Exciting new technological innovations are making the planet cleaner, people healthier, food more plentiful, transportation speedier, communication more accessible, and housing more comfortable.

We owe a great deal to the engineering community that, on a daily basis, tirelessly works on new ideas that offer previously unimaginable possibilities. Transformative changes in the past decades alone include smartphones, GPS systems, hybrid vehicles, high-speed Internet connections, digital cameras, drones, and heart valves. Future developmental efforts will focus on unmet needs, and will require close collaboration among different organizations.

Industrial Adhesives Present New Opportunities

The unsung hero in this endeavor has been the adhesive industry. Today, new adhesive chemistries offer more options, creating new possibilities. Compounds featuring high bond strength, durability, temperature, and chemical resistance have played an essential role in the design and manufacturing of breakthrough products. These formulations have made important contributions in providing customers with cost-effective solutions for demanding requirements. From high/low-temperature serviceability, to providing superior heat dissipation properties and having exceptional light transmission characteristics, these industrial adhesives are up to the challenge.

A wide variety of adhesives, sealants, and coatings are extremely versatile and can be dispensed with automatic applicators. Selecting the proper system involves consideration of many factors including surface preparation and configuration of parts. Liquid adhesives can speed productivity, lower labor costs, and significantly decrease the cost of manufacturing. Waste and energy costs have been greatly diminished as well. This has enabled companies to offer their devices at more affordable prices, which in turn, has increased their popularity and use. Company profitability has been favorably impacted.

Most notable has been the use of structural adhesives over conventional traditional fastening techniques. They are formidable competitors in many new designs. These gap-filling systems are aesthetically pleasing, distribute stress over bonded surfaces, resist cyclic fatigue, and have improved load-bearing capacity. They are environmentally sustainable, tough, and durable while reducing weight. Dimensionally stable, these compounds can withstand exposure to vibration, impact, and thermal cycling. Protection against many liquids and gases is outstanding, and adhesion to similar and dissimilar surfaces is exceptional.

Unique products are being developed to meet the needs of businesses engaged in inventive groundbreaking advances for the future. These devices have the potential to alter the shape of business and social conditions, and how humans interact with each other. Some of the most important of these are described below.


New robotic systems offering adaptability, artificial intelligence, and higher load-bearing capacity work in inhospitable environments. They are now able to perform complex tasks for exceptionally long periods of time. Applications range from space exploration to car manufacturing, and electronic assembly to precision cutting tools. They are also used by doctors to perform delicate non-invasive operations. Additionally, exoskeleton braces are used by people with limited mobility.

Robotic systems that accomplish intricate tasks embrace the use of epoxy adhesives in the manufacturing process.

Robotic systems that accomplish these intricate tasks embrace the use of epoxy adhesives in the manufacturing process. Future possible applications include agricultural robots, and robots that can assist senior citizens by performing household tasks and making decisions.

Wireless Technology

Wireless communication is a way to meet the connectivity needs of a mobile population, and can be installed rapidly without a need for cabling. It can increase business productivity, competitiveness, and customer support. Most commonly used applications are data communications, cellular telephones, GPS systems, satellite television, smart devices, traffic control systems, and remote-controlled devices. Wi-Fi is also widely used by consumers, connecting portable devices to the Internet.

M2M (Machine to Machine) connectivity offers much potential and will continue to grow. From manufacturing to maintenance and monitoring, from diagnostics to tracking, this wireless exchange of data enables companies to operate more efficiently and be more profitable.

Powerful, easy-to-use remote devices have gained wide acceptance, and companies depend on wireless communication for secure, reliable solutions for network connectivity.

Renewable Energy

Solar, wind, geothermal energy, tidal power, and biofuels play an important role as alternative sources of energy. They decrease the need for fossil fuels, reduce greenhouse gases, and are continuously replenished. With global warming and climate change drawing more attention, efforts are underway to increase energy efficiency and the use of renewable sources of energy.

As renewable energy sources become increasingly popular, technological advances are of paramount importance.

Concerns about energy security would be alleviated if technological improvements were able to expand the contribution from these sources of energy to keep pace with population growth.

Expectations are that renewable energy sources will become more cost-competitive and that the feasibility for new investments will become more attractive. Funding for research and development has shown improvement in energy yields and the potential for commercialization of new technologies.

Flexible Electronics

Flex circuits are used in automotive, computing, consumer electronics, defense, telecommunications, and medical applications. Thinner, more flexible circuits have potential as costs go down. Of particular interest is usage as a wearable medical instrument.

Single- and double-sided flex circuits, multilayer, and rigid-flex versions are commonly offered. Light in weight, these flexible circuits offer mobility and fit tight spacing requirements. Highly durable, they resist exposure to moisture and protect against corrosion. Customization of circuit layer materials will optimize properties.

Alternative Energy Vehicles

Environmentally friendly electric, hybrid, and fuel cell vehicles are constantly evolving to improve energy efficiency. New vehicle technology is being developed to reduce reliance on petroleum and increase energy sustainability. Concerns about global warming from greenhouse gas emissions has given greater impetus for vehicle manufacturing companies to satisfy consumer demand for advanced fuel-efficient vehicles.

Impressive results from researchers have overcome many obstacles, and vehicles are now available that run cleaner and use less fuel. As government pressure increases and utilization of new materials and concepts are studied, enormous improvements in efficiencies will result in major advances. Careful attention will be given to concerns regarding safety, acoustics, comfort, and maintenance.

In order to achieve these goals, the need for compounds offering improved mechanical strength, heat dissipation, stress relief, vibration dampening, temperature, chemical resistance, dielectric strength, and durability becomes more pronounced.


The market for sensors is expanding at a rapid rate. They play an important role in many industries including automotive, healthcare, energy, and food, as well as aerospace and industrial automation.

Adoption of wireless technology, increased functionality, miniaturization, and lower costs have created new opportunities. Products are available that improve efficiency, accuracy, performance, and quality, and reduce downtime.

Adhesive technology must keep pace with the constant changes and improvements in sensors and circuitry.

Potential future applications in sensors are significant. Major areas of growth are in medical diagnostics, environmental monitoring, transport, energy management, process industries, and security. From vehicle-to-vehicle communication to blood glucose monitoring, and from reducing CO2 emissions to high-throughput screening, new innovations show much promise.

To meet these challenges, design engineers need to consider interoperability and standardization, since these both will greatly enhance sensor usability. Adhesive technology must keep pace with the constant changes and improvements in sensors and circuitry.


As technological innovations continue to progress at an astonishing pace, expectations for the future become more intoxicating. Cutting-edge products feature overwhelming capabilities and can dramatically improve our prospects for advancement. When it comes to the manufacturing of these products and devices, adhesives, sealants, and coatings are employed in a diverse range of industries. Custom formulations that meet specific application requirements — including NASA low-outgassing, USP Class VI certification, UL94V-0 for flame-retardancy, FDA certification, and RoHS compliance — can be employed to increase efficiency, productivity, and product quality.

Moreover, specific performance properties such as thermal cycling, thermal conductivity, cryogenic serviceability, chemical resistance, electrical, mechanical, and optical clarity, to name a few, again can aid in the manufacturing of these ever-changing technological innovations.

This article was written by James Brenner, Vice President, Marketing, at Master Bond, Hackensack, NJ. For more information, visit here .