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Robust Growth in Asia-Pacific Drives Global Tissue Engineering Market to Reach 57 Billion by 2024 - Market Report (2018-2024) by Industry Experts, Inc.

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Industry Experts, Inc. published an updated 2019 version of market research report " Tissue Engineering: Technologies and Therapeutic Areas – A Global Market Overview ". As per the new report, the global market for Tissue Engineering is led by North America, estimated at US$9.6 billion in 2018, which is expected to maintain a CAGR of 16.2% between 2018 and 2024 and reach a projected US$23.6 billion by 2024. Organs developed using Tissue Engineering are highly durable and efficient, with applications gaining ground in areas, such as surgical manipulation of tissues and prosthetics for cardiac, cancer and orthopedic uses. The technology has reached a stage where the products offer a reduced rate of rejection by the body, which would further propel the market for Tissue Engineering. Though North America is the leading global region for revenues garnered from Tissue Engineering, Asia-Pacific is likely to outpace all other regions by posting the fastest CAGR over the analysis p

Owing to Withstanding Adverse Weather Conditions and High Resistance to Wear & Tear, Global Demand for Carbon Black is Expected to Reach 20 Million Metric Tons by 2024 - Market Report (2018-2024) by Industry Experts, Inc.

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Industry Experts, Inc. unveiled an updated 2019 version of the global market research report on Carbon Black. The new report entitled " Carbon Black – A Global Market Overview " reveals that Furnace Carbon Black dominates the global volume market for Carbon Black by type, estimated at 12.9 million metric tons, valued at US$14.9 billion, in 2018, which is also expected to record the fastest CAGR of 5.5% between 2018 and 2024 and reach a projected 17.8 million metric tons, translated to US$20.8 billion, by 2024. Carbon black becoming an integral component of high-performance coatings can be attributed to its superior properties, such as resistance to high wear & tear, ability to withstand adverse weather conditions and insulation features. Another trend being witnessed is a move towards “green” carbon black, which is obtained from end-of-life discarded tires through a process called pyrolysis. All these factors augur a steady positive growth in demand for carbon black.