Mounting Endeavor to Devise Ear Infection Treatments to Surge Tetraethyl Orthosilicate Consumption

The recent years have recorded an upsurge in research activities, which is touted to propel the adoption of tetraethyl orthosilicate across various applications. A study conducted in September 2020 deployed the chemical compound as a silane cross-linker for the preparation of sodium alginate hydrogels. The preparations were tested for antimicrobial analysis and cytotoxicity for assessing their suitability for biomedical applications.

Further, the chemical compound can be deployed as a source of semiconductor silicon for thin film deposition of undoped and doped silicon dioxide films. The chemical is used as a replacement for silane and other pyrophoric sources of silicon.

The global tetraethyl orthosilicate market size was USD 5,261.29 million in 2020, cites Business Research Insights. The market is anticipated to exhibit a CAGR of 35.87% during the forecast period. The growth can be attributed to escalating deployment of the product in a range of sectors. Escalating urbanization has led to the expansion of automotive production and building & construction activities. This is surging the adoption of TEOs in coatings and paints utilized in the automotive sector.

Growing Product Usage in the Treatment of Ear Infections

Several studies are being conducted for the development of treatments for various ear infections. For instance, in September 2020, researchers reporting in ACS Biomaterials Science & Engineering developed a single-use treatment that does not require refrigeration. The treatment was provided for outer ear infections that are caused by the Staphylococcus aureus and Pseudomonas aeruginosa.

For the same, the team tested two delivery systems by mixing large molecular weight polymers with activated tetraethyl orthosilicate. When squeezed through a syringe, the materials are liquids but rapidly form gels when entering the ear.

Formation of Advanced Structures to Increase Sustainability

The recent years have registered considerable advancements in technologies that have resulted in the formation of advanced structures in advanced materials. Further, tetraethyl orthosilicate possesses excellent qualities, including high strength, insolubility, temperature resilience, and others. Due to this, the solutions are utilized in a range of industries.

Besides, chemical companies across the globe are operating in ecosystems that are economical and sustainable, leading to reduced energy consumption. Further, many companies are making wise use of strong chemicals given the launch of stringent environmental laws.

Rising Urbanization Set to Favor Product Adoption

The expanding chemical industry has increased the demand for tetraethyl orthosilicate for the synthesis of various compounds. Furthermore, surging urbanization has resulted in the growth of building & construction activities and automotive production, where the chemical is utilized in paintings and coatings.

The solution also finds usage in the semiconductor industry, where it is deployed as a precursor to silicon dioxide. The growing product adoption in various sectors is poised to favor market expansion over the forthcoming years.

Which are the Leading Companies?

Enlisted below are some of the key participants in the industry:

• Evonik (Germany)
• Jingzhou Jianghan Fine Chemical (China)
• Dow Corning (U.S.)
• Chenguang New Materials (China)
• Wacker (U.S.)
• Momentive (U.S.)
• Zhejiang Zhengbang Organosilicon (China)
• Yinbang New Material (China)
• Nantong Chengha Chemical (China)
• Hubei Bluesky New Material (China)

Steps Taken by Major Industry Participants: A Brief Overview

Prominent companies are centered on the adoption of a range of strategic initiatives for strengthening their market position. These include mergers, acquisitions, product developments, and others. Besides, several players are also entering into partnership agreements and collaborations for expanding product reach and establishing a strong footing.

Many market participants are undertaking research activities for enabling the development of superior solutions. Some are also attending conferences for strengthening their business prospects.

Way Ahead

In the years to come, the demand for tetraethyl orthosilicate is slated to rise owing to its increased usage in electronics, construction, adhesives, and a range of other industries. The chemical compound is utilized in making silicone, which is used for coatings and electronics in encapsulants, adhesives, sealants, potting compounds, and molding rubbers.