Self-healing
materials are an innovative class of substances designed to automatically
repair damage without the need for any external intervention. Inspired by
biological systems like human skin, these materials can mend themselves when
they experience wear and tear. This ability to self-heal allows these materials
to extend their lifespan and maintain their structural integrity, making them
highly valuable for a variety of applications.
There
are two main types of self-healing mechanisms. Intrinsic self-healing materials
possess inherent properties that allow them to heal through reversible chemical
bonds or physical interactions. On the other hand, extrinsic self-healing
materials contain embedded healing agents, such as microcapsules or vascular
networks, which release a repair substance when damage occurs. The benefits of
self-healing materials are significant. They can extend the lifespan of
products, reduce maintenance costs, and enhance the safety and reliability of
structures and components. However, there are still challenges to overcome,
such as developing materials that perform reliably under diverse conditions,
creating cost-effective production methods, and optimizing the balance between
self-healing capabilities and other essential properties like strength and
flexibility.
According
to TechSci Research Report “Self-Healing Materials Market– Global Industry Size, Share, Trends, Opportunity, and Forecast, Segmented By Form (Extrinsic and Intrinsic),By Material Type (Polymer, Concrete, Coatings, Others) By End Use (Building & Construction, Mobile Devices, Transportation, Others), By Region and By Competition, 2019-2029F” Global Self-Healing
Materials Market was valued at USD 1642.34 Million in 2023 and is anticipated
to project impressive growth in the forecast period with a CAGR of 9.16%
through 2029. This growth is driven by advancements in material science and
increasing applications across various industries. Self-healing materials are
designed to autonomously repair damage caused by mechanical wear, environmental
factors, or other external stimuli. This technology offers advantages such as
prolonged product lifespan, reduced maintenance costs, and enhanced durability,
making it increasingly sought after in sectors like automotive, electronics,
construction, and healthcare.
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)
Let us
dive deep in the science and business favorability of these materials and how
sustainable they are compared to their competitors.
Understanding
the Science Behind Self-Healing Materials
The
science behind self-healing materials is truly fascinating, combining advanced
chemistry and smart engineering to create substances that can fix themselves
when damaged. Intrinsic self-healing materials have special bonds and
interactions, like hydrogen bonding, that allow them to mend breaks and restore
their structure naturally. Extrinsic self-healing materials take a different
approach by embedding tiny capsules, hollow fibers, or networks filled with
healing agents. When these materials get damaged, the capsules or fibers
release the healing agents, which then react, often through polymerization or
mineral precipitation, to fill in the cracks and repair the damage.
In
metals, shape-memory alloys can return to their original form when heated,
effectively "healing" any deformations. For ceramics and concrete,
self-healing might involve high-temperature reactions or even the use of
bacteria that produce minerals to seal cracks. The success of these
self-healing processes depends on precise material design and a deep
understanding of the chemical reactions and physical processes at play. This
cutting-edge technology promises to revolutionize how we build and maintain
everything from everyday products to critical infrastructure.
Benefits of
Self-Healing Materials: Reason For Their Popularity
Self-healing
materials are shaking up various industries with their amazing, self-repairing
capabilities. And why not? Imagine products that can fix themselves when
damaged – that's the magic of self-healing materials! They offer a host of
benefits that are hard to ignore.
·
Reduced Maintenance Costs
Since
self-healing materials can repair themselves when damaged, the frequency of
required repair drops dramatically. With the reduction in the need for manual
repairs, businesses can save significantly on labor costs. Technicians and
maintenance crews spend less time fixing issues, allowing companies to allocate
these human resources more efficiently. In addition, products and components
made from self-healing materials last longer due to their ability to fix themselves.
With fewer repairs needed, there is also a reduced need for keeping a large
inventory of spare parts. This not only cuts costs related to storage and
inventory management but also minimizes the capital tied up in unused parts.
·
Improved Safety
With
the ability to maintain its structural integrity through self-repair, these
materials ensure that buildings, bridges, and other infrastructure remain sound
and secure. In addition, by addressing damage early, self-healing materials
reduce the likelihood of sudden, catastrophic failures. This is especially
important in applications where material failure could result in significant
harm, such as in aircraft, medical devices, and heavy machinery. To the
benefit, self-healing materials reduce the dependence on human inspections and
repairs, minimizing the risk of human error.
·
Increased Efficiency
Self-healing
materials offer substantial benefits in terms of increased efficiency across
various applications and industries. Products and components made from
self-healing materials have a longer lifespan due to their ability to
self-repair. This longevity reduces the frequency of replacements and downtime
associated with equipment failure, thereby improving overall efficiency in
terms of resource utilization and lifecycle management. Hence, rather than
diverting resources towards reactive maintenance and emergency repairs,
companies can focus on proactive strategies and operational improvements that
enhance efficiency and productivity.
·
Environmental Sustainability
Self-healing
materials offer significant benefits in terms of environmental sustainability,
making them a promising innovation for industries aiming to reduce their
ecological footprint. By minimizing the need for replacements and repairs,
self-healing materials decrease the amount of waste generated during the
manufacturing, use, and disposal phases. The extended lifespan and reduced
maintenance requirements of self-healing materials and its ability to optimize
manufacturing processes tend to contribute to energy savings throughout their
lifecycle.
Beyond
Breakdowns: Advancing with Self-Repairing Materials
Self-healing
materials have become increasingly significant in diverse applications,
including biomaterials and protective coatings. Over the past two decades,
advancements in material science have progressed from research and development
to the production of practical self-healing materials. Major players in the
global market have innovated self-healing materials featuring repeated healing
mechanisms. Among these innovations, self-healing polymers, a type of
functional polymer, exhibit the ability to autonomously repair scratches,
cracks, and other mechanical damages.
·
Scratched Surfaces
In the
event of a scratch on a self-healing material, it has the capability to close
or fill the scratch, effectively restoring its surface to its original state as
if the damage had never occurred. This technology finds practical application
in sectors such as automotive coatings and paints, where scratches
traditionally necessitate extensive repainting of the affected area or even the
entire vehicle. Similarly, self-healing materials are also being integrated
into mobile phones, where certain models now feature these advanced materials
to maintain scratch-free screens and cases over time.
·
Cracks
A vast
majority of materials and components lose their integrity or functionality upon
cracking, often necessitating immediate replacement. Self-healing materials
offer the potential to significantly prolong their operational lifespan. This
capability is particularly advantageous in critical applications such as
aircraft wings, asphalt pavements, and construction elements, where inspections
and repairs are costly and labor-intensive endeavors.
·
Corrosion
Damage
to the surface of paints, coatings, or protective layers on metallic materials
can potentially initiate corrosion. This issue can be mitigated if the
protective layer possesses the ability to self-repair promptly, thereby
re-establishing isolation of the metal substrate from external elements and
effectively shielding it against corrosion. Such advanced paints and coatings
are already available in today's market and hold promise for substantial
advancements within the industry in the years ahead.
Sectors/Industries
Benefiting Through Self-Healing Materials
Over
the years, material advancement has been highly important in shaping the
development of infrastructure and industries as an entirety, making it
relevantly important in the progress of Material Science and Material
Processing. Since the advent of self-healing materials, number of industries
have strived towards reaping the benefits of the technology:
Aerospace and
Aviation Industry
Aerospace
sector falls under one of those categories where its components are subjected
to extreme conditions and potential impact damage, like aircrafts. Presently, in
contemporary aircraft structures, fiber-reinforced composites (FRCs) are
commonly employed, where low-velocity impacts can induce micro-cracks and
interfacial debonding. These issues are effectively addressed by integrating
self-healing composites. For instance, glass fiber-reinforced epoxy laminates
embedded with microcapsules exhibit extrinsic self-healing capabilities,
reversing damage from impact-induced matrix microcracks and significantly
mitigating structural degradation over time. FRCs traditionally struggle to
maintain structural integrity during prolonged service life, whereas self-healing
materials like epoxy-matrix composites with embedded microcapsules offer a
modern solution. These materials counter fatigue cracks induced by cyclic
mechanical and structural loads, reducing crack propagation rates by more than
80% and thereby extending operational lifespan substantially. Moreover, these
"smart" materials are lighter than conventional counterparts,
contributing to overall component lightweighting efforts.
Real
Life Instance:
Over
the past few years, Carbon Fiber Reinforced Polymer (CFRP) composites have
become a staple material for aerospace and wind energy equipment due to their
compact size, excellent durability, and corrosion-resistant properties. Similarly,
Magnesium composites are employed in a range of applications, including engine
assemblies for aerospace vehicles, braking elements, and motion axles. In the
F16 aircraft, aluminum entryways have been substituted with magnesium
composites reinforced with silicon carbide (SiC) particles, thereby improving
fatigue life.
Construction
Self-healing
materials offer several promising applications within the construction
industry, addressing durability, maintenance, and sustainability challenges. Self-healing
concrete is a notable application where microorganisms or encapsulated healing
agents are embedded within the concrete mix. These agents react when cracks
form, sealing them and preventing water ingress, which can lead to corrosion of
reinforcement. Similarly, self-healing mixes are designed with rejuvenating
agents that flow into cracks under temperature changes or traffic loads,
preventing the formation of potholes and extending the service life of roads.
This approach not only lowers maintenance costs but also minimizes disruptions
to traffic flow. Additionally, self-healing coatings applied to steel
structures and building facades repair minor damages autonomously, ensuring
long-term aesthetic appeal and corrosion resistance. These coatings react to
environmental factors, effectively maintaining their protective properties over
time.
Real
Life Instance:
Schlumberger,
a leading multinational technology company, has already demonstrated its
interest and current involvement in cutting edge materials and construction
technologies. The company recognizes the need of self-healing concrete, a
revolutionary concrete type, possessing the ability to repair cracks caused by
wear, tear, or environmental factors. Also, October 2023 saw the launch of
COASTALUME with U.S. STEEL, a specifically designed material to be able to
withstand coastal environment. It is widely known in industrial scenarios to
combine self-healing characteristics and strengths of U.S. Steel’s GALVALUME
and DuPont's Tedlar PVF film barrier, with the ability to withstand saltwater
corrosion, cracking, and UV damage.
Electronics
Numerous
studies and practicalities have been conducted on contemporary self-healing
polymers and their applications. Primarily, the research has been focusing on
mechanical properties and durability for electronic applications. Though the
field remains majorly unexplored due to complexities involved, some examples
have proved self-healing materials’ worth. For example, Nissan Motor and Bayer
Corporates announced the wide commercialization of self-healing clear coat
paint to protect vehicle surfaces. Note that the wider adoption of advanced
intrinsic self-healing polymers still faces challenges such as difficulties in
scaling up complex chemistries, lower robustness than that of conventional
materials, and performance degradation at extreme temperatures. On the
contrary, Self-healing materials are particularly valuable in flexible and
wearable electronics, where durability and robustness are essential. Also, Self-healing
materials are being explored for use in battery electrodes and electrolytes.
These materials can mitigate electrode degradation and enhance battery cycling
stability by repairing microcracks that develop during charge-discharge cycles.
Real-Life
Instance:
Thanks
to R&D, researchers have developed numerous techniques and materials that
could make possible a variety of self-healing electronic components and
structural parts. Scientists at Technion – Israel Institute of Technology have
developed eco-friendly nanocrystal semiconductors with self-healing
capabilities. Their research, recently published in Advanced Functional
Materials, details how a class of materials known as double perovskites exhibit
self-healing properties when damaged by electron beam radiation. Perovskites,
first discovered in 1839, have recently attracted significant scientific
interest due to their unique electro-optical properties, which enable efficient
energy conversion at a low production cost. Notably, lead-based perovskites
have been a focal point in the development of highly efficient solar cells.
Bio-Medical
Industry
Self-healing
polymeric materials, designed to autonomously repair damage induced by external
stimuli, are at the forefront of sustainable materials research. Their
capability to preserve product quality and functionality, while extending the
lifespan of products, plays a pivotal role in alleviating the environmental
impact of plastic waste. Historically, early research on the development of
self-healing materials has concentrated on extrinsic self-healing systems,
characterized by the incorporation of embedded healing agents. Self-healing
materials are currently utilized in numerous implanted devices, wound
dressings, and drug delivery systems. Among the most exciting areas of research
today is the exploration of hydrogels, a broad category of water-based,
biocompatible materials that can be engineered to possess self-healing
properties. Soft contact lenses represent a notable example of hydrogel
application in biomedical contexts; however, researchers are continuously discovering
additional potential uses for these versatile materials.
Real
Life Instances:
Self-healing
(bio)materials are pivotal in advancing towards a circular economy in
healthcare. Each year, numerous studies report on the development of
self-healing materials (SHMs) and their practical applications. Recently, a
self-healable photochromic polymeric matrix was designed using a
biomass-derived elastomer, incorporating multiple hydrogen bonds (UPy groups)
and covalent cross-linking. The elastomer's soft characteristics and dynamic
nature contributed to its healing capability and greater extensibility, while
the covalent cross-linking facilitated the reassociation of damaged hydrogen
bonds. The synthesized elastomer demonstrated excellent toughness (42.76 MJ
m−3) and high extensibility (>2600%). Additionally, it exhibited robust
self-healing properties, achieving full damage repair, with a toughness of
approximately 24.1 MJ m−3 and impressive mechanical recovery (elongation of
1900%) after healing at 60 °C for 24 hours.
The Vision: What
Future Holds For Self-Healing Materials
Since
the advent of industrial revolution, continuous innovations in material science
has helped shape work and social lives. However, how these materials are used
and reused is critical considering the face of complex global challenges such
as sustainable development, climate change, etc.
Significant
Potential Opportunities in Sectors
·
Efficient Operation in Harsh
Environments
Self-healing
materials are particularly valuable in scenarios where products need to last a
long time or operate in challenging environments. This includes buildings and
bridges, wind turbines, and deep-sea cabling within the energy sector. They're
also used in satellites for deep space exploration and even within the human
body, such as with medical implants and prosthetics. These materials reduce
maintenance costs and enhance the reliability of critical infrastructure.
Moreover, their ability to autonomously repair damage ensures continuous
performance and longevity, making them indispensable in high-stakes
applications.
·
Enhanced Aesthetic Resilience
Wear
and tear is considered one significant driver for why products tend to be
prematurely replaced by consumers. Products that are able to resist scratches
and are able to return to new condition would notably mitigate the issue. Currently,
the focus is primarily on the automotive sector, but the technology holds
promise for broader applications. For instance, municipal councils could use it
to maintain the quality of building facades and public furniture, enhancing the
appeal of social spaces. The greatest potential impact lies in consumer
electronics, where it could extend the service life of mobile phones, iPads,
and household appliances, contributing to sustainability efforts by reducing
electronic waste.
·
Facilitating Assembly and
Disassembly
The
disassembly and reassembly of products are crucial for their longevity, yet
this process frequently leads to component damage that limits their
salvageability. Self-healing rubbers, capable of repairing cuts even up to 18
hours after they occur, offer extended material functionality that could
significantly simplify product disassembly and reassembly. For example,
envision a product with a completely sealed casing that can be cut and
seamlessly re-bonded. This innovation has the potential to reduce the complexity
of parts and components required for manufacturing, thereby optimizing
production efficiency and resource utilization.
Summing
Up
In
conclusion, self-healing materials represent a transformative innovation poised
to reshape various industries by enabling automatic repair of damage without
external intervention. Inspired by biological systems like human skin, these
materials possess the remarkable ability to mend themselves, thereby extending
product lifespan and ensuring structural integrity. There are two primary
mechanisms through which self-healing materials operate: intrinsic materials
utilize reversible chemical bonds or physical interactions for healing, while
extrinsic materials incorporate embedded healing agents that release repair substances
upon damage.
The
benefits of self-healing materials are substantial, encompassing reduced
maintenance costs, enhanced safety and reliability of structures, and prolonged
product longevity. However, challenges remain in optimizing their performance
under diverse conditions, scaling production economically, and balancing
self-healing properties with essential material attributes such as strength and
flexibility.
The
scientific exploration and business viability of self-healing materials underscore
their potential to revolutionize industries across the globe. By understanding
their intricate chemistry and engineering, these materials promise to enhance
efficiency, sustainability, and durability in applications ranging from
aerospace and construction to electronics and biomedical devices. As research
and development continue to advance, self-healing materials are poised to play
a pivotal role in shaping a more resilient and sustainable future.