Since 1976, Master Bond has collaborated with universities, national laboratories and other research institutions to create innovative adhesive compounds meeting their specific application requirements. As a result, Master Bond products are cited in over 300 research articles published in peer-reviewed scientific journals. They are also cited in over 800 US and international patents. Here are the most interesting cases of applications in research labs and commercial use.
- EP3HTMed: Utilized in measuring relative biological effectiveness of alpha radiation in cultured porcine aortic cells
- EP3HTSMed: Novel Microchannel Array for Assessing Nerve Regeneration in Potential Prosthetics
- EP15: Utilized to test the bond strength of thermal spray according to ASTM C633
- EP15ND-2: Used in a Comparison of Tests Evaluating the Bond Strength of Thermal Sprayed Coatings
- EP17HTDA-1: Used in air-microfluidic particulate matter sensor for wearable devices
- EP17HTND-CCM: Electro-thermal Actuated, Miniaturized Optical Scanning Fiber Endoscope
- EP21ARHT: Fabrication of a high-energy-resolution diced quartz spherical analyzer for RIXS
- EP21LVMed: Used as a biocompatible sealant for a wireless optogenetic microsystem
- EP21TCHT-1: Used in telescopes, laser packaging assembly, magnet bonding and more
- EP21TDC-2LO: Adhesive for optical components in laser and space applications
- EP21TDCHT: Used as a sealant for the spectroscopic determination of uranium dioxide weathering
- EP21TDCS-LO: A conductive bonding agent for space-environment assemblies
- EP29LP: Reference surfaces for vehicle scanner calibration
- EP29LPSP: Applications in plasma physics, astronomy, highway engineering and more
- EP29LPSPAO-1 Black: Adhesive for Construction of Photodiode Arrays for Use at Cryogenic Temperatures
- EP30-2: Qualified by Laser Interferometer Gravitational-Wave Observatory (LIGO) for optical assembly applications
- EP30HT-LO: Utilized by NASA to bond components in lunar exploration vehicles
- EP30Med: Utilized as Sensor Encapsulant in Prosthetic Device
- EP30QF: Epoxy Enabled Mercury Intrusion Capillary Pressure (MICP) Testing for Geo-Energy
- EP31: Adhesive for piezoelectric microfiber composites, molecular diagnostics, and CO2 flow systems
- EP33CLV: Utilized to prevent galvanic corrosion
- EP37-3FLF: Flexible adhesive excels in e-textile packaging study
- EP39-2: Used as a photoelectrode encapsulant in photoelectrochemical (PEC) system for hydrogen production
- EP39MHT: Utilized to mount magnets in a linear particle accelerator to extract the neutron form factor
- EP41S-5: Utilized in the terascale generation of polymer microparticles
- EP42HT-2AO-1 Black: Open-Source Space-Tolerant Electromechanical Prototyping System
- EP42HT-2FG: Used in Precision Measurement of Pharmaceutical Powders
- EP42HT-2Med and EP42HT-4AOMed Black: Biocompatible Epoxies for Medical Device Manufacturing
- EP42HT-2Med: Utilized in prosthetics and fully implantable medical devices
- EP45HTAN: Used for bonding titanium to carbon-carbon composites for use under extreme temperatures
- EP46HT-2: Used in Research Work for High Temperature Carbon Capture/Fuel Generation
- EP62-1HT: Cyclohexane resistant epoxy used to bond critical optical components
- EP65HT-1: Utilized by NASA in Thin-Film Organic Photovoltaics
- EP75-1: Electrically conductive adhesive for a sensor in a biomarker detector
- EP79: Used to Connect Electrically Conductive Joints in the ATLAS Detector at CERN
- EP112: Utilized to Bond Silicon Wafers to Glass Support Substrates during Microelectronics Fabrication
- EP114: Utilized to produce nanocomposites via vacuum infiltration
- MasterSil 151Med: Used in an Implantable Device for Electrical Nerve Stimulation
- MasterSil 912Med: Used to enable the re-implantation of probes for neural activity tracking
- Supreme 10HT: Utilized in structural bonding for supersonic aircraft, electronics packaging and capacitor tanks
- UV10TKLO-2: Used to adhere mirrors in a Kirkpatrick-Baez microscope to image X-ray emissions during deuterium-tritium implosions
- UV11-3: Used to create a self-written waveguide for fiber-to-lithium niobate chip coupling to reduce coupling losses
- UV15: Used in Electro-Optical Waveguides
- UV15TK: for 3-D Printing of Reverse Osmosis Feed Spacers with Reduced Scaling Effects
- UV15DC80: Utilized in ultraviolet-assisted three-dimensional printing
- UV16: Utilized in bonding applications for microring resonators, optical waveguides and confocal microscopes
- UV18S: Utilized to seal a static mixer for X-ray studies of biological macromolecules
- UV22DC80-1: Space-Based Solar Power Harvesting
Citations
- EP3HTMed: Utilized in drug delivery and pulmonary therapy
- EP15: Used in tensile strength testing of aluminum alloy coatings according to ASTM Standard C 633-01
- EP21: Used for encapsulation in a miniaturized sensor
- EP21LVMed: Used as an encapsulant for an implantable electrical nerve stimulator
- EP21TDCN: Used for bonding dissimilar substrates in pyroelectric sensors
- EP30HT: Used in Impedance Sensor to Screen Cells
- EP31: Used as a structural adhesive in assembly of a molecular diagnostic instrument
- EP42HT-2: Used in microfluidic valve-based pressure injector
- MasterSil 151Med: Used as a biocompatible sealant in a probe for specialized MRI hardware
