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  Market Overview: Architectural Coatings are used to coat and paint the houses and buildings. The main functions of these coatings are adhesion, wettability, corrosion resistance and weather shield. The architectural and construction industry have been specifying and utilizing protective coatings for decades. These coatings work to prevent deterioration caused by impact and environmental factors to maintain durability and aesthetics while greatly reducing maintenance costs and increasing the life of the finish. A portion of the noticeable elements that emphatically impact the development of  Architectural Coatings Market  are quick industrialization, expanding lodging for the extending masses, and consistent development of construction industry. Fast urbanization combined with expanding per capita discretionary cash flow in rising economies are anticipated to drive the development of the market amid the evaluation forecast period. Additionally, rising interest for inside decorativ

  The characteristics of polymers which are determined by a change in environment factors such as pH, temperature, and others are known as smart polymers. They are also called stimuli response polymers or intelligent materials. These polymers are strong, resilient, durable, ecofriendly and reliable nature. Owing to these attributes, they are used in various applications such as biotechnology and medicine, drug delivery systems, and others. The Global Smart Polymers Market has been driven by the growing demand of physical stimuli responsive polymers in heavy end industries. Moreover, it is estimated that the market is set to witness a higher growth due to an increase in the number of manufacturing units to produce intelligent materials in automotive, chemical and construction industries. Competitive Analysis: Some of the major players functioning in the Global  Stimuli Responsive Polymers Market  are BASF SE (Germany), The Lubrizol Corporation (the U.S.), Spintech LLC (the U.S.),

  Market Overview The global medical device coating market is anticipated to grow at 5.16% CAGR during the forecast period 2017-2023. The rising old population and on-going technological innovation will be the key factors determining the growth potential of the medical device coating market, suggest analysts. The medical device coating market report suggests that imposition of stringent rules as well as time consuming regulatory approvals will affect the market growth. During the forecast period the market for medical device coating will reach US$10,109.7 million by 2023. The growth in the medical device coating market to remain positive across all the application and type segments, however, segments like cardiovascular and orthopedics have experienced increased growth during the forecast period 2017-2023. Rising need for non-invasive methods and need for protective devices are said to be the key medical device coating market growth factors. Although, during the forecast period 201

  Methyl Cellulose is a chemical compound which is mainly derived from cellulose. It is available in the form of a hydrophilic white powder in pure form and dissolves in cold water which then forms a clear viscous solution or gel. Various kind of Methyl Cellulose derivatives can be prepared depending upon the number of hydroxyl groups. It is used as a thickener and emulsifier in numerous food and cosmetic products. Moreover, it is used as a water retaining adjuvant and is used in wood finishing as a thickener additive in paints. They prevent paint pigments from settling and offer excellent smoothness and consistency along with better adhesion of paint. Furthermore, they find wide application scope in numerous application such as cosmetic & personal care, pharmaceutical, paints & coatings, construction material, and others. Some of the prominent market factors that positively influence the Methyl Cellulose Market growth are increasing demand from construction sector, improvi

  Polycarbonate glazing Market – Market Overview According to the analysis of MRFR, the major market forces and trends driving growth of the global  Polycarbonate Glazing Market  includes growth of construction sector, increasing automotive production, and favorable government regulations. Rapid urbanization, escalating public and private investment, and rising disposable income of the people in emerging economies is anticipated to boost demand for the product over the forecast period. The benefits of these sheets percolated across commercial, industrial, and institutional sectors finding wide application scope in overhead glazing and greenhouse glazing which will further boost up the market growth. Moreover, shifting consumer preference towards green & sustainable construction is expected to fuel demand for the product in the coming years. Moreover, rising demand for lightweight automobiles coupled with adoption of strict emission reduction norms are predictable drivers of the m