Master Bond manufactures industrial adhesives, sealants, coatings and encapsulation compounds with properties that are successfully used in a wide range of power technology, renewable energy, and oil and gas processing applications. Specific grades offer corrosion resistance, the ability to withstand vibration and shock, optical clarity, electrical insulation, and resistance to moisture or extreme temperatures. Applications that these systems are used in include fuel cells, hydropower devices, wind turbines and solar panels.
Master Bond specialises in the production of one-part and two-part epoxies, silicones and UV/LED curing compounds. These materials feature outstanding performance properties and meet engineers’ specific application requirements for use in various power industries. We have more than 3,000 formulations and have been in business since 1975. Select grades are tested to comply with rigorous industry certifications. All products are made fresh and sold direct. Structural adhesives for the renewable energy sector
Master Bond epoxies can be successfully used in wind turbine blade assemblies, solar panels, hydropower applications and more.
Compared to other adhesives, epoxies are often stronger and more durable, making them suitable for structural uses. They promote high mechanical strength attributes, high-performance dimensional stability, lightweight features and high-quality adhesion to similar and dissimilar substrates. Master Bond specialises in the production of one-part and two-part epoxies, silicones and UV/LED curing compounds. Compared to other adhesives, epoxies are often stronger and more durable, making them suitable for structural uses. Master Bond epoxies can be successfully used in wind turbine blade assemblies, solar panels, hydropower applications and more. Image licensed to Master Bond from Shutterstock.
Often providing excellent chemical and temperature resistance, epoxies typically exhibit a very wide working temperature range. Adhesives for fuel cells
Master Bond develops adhesives and sealants for the varied needs of companies that manufacture fuel cells. We have made continual improvements in chemical resistant properties as well as in tensile, shear and impact resistance in metal and plastic bonding applications. Epoxy adhesives are designed to meet the special performance requirements for both stationary and portable fuel cells. Sealants that prevent air leakage and moisture diffusion have also played an integral role in the introduction of new systems with enhanced capabilities.
Master Bond products are formulated to the highest quality standards. Compliance testing has been conducted by well-established independent testing laboratories, in addition to US government agencies. Our extensive product line includes a variety of compounds that pass strict testing requirements. A partial list of these specifications is listed below: Nasa low outgassing MIL-STD-810G for fungus resistance MIL-STD-883J for thermal stability FAR 25.853(a) for flame retardancy UL 94V-0 and UL 94V-1 for flame retardancy UL 746A High Amp Arc Ignition Resistance and UL 94HB for Flame Retardancy UL 1203 for Explosion-Proof and Dust- Ignition-Proof Electrical Equipment for Use in Hazardous (Classified) Locations RoHS standards IEC 61249-2-21 for halogen free 85°C + 85% humidity testing (Telcordia GR-1221) ASTM D4060-14: Abrasion Resistance of Organic Coatings by the Taber Abraser Adhesive expertise and tech support
Master Bond’s technical staff have decades of knowledge in solving application problems. We take pride in providing personal support to our customers, assigning an experienced technical representative to all incoming inquiries.
We work with our customers throughout the design, prototyping and manufacturing processes and approach specific technical problems with an emphasis on simplifying application and reproducing results.
Today, there is a great market demand for all sorts of advanced power and high-frequency communications electronics, including high-power semiconductors, diodes, converters, amplifiers, radio devices, antennas and some high-frequency ID tags.
A NASA publication documented the use of Master Bond EP65HT-1 for use in organic photovoltaic devices.
Scientists at CERN used EP79 to reduce the radiation length and connect electrically-conductive joints of the aluminium barrel and copper end caps of the Faraday cage of the ATLAS detector.
Master Bond EP40TC is a two-part epoxy system, designed for bonding, sealing and encapsulating applications where thermal conductivity and electrical insulation are required.
Master Bond EP21AC is a two-part epoxy with a non-halogenated filler that is formulated for applications where arc resistance and flame retardancy are required.
Master Bond EP40ND is a two-component epoxy system, designed for bonding, sealing and coating applications. It is a non-drip, toughened system with an easy-to-use 1:1 mix ratio by weight or volume.
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