Case Studies

Explore real-world applications of Master Bond products and see how they solved specific challenges in various industries. These case studies offer valuable insights and inspiration for your own projects. 

 

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.

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Title Description Product Type Industries URI (indexed field)
EP42HT-2Med and EP42HT-4AOMed Black: Biocompatible Epoxies for Medical Device Manufacturing EP42HT-4AOMed Black and EP42HT-2Med may be used in the manufacture and assembly of wire-bonded, chip-on-board microelectronics. They are both ISO 10993-5 and USP Class VI certified. Two Part Epoxy Electronics, Medical /it/case-study/ep42ht-2med-and-ep42ht-4aomed-black-biocompatible-epoxies-medical-device-manufacturing
EP42HT-2Med: Utilized in prosthetics and fully implantable medical devices EP42HT-2Med is commonly used in the manufacture and assembly surgical instruments, catheters, endoscopes, and other medical devices. As a USP Class VI system, EP42HT-2Med is well suited for use in… Two Part Epoxy Electronics, Medical /it/case-study/ep42ht-2med-utilized-prosthetics-and-fully-implantable-medical-devices
Case Study EP45HTAN: Used for bonding titanium to carbon-carbon composites for use under extreme temperatures Can an adhesive maintain its strength when bonding titanium to carbon-carbon composites under extreme temperature and harsh conditions? This is precisely what researchers1 from QSS Group, Inc.,… Two Part Epoxy Aerospace, Materials Science /it/case-study/ep45htan-used-bonding-titanium-carbon-carbon-composites
EP46HT-2: Used in Research Work for High Temperature Carbon Capture/Fuel Generation EP46HT-2 was used in research funded by the U.S. Department of Energy by University of Texas at Austin and Virginia Tech to investigate the influence of temperature on the gas transport properties of… Two Part Epoxy Oil & Chemical Processing, Other Industries /it/case-study/ep46ht-2-used-research-work-high-temperature-carbon-capturefuel-generation
EP62-1HT: Cyclohexane resistant epoxy used to bond critical optical components EP62-1HT is a two-component moderate heat curing epoxy system with a long working life of 12–24 hours at room temperature. It is suitable for many highly demanding aerospace, electronic, and… Two Part Epoxy Electrical, Optical /it/case-study/ep62-1ht-cyclohexane-resistant-epoxy-used-bond-critical-optical-components
EP62-1LPSPMed: Used to Encapsulate Radioactive Iodine-125 Seeds Within a 3D-printed Episcleral Plaque Master Bond EP62-1LPSPMed shows exceptional resistance to radiation and common medical sterilization methods, as well as biocompatibility, making it well-suited for the precision encapsulation of… Two Part Epoxy Medical /it/case-study/ep62-1lpspmed-used-encapsulate-radioactive-iodine-125-seeds-within-3d-printed-episcleral
EP65HT-1: Utilized by NASA in Thin-Film Organic Photovoltaics A NASA publication documented the use of Master Bond EP65HT-1 for use in organic photovoltaic devices.1 The NASA researchers sought to create an experimental device using fullerene-containing… Two Part Epoxy Aerospace, Electrical /it/case-study/ep65ht-1-utilized-nasa-thin-film-organic-photovoltaics
EP75-1: Electrically conductive adhesive for a sensor in a biomarker detector A team of researchers at SUNY Binghamton and SUNY Stony Brook developed a nanoparticle-sensitized printed flexible chemiresistor sensor on paper for detecting chemical species to provide an… Two Part Epoxy Electrical, Electronics, Sensors /it/case-study/ep75-1-electrically-conductive-adhesive-sensor-biomarker-detector
EP79: Used to Connect Electrically Conductive Joints in the ATLAS Detector at CERN Scientists at CERN, The European Organization for Nuclear Research, used EP79 to reduce the radiation length and connect electrically-conductive joints of the aluminum barrel and copper end caps of… Two Part Epoxy Nuclear Science /it/case-study/ep79-used-connect-electrically-conductive-joints-atlas-detector-cern
Flexible EP37-3FLF Adhesive Excels in E-Textile Packaging Study Master Bond EP37-3FLF was selected as one of six adhesives tested in a study of flexible electronic packaging for e-textiles conducted at the University of Southampton. For both the shear load and… Two Part Epoxy Materials Science /it/case-study/flexible-ep37-3flf-adhesive-excels-e-textile-packaging-study
Why Work with Master Bond

Perché scegliere Master Bond

  • Supporto tecnico personalizzato fornito da ingegneri esperti
  • Adesivi che soddisfano i più severi standard del settore
  • Prestazioni e affidabilità comprovate da centinaia di pubblicazioni su riviste scientifiche sottoposte a revisione paritaria
  • Realizzati su ordinazione per garantire la massima durata di conservazione
  • Direttamente dal nostro stabilimento di produzione negli Stati Uniti
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