Restorative Materials in Hospitals to expand at a CAGR of 7.5% from 2024 to 2030

Close Physical Proximity to Patients in Dental Clinics Increases Spread of Coronavirus

The health and economic burden of bacteria and viruses has increased amidst the ongoing coronavirus (COVID-19) outbreak. Manufacturers in the global & Asia Pacific restorative materials market are increasing their production capabilities to develop active antiviral protective wear, since contact with symptomatic and asymptomatic patients has increased the risk of COVID-19 among dental practitioners. Dentists and clinicians are using face shields, head covers, and antiviral facemasks to fight off coronavirus. Close physical proximity to patients during dental procedures has raised the economic burden of adopting personal protective equipment for dentists.

Though the novel coronavirus pandemic has subsided in most countries, individuals are finding it risky to visit a doctor’s clinic, since healthcare facilities are under scrutiny for airborne transmission of the novel coronavirus. Companies in the global & Asia Pacific restorative materials market are likely to lose business in countries such as the U.S., Brazil, Russia, and India due to the ongoing spread of the coronavirus.

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Productive Interactions in Dental Fields Fuel Innovation in Nano-sized Reinforcing Fillers

The demand for restorative materials has increased in the past couple of years, due to productive interaction of material science and molecular biology fields. Likewise, innovations in biomedical materials in dentistry are a result of these interactions. Manufacturers in the global & Asia Pacific restorative materials market are focusing on reduced polymerization shrinkage and better depth of cure in products. Better degree of conversion has gained prime importance for restorative materials manufacturers. As such, micro and nano-sized reinforcing fillers are a breakthrough product in the dental materials domain, as they are easy to polish and have high wear resistance.

Frequent cases of tooth loss due to trauma or improper brushing habits have catalyzed the demand for biomedical materials. Hence, companies in the global & Asia Pacific restorative materials market are increasing their production capacities to develop resin-based composite materials, as they are a common choice for dental practitioners.

Can Hybrid Products Improve Rate of Clinical Success?

Hybrid restorative materials are acquiring prominence in the dental industry. These materials are made from a combination of resin composites and glass ionomer cements (GICs), and are being pervasively used in dental applications. Companies in the global & Asia Pacific restorative materials market are increasing their focus in adhesive-resin couple composites with high bond and mechanical strength. They are also sourcing best quality GICs with self-adhesive properties and moisture tolerance. Hybrid restorative materials have led to the introduction of resin-modified glass ionomer cements that display exceptional mechanical characteristics.

Studies and well-described chemistry of hybrid products are enhancing the credibility of manufacturers in the global & Asia Pacific restorative materials market. Hybrid products are improving the rate of clinical success. However, their use in daily practices is limited, as high-viscosity glass ionomer cements hold better adhesive performance as compared to the former.

New Manipulation Techniques Help in Development of Improved Restorative Materials

The rate of dental aesthetic procedures has been increasing tremendously in the recent past. This has contributed toward the growth of the global & Asia Pacific restorative materials market, which is expected to expand at a favorable CAGR of 7.5% throughout the forecast period. However, GICs have the limitation of low moisture sensitivity, strength, and abrasion resistance. Hence, manufacturers are increasing their R&D capabilities to innovate in newer and improved restorative materials.

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A combination of resinous matrix with inert dispersed filler particles are being introduced by manufacturers in the global & Asia Pacific restorative materials market as an alternative to conventional products. Their focus is to develop materials that adhere to a wide range of clinical outcomes. There is a demand for new processing methods, research spending, and manipulation techniques to develop new varieties in biomedical materials.

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Non-releasing Additives in Materials Aid in Effective Caries Management

Innovations around managing caries have become the prime interest of companies in the global & Asia Pacific restorative materials market. Promises around improving caries identification and treatment are being made, which has fueled innovations in restorative materials. The effect of silvers, fluorides, and other antimicrobial elements relies on the release from composite or host materials that help in the treatment of contaminated surroundings. Efficient concentration of antimicrobial materials in products holds promising potentials in effective management of caries.

Manufacturers in the global & Asia Pacific restorative materials market are using non-releasing additives to kill the bacteria right at the tooth-restoration interface. For instance, Nobio – a developer of long-term antibacterial and antiviral solutions for dental products, is gaining recognition for its new class of restorative materials with non-releasing additives that address the underlying cause of dental diseases.

Meticulous Maintenance Techniques Reduce Failures During Tooth-colored Restorations

Surface microhardness is an important pre-requisite in restorative materials. Surface quality is a crucial aesthetic requirement in tooth-colored restorations. As such, aesthetic restorative materials are used in minimally invasive applications in dentistry. Hence, the longevity of materials holds prime importance for dentists and manufacturers alike in the global & Asia Pacific restorative materials market, where the market is projected to cross a value of US$ 11.5 Bn by 2030. However, it has been found that some restorative materials are prone to low surface harness, which increases the risk of scratches and failures during restorations. In order to avoid this, manufacturers are focusing on maintaining the rigidity and strength of materials to increase clinical success in restorations.

Long-term survival of dental restorations is essential for maintaining optimum oral health. Hence, companies in the global & Asia Pacific restorative materials market are increasing awareness about meticulous maintenance techniques that improve the longevity of tooth-colored restorations.

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Analysts’  Viewpoint

Growing concerns regarding spread of bacteria and viruses in clinical settings have compelled manufacturers in the global & Asia Pacific restorative materials market to tap into production opportunities in active antiviral protective wear. The longevity of surface microhardness in tooth-colored restorations has increased the uptake of products. However, frequent use of mouthrinses may cause unfavorable effects on these dental restorations. Hence, companies should increase the awareness of mouthrinses with probiotics to maintain the longevity of dental restorations. High-viscosity glass ionomer cements are emerging as an alternative to hybrid products. Less shrinkage and high degree of conversion have become pivotal in the development of dental restorative materials.