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Iodine Market Competitive Landscape And Application Development Analysis Explore Future Growth With Top Players – KSU

Iodine Market Competitive Landscape And Application Development Analysis Explore Future Growth With Top Players atulpmrJune 28, 2021 According to a new market report published by Persistence Market Research titled, “ Iodine Market: Global Industry Analysis and Forecast, 2016–2024”, the global market for iodine is estimated to be valued at US$ 1,679.4 Mn by 2024, Driven by Increasing Use of Iodine as Contrast Imaging Agent across the Globe and as Industrial Catalyst and Sterilizing Agent. Iodine is a halogen element in group seven of the periodic table, with atomic number 53. It is blue-black in color and has shiny lustre. Iodine and its derivatives are widely used as an intermediate in industrial chemicals and for human nutrition. The element is sourced from water bodies such as oceans and water pools as well as from seaweed. Iodine deficiency in humans results in various health-related issues such as goiter, mental retardation, heart diseases, and eyesight problems.

Polymer Foam Market Size to Reach USD 157 63 Billion by 2027; Rising Demand for Efficient Insulation Solutions from the Packaging Industry to Aid Market Expansion, Says Fortune Business Insights™

USD 114.88 billion in 2019 and provides the following: Quantitative and qualitative analysis of the short-term and long-term impact of the COVID-19 pandemic on the market; Actionable insights into the upcoming opportunities in the market; Granular study of the market, drivers, restraints, and segments; and Detailed examination of the regional developments, competitive landscape, and emerging investment pockets for the market. Key Market Driver: Research into Recyclable Polymer Foams to Create Promising Prospects An emerging trend that is expected to catalyze the polymer foam market growth is the increasing research conducted to study the viability of recycling waste polymer foams such as phenolic foam and polyethylene terephthalate (PET) foam. A study published in the journal industrial Crops and Products’ in 2017, which created polyurethane rigid foams from recycled PET, found that the rigidity of PU foams grew three-fold and strength enhanced two-fold after adding adipic

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