stiffening of the underside protection. Aluminum foam used for many as energy-absorbing structures in the telescoping columns that support front and rear car bumpers.

Aerospace

Due to its lightweight Aluminium metal foam can become important for the aerospace industry. For example,  Aluminium metal foam Application sheets or sandwich panels could replace the expensive honeycomb structures. This would have several advantages, for example reduced costs. Another important advantage is the isotropy of the properties of such panels and the absence of any kind of adhesive bonding. The latter could help to maintain the integrity of the structure in cases of fire.

Aluminium metal foam Application

Aluminium metal foam Application

 

Ships

Aluminium metal foam In ships the need for lightweight materials is also important. But, in comparison with cars, a high flexibility of materials processing is needed, because ships are not built in large series and are not built with highly standardized parts. Therefore aluminum foams or panels can have great advantages.

Foamed aluminum cores for aluminum casting

Casting that are used in cars are often made with weight-saving cavities. These cavities can be filled with  Aluminium metal foam Application in such a way that foamed parts replace the sand cores, which is usually used for the preparation of cavities. The foam parts does not have to be removed after casting. This method accomplishes closed lightweight sections in the casting and creates internal configurations (stiffeners)which is  not feasible with sand cores. Also relatively small cross-sections can be filled up with foamed cores. Besides the additional stiffening effect the use of foams has several other advantages, for example an increase of the capability of castings to absorb crash energy. They suppress noise and vibration of the structure.

Engineering

For the paper industry it is possible to make light-weighing rolls with  Aluminium metal foam Application filling. Foams can also serve as heat exchangers, heat shields, filters or carriers for catalysts. Another possibility is the use as electromagnetic wave shielding materials. Foams can be used for ceilings and walls of rooms containing electronic equipment.

Household and furniture industry

Because of its interesting, unique surface Aluminium metal foam offer a great potential for designers. It can be used for lamps, tables or household articles and accessories. In combination with wood the surface of the  Aluminium metal foam Application can bring new effects into a room. Furniture made out of foam is light weighing, which can be a great advantage in offices or at fairs and exhibitions.

Building and Construction Industry

Building and construction applications are good possibilities for the use of  Aluminium metal foam Application mainly because of their good fire penetration resistance and thermal insulation properties. For example foam parts or foam-filled panels can be used as elements in facades on the outside of buildings or wall coverings inside of buildings. In both cases aluminum foams can serve as energy saving elements because of their good thermal insulation properties.  Aluminium metal foam Application panels can be used as sound absorbing materials in railway tunnels, under highway bridges or inside of building

Another field of application are light-weighing structural elements. These can be used for mobile bridges. Aluminum foams or foam panels could also be used for reducing the energy consumption of elevators by a lightweight construction. Due to its lightweight, aluminum foams are easy to handle. They can be easily installed without mechanical lifting equipment. This is perfect for high locations, for example ceilings, walls and roofs.

Aluminium metal foam Satellite heat exchangers, explosion-energy absorbers, silencers, and porous rocket engine fuel injectors made with metallic foams are finding new uses, often in technology-intensive industries such as the manufacture of semiconductors, electronics, and alternative-energy vehicles. Ironically, metallic-foam military components that often relied upon biological analogies in their design processes are now being adapted to biological uses (e.g., medical implants). As industrial applications expand, metallic foams are being produced using a wider variety of raw materials, in both closed-cell and open cell structures, by an increasing number of manufacturers.

Contact Us for Aluminium metal foam Application

From us, you can easily purchase nano products at great prices. Place online order and we will dispatch your order through DHL, FedEx, UPS. You can also request for a quote by mailing us at sales@nanoshel.com Contact: +1 302 268 6163 (US and Europe), Contact: +91-9779550077 (India). We invite you to contact us for further information about our company and our capabilities. At Nanoshel, we could be glad to be of service to you. We look forward to your suggestions and feedback.


Aluminium-Aluminum Nanoparticles

Nanotechnology is one of the faster growing area of advanced technology, thus being source of hope for many branch of modern industry. Nanoparticles research in an area of strong science interest due to the variety as application in electronic, optical and biomedical field.

Aluminium-Aluminum Nanoparticles

Aluminium-Aluminum Nanoparticles oxide  have been recently manufactures at the industrial level and have number of applications in water treatment, cosmetics, medicine and engineering. Aluminum Oxide, commonly referred to as alumina possess strong ionic interatomic bonding. Aluminum oxide is a chemical compound and having formula Al2O3. Al2O3 is electrical insulator but also has a relatively high thermal conductivity for a ceramic material Aluminum Oxide is soluble in water. Aluminum Oxide is amphoteric Substance.

Aluminium/Aluminum Nanoparticles

Aluminium/Aluminum Nanoparticles

Properties

1. Thermal conductivity
2. Corrosion resistance
3. Recycling
4. Hard, wear-resistant
5. Excellent dielectric properties from Dc to GH2 frequencies
6. High Strength /stiffness
7. Excellent size and shape capability
8. Antimicrobial

Thermal conductivity

Aluminium-Aluminum Nanoparticles has a thermal and electric conductivity about 60% of copper, which accounts for its development as a conductor, in the form of bars and tubes which are used in numerous electrical applications, such as connectors and distribution bars. Nowadays, presence of nano particles plays an important and essential role in high tech polymeric devices. Nano aluminum oxide in a hard spherical material with high stiffness and high thermal conductivity which improves the thermal mechanical properties of the nano epoxy composite. Conductive Aluminum is an excellent conductor of heat and electricity. An aluminum conductor weighs approximately half as much as a copper conductor having the same conductivity.

Corrosion resistance

Aluminium-Aluminum Nanoparticles reacts with the oxygen in the air to form an extremely thin layer of oxide. Though it is only some hundredths of a m thick (1)m is one thousandth of a millimetre), this layer is dense and provides excellent corrosion protection. The layer is self-repairing if damaged. Anodising increases the thickness of the oxide layer and thus improves the strength of the natural corrosion protection.

Aluminium-Aluminum Nanoparticles

Aluminium-Aluminum Nanoparticles

Recycling

Aluminium-Aluminum Nanoparticles can be recycled indefinitely without losing any of its intrinsic qualities. This is a considerable advantage in modern metallurgical industry. For the past 20 years the proportion of metal consumed that is recycled has grown steadily and today stands at something like 30% of primary metal production.

Antimicrobial

Aluminium nanoparticles  increase in bacterial resistance to antibiotics and are a major concern for medical professionals world-wide. Aluminium-Aluminum Nanoparticles are currently the most promising tools applied as antimicrobial agent for diagnosis of diseases, drug delivery, sun screens, and ceramics in biomedical and pharmaceutical. The antimicrobial behavior of aluminum nanoparticles are used for clinical applications.

Drug delivery:

The drugs are delivered into the body predominantly using the oral or intravenous route. Strategies need to be adopted to deliver drugs containing biological agents such as proteins. Aluminium-Aluminum Nanoparticles are also considered for drug delivery applications due to their potential scavenging behavior. The scavenging property has been related to their ability to act as direct antioxidants, block ROS production and also cause a reduction in ROS production.

Orthopedics:

Ceramic nanocomposites are being considered as potential third generation orthopedic biomaterials in view of their ability to match the chemical, biological and the mechanical properties of natural bone. The material that is to be used in orthopedics should possess high fracture resistance, ductility and weight to strength ratio. The application of Aluminium nanoparticles in the medical field is still in the process of gaining momentum and we can expect a major role of metal oxide nanoparticles in this field in the years to come.

Aerospace

These properties can be enhanced by dispersing Aluminium-Aluminum Nanoparticles into the fuel and used aircraft applications. Increasing the mission capability of aircraft is a never ending objective for the military. Aircraft application, fuel is used not only as a propellant but also as a coolant and improving both the thermal conductivity and combustion enthalpy of the fuel is beneficial in this application. The absolute requirement for light structures, made only stronger by environmental regulations, make aluminum and its alloys now more than ever the number one material in the sky. In the last 35 years, newly designed alloys and increasingly innovative conversion and assembly processes have halved the weight of an airplane’s structure. Their percentage in aircraft structures sold to airlines companies 70% of what goes into an airframe and are an indispensable part of the programs in the world.

Aluminium-Aluminum Nanoparticles

Aluminium-Aluminum Nanoparticles

Marine

Marine transport is increasing its use of aluminum by capitalizing on its two leading qualities: lightness and corrosion resistance. Advanced alloys have enabled the design of high-speed ships, by lightening hulls by 40% to 50% over steel. Corrosion resistance, even on the water, makes for more durable hulls, masts and superstructures on pleasure boats and the bridges and superstructures of passenger ships and merchant ships.

Building

Commonly used in extruded, sheet-rolled or molded form for window frames and other glass supports, for siding and partitions, Aluminium-Aluminum Nanoparticles is a favorite element of modern architecture. It can be made into complex forms in an extensive range of colors, stands up to the weather and calls for very little maintenance. These features make it especially valued by architects and builders, who use it in public buildings (like hospitals, universities and office buildings), industrial buildings and private houses.

Contact Us for Aluminium-Aluminum Nanoparticles

From us, you can easily purchase nano products at great prices. Place online order and we will dispatch your order through DHL, FedEx, UPS. You can also request for a quote by mailing us at sales@nanoshel.com Contact: +1 302 268 6163 (US and Europe), Contact: +91-9779550077 (India). We invite you to contact us for further information about our company and our capabilities. At Nanoshel, we could be glad to be of service to you. We look forward to your suggestions and feedback.


Silver Nanoparticles

Nanotechnology

Nanotechnology is the control and understanding of matter at dimension between the range of 1 to 100nm. Nanotechnology is a most promising for generating new application in nano conductive, biocompatible medicine, Agriculture, electronic etc.

Silver Nanoparticles

Silver is a transition metal in the periodic table of elements. It has an atomic number of 47, Symbol of Silver is (Ag) and atomic mass is 107.862. Silver is strong lustrous, soft, ductile and malleable metal, excellent conductor of heat and electricity. Silver is also able to reflect light very well. Silver has highest electrical conductivity and thermal conductivity and reflectivity. The electrical conductivity of silver is highest of all metals silver have two stable no toper, Ag107 and Ag104.

Silver Nanoparticles

Silver Nanoparticles

 

Silver Nanoparticles have attracted more attention for their advantage in various studies such as photo sensitive components, SERS, Catalysts. Silver Nanoparticles have excellent properties. Transparent conductive thin film electrodes are widely used for liquid crystal displays , touch screen, Solar cell.

Silver Nanoparticles Paste for Solar cell

Silver Nanoparticles are getting great attention due to their application in electrical field such as the fabrication of conductive paste used in solar cell. Silver Nanoparticles have unique electronic, optical, mechanical, magnetic and chemical properties. Flexible organic solar cell have attracted considerable attention as potential cost efficient next generation energy devices owing to their light weight low fabrication costs and superior flexibility. Silver Nanoparticles are used for solar cell application because they have inherent low resistivity, superior flexibility and high conductivity. Silver powder was extensively used in electronic industry.

Silver Nanoparticles

Silver Nanoparticles

 

Silver Nanoparticles Dispersed

The optical properties of silver nanoparticles have become a current topic of research due to their several technological applications. The silver NPs dispersions can be utilized in many application such as biochemistry, dental restorative materials cosmetic memory devices, optics, color filters, electrode materials, medicine, optoelectronic, catalysis magnetic solar energy, biosensors. Silver nanoparticles are different shape such as triangular, pentagonal, rods, cubes, & prism. Silver nanoparticles dispersion in organic material also have good solar optical properties, good thermal stabilization, good coating on copper and good solar collector manufacturing.

Silver Nanoparticles

Silver Nanoparticles

 

Silver Nanoparticles For Target Drug Delivery

Nanotechnology is most promising field for generating new application in medicine. Only few nanoproduct/Nanoparticles are currently used for medical purposes. Nanotechnology has the potential to revolutionize cancer diagnosis and therapy. Advances in nano medicine are made by engineering nanoparticles that are capable to targeted delivery of drug. Only few clinically approved nanocarries molecular to selectively bind target cancer cell, the nano carrier prepared has particles size of around soon usually the pores in the cell well of cancer our cell are between 10 to 100nm. Silver Nanoparticles enhanced permeability to enter in to cancerous cell and do not touch the normal cell. Even against antibiotic resistance organisms and in effective in cancer treatment Ag NP’s having enhanced therapeutic application.

Silver Nanoparticles

Silver Nanoparticles

 

Silver Nanoparticles For Biomedical

Silver metal has long been used in Ayurvedic therapeutics since ancient times due to it’s efficient anti microbial properties. Being an Antimicrobial agent silver has long ancient history since Greek and roman citizens where silver was used as a disinfectant for food and water. Silver has been used since ancient times for its antimicrobial properties AgNPs have anticancer and antioxidant properties. “‪Silver Nanoparticles”‬ have the capability to kill bacteria cell by damaging its cell wall. 

 

Silver is the form of nanoparticles is extensively used in product and medical devices, due to its well known antibacterial, antifungal, and antimicrobial action. Antibacterial activity of the silver containing materials can be used, for example, in medicine to reduce infections as well as to prevent bacteria colonization on prostheses, catheters, vascular grafts dental materials stainless steel materials human skin. Silver Nanoparticles have been used extensively as antimicrobial agents in health industry, food storage, textile coating, medicine, Various Industries, Animal husbandary, packing, accessories, cosmetics, health and military. Silver Nanoparticles show potential antimicrobial effects against infectious organisms, including Escherichia coli, Bacillus subtitles, Vibria cholera.

Silver Nanoparticles Ink

Silver Nanoparticles Ink technology achieve high conductivity in various formulation due to their small particles size and uniform dispersion. Silver Nanoparticles ink have high conductivity and low resistivity so that silver nanoparticles ink used for many applications. such as  electronics circuit, wireless power transmission devices, sensors and RF energy harvesting, printed electronics devices, RFID, OLED lighting, circuits screen bezels, solar.

Conductive ink normally are aqueous organic solvent dispersion of silver nanoparticles that are stabilized by surfactants and used for printing, dyeing, ink jet printing in particular attractive technology manufacture devices on fixable substrate.

Silver Nanoparticles

Silver Nanoparticles

 

Contact Us for Silver Nanomaterials

Silver Nanoparticles

Silver Nanoparticles

 

From us, you can easily purchase nano products at great prices. Place online order and we will dispatch your order through DHL, FedEx, UPS. You can also request for a quote by mailing us at sales@nanoshel.com Contact: +1 302 268 6163 (US and Europe), Contact: +91-9779550077 (India). We invite you to contact us for further information about our company and our capabilities. At Nanoshel, we could be glad to be of service to you. We look forward to your suggestions and feedback.


Silver Nano wire

Silver Nano Wires

Silver Nano Wires is a transition metal in the periodic table of elements. It has an atomic number of 47 and atomic mass is 107.862. Nano Silver Wire is strong lustrous, soft, ductile and malleable metal, excellent conductor of heat and electricity. Silver is also able to reflect light very well.

Silver Nano Wires

Silver Nano Wires

Silver Nano Wires

A Nano Silver Wire is a one dimensional nanostructure with the diameter range between <5nm to <100nm. Nano Silver Wire are excellent conductor of electricity. They are nothing but a strand of silver which is thinner than a human hair.

Silver Nano Wires applications

Nano Silver Wire have become important in electronic, opto-electronic and nano electro mechanical devices and are used as additives in advanced composites, for metallic interconnects in nano scale quantum devices, as field-emitters and as leads for bimolecular nano sensors. Some of the application of are listed below:

1. Transparent, conductive and flexible thin films
2. Solar cell
3. Touch Screen
4. OLED Lighting

Transparent,Conductive and Flexible Thin Films

Nano Silver Wire have attain more attention because of their electrical, thermal and optical properties. Also they are highly stable. Nano Silver Wire based transparent and conductive thin films have excellent mechanical flexibility. They are used as transparent electrodes in optoelectrical and electrochemical devices. Silver Nanowires films are developing high performance transparent conducting materials for future devices. The properties of Silver Nanowires are still being explored and optimized. Silver Nanowires have specific properties, such as controllable chemical structure, low sheet resistance, high optical transmittance etc.

Solar cell

Flexible organic solar cell have attracted considerable attention as potential cost efficient next generation energy devices owing to their light weight low fabrication costs and superior flexibility. Nano Silver Wire are used for solar cell application because they have inherent low resistivity, superior flexibility, surface plasma resonance (SPR) effect, high specular transmittance Nano Silver Wire based solar cell has a higher short circuit current because of the high optical transmittance improved absorption of the effective layers due to increased surface roughness light scattering and enhancement of the optical intensity.

Touch Screen

Nano Silver Wire are promising next generation conducting materials with the potential to replace tranditional electrode materials such as indium tin oxide. Nano Silver Wire material is currently used in several consumer products, Offers lower manufacturing and per unit costs, and makes scaling much easier Nano Silver Wire transparent conductors are the clear choices for new production facilities that need high throughput and easy processing, as well as for devices manufacturers that need a thin, light, Flexible materials to deliver high performance for innovative devices.

OLED Lighting

Organic light emitting diodes (OLED) have attracted considerable attention for various research and development field owing to their wide range of application traffic such as signal ,video displays. A transparent conductors made of Silver Nanowires allows for high conductivity with excellent transmission and act as electrode used in OLED lighting system. Nano Silver Wire used in OLED materials because they are thin and light weight. The Nano Silver Wire based OLED devices are more suitable operation at low current densities.