Nanotechnological engineering, yet an infant in its growth is the promise of the future. Its developments bring with it the potential to completely revolutionize conventional sciences, providing an unimaginable level of innovation and creativity. The wonder of nanotechnology is that its practical benefits do not find limits within a certain sector; rather, it is a fresh new method of science engineering, so powerful in its practicality that its benefits are anticipated to transcend industrial barriers, and positively affect all walks of life.
With awareness of the recent advancements in nanotechnological engineering, Master Bond has invested much research and development into the production of an innovative line of advanced adhesive solutions. These systems, when coupled with the powerful performance properties of nanoengineered materials will provide highly advanced solutions for the ever increasing standards of the 21st century.
Adhesives for the Medical Industry:
Advancements in medical device design and basic drug delivery methods are perhaps the most promising applications of nano engineering. The extents of such benefits are limitless, with tremendous predictions of almost science fictional realities. Nano bots, or nano size machines, deposited in ones blood stream will intercede on a sophisticated molecular level. Cancer cell treatment and artery cleansing are some of the many anticipated developments of nanomedicine, a sector sure to change the face of medicine as we know it.
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Insights into Nano Medicine – Cancer Cell Treatment
The implementation of nano bots in the fight against cancer is a main focus of nanomedicine. Engineers are hopeful that these molecular sized machines, fitted with cancer cell information and a supply of antidotes will be able to neutralize specified cancer cells. The actualization of such research will serve as an enormous step in the treatment of cancer. In addition, these nano bots will be useful in many other medicinal applications, from bacterial infections to cellular reproduction.
Projected applications for medical Nano-Tech compounds are the following:
- Fiber optics
- Probes
- Scopes
- Reservoirs
- Infusion pumps
- Intra-aortic balloons
- EGG/EKG equipment
- Endotracheal tubes
- Angioplasty devices
- Air & liquid filters
- Diagnostic instruments
- Colostomy devices
- EMI/RFI shielding
- Respiratory face masks
- Transducers
- Drug delivery devices
- Dental reconstruction
- Blood heat exchangers
- Pacemaker components
- Syringes
- Test kits
- Catheters
- Endoscopes
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- Lenses
- Lasers
- Connectors
- IV kits
- Hearing aids
- Artherectomy devices
- Oxygen concentrators
- Optical electronic devices
- Kidney dialysis membranes & systems
- Prosthetics manufacturing & repair
- X-ray & imaging equipment
- Ventricular assist systems
- Laparoscopic instruments
- Pressure/temperature sensors
- Miniaturized analytical devices for human health monitoring
- Oligonucleotide biochips for gene analysis
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Adhesives for the Electronics Industry
The future impact of nanotechnology on electronic memory storage is incalculable. One promising example, a novel application of nanoengineering currently in development promises to replace the standard hard drive with greater data density in a smaller area, yielding unimaginable benefits in a wide range of applications. The developed product has the potential to revolutionize current standards for electronic memory storage, presenting the world with a faster, yet miniaturized version than presently available. In recognition of all the potential which awaits in the realms of nanoelectronic development, Master Bond is at the forefront of the formulation of technologically advanced adhesive solutions for high quality performance.
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Master Bond Inc. provides a wide range of adhesive systems required for specific nanoelectronic applications. For example, adhesives to be employed in thermomechanical applications will require a high coefficient of thermal expansion and heat resistant properties in order to resist the standard temperature differentials which accompany such processes. Additionally, depending on the specific use, any system to be employed with SMT applications will most likely require either low shrinkage, electrical and thermal conductivity, thermal insulation, or low outgassing properties; all some of the many characteristics which Master Bond formulations offer.
A few suggested future specific applications are given below:
- Actuators
- Photonic devices
- SEM scanning electron microscopes
- Electron detectors ion detectors
- Next generation transistors for high speed solutions
- Next generation communication devices
- Adhesive functioning as a thermally conductive medium for semiconductor packaging or other heat prone applications
- Absorption of external vibrations and impacts in high precision devices
- Integrated circuitry
- Microprocessors
- Embedded capacitors
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- Transistors
- Resistors
- Electronic switches
- Digital Circuitry
- Transducer mounting
- Stress relief bridge bonds
- Backfilling connectors
- Potting of sensors
- Sensor device/OEM Implantation
- Adhesion to GaAs devices
- Wire tacking
- As a dielectric layer in the fabrication of capacitors
- RFID and smart card assembly
- Piezoelectric devices
- Thermistors
- Bearing cartridge assembly
- Sealing of electrical modules
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Adhesives for the Telecommunications Industry
Engineers are currently involved in the research of nanotechnology for employment in integrated communication networks. The high power, low weight design typical of nano engineering makes telecommunications an ideal destination of nanotechnology.
Intra Satellite Networking
The incorporation of nanotechnology in satellite design will allow for the development of advanced integrated communication infrastructures. This promising venture is anticipated to revolutionize communication networking in its conventional state, opening the door to space commercialization. Microwave amplifiers, pivotal for many long distance transmission designs will also benefit from the low weight characteristics of nano materials
Optical Data Transmission Systems
Nano optoelectronic transmission systems will provide an innovative approach to conventional optical communication methods. From nano grade electro-optic modulators which will offer increased speed and efficiency for nano scale communication networks, to multiplexers for optical data analysis, nanoengineering is at the center of advanced communication design.
Specific applications may include the following:
- Fiber pigtailed communication lasers
- Intra-satellite communication links
- Nanoscale infrared sensors
- Data handling
- Microwave amplifiers
- Mobile communications
- Nano grade electro optic modulators
- Multiplexers
- Advanced nano-scale communication networks
Custom Formulated Adhesives
The many potential applications of nano grade adhesives make for a very complex selection process; one requiring much research of all relevant considerations. It is for this reason that Master Bond Inc. offers custom formulated solutions, tailor made products possessing the specific properties necessary for successful employment. Regardless of the application requirements, adhesive formulations may be adjusted to possess all required characteristics. The unique line of Master Bond, nano grade systems may be formulated to withstand the stresses of any hi-tech application, including extreme temperatures, thermal cycling and shock, mechanical forces, vibration, and chemical exposure. Adhesive systems may also be designed to meet USP Class VI certification for medical use and biocompatibility, and NASA requirements for low outgassing, as well as superior resistance to dangerous chemicals and abrasives. In addition, specific properties such as viscosity, flexibility, and bond strength are incorporated based on specific application, maximizing system compatibility and performance.
Conclusion
The Master Bond line of nano optic grade adhesive formulations consists of epoxies, silicones, polyurethanes, acrylics and latex solutions. They include low outgassing, thermally conductive and high temperature resistant systems. Significant investments of research and development serve to ensure optimal performance of the Master Bond product line, regardless of application. Master Bond provides innovative solutions to the sometimes troublesome processing issues which may arise in nanotechnological applications. Be it a critical aerospace application, or intricate electronic design, anything is possible.
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This information has been sourced, reviewed and adapted from materials provided by Master Bond Inc.
For more information on this source, please visit Master Bond Inc.