Precipitated Silica Market Trends, Size, Analysis and Forecast to 2022

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Date Submitted: 08/31/2016 11:21 PM

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Precipitated silica market is expected to reach USD 3.69billion by 2022, according to a new report by Grand View Research, Inc. The market is expected to witness substantial growth on account of its extensive use in rubber, toothpaste, and food industry. Growing demand for rubber grade products is expected to propel precipitated silica demand.

Rubber has extensive usage in the automotive, construction, industrial and consumer goods segment. Growing use of precipitated silica in rubber and tire industry is expected to boost precipitated silica market demand. The compound has profound usage as reinforcement fillers in tire and rubber industry. The product offers benefits such as improved flex fatigue resistance, rubber tear strength, heat build-up, adhesion, abrasion resistance, modulus, and hardness. Furthermore, the compound is used to enhance tear resistance, abrasion resistance, & tensile strength and improve wet traction performance as well as rolling resistance of the tires.

Browse Detail Report With TOC @ http://hexareports.com/report/precipitated-silica-market/details

Increasing use of the compound in pesticides is expected to spur demand over the forecast period. Furthermore, they are extensively used as carrier and diluents on account of properties such as compatibility, higher absorption, and improved stability with toxicants and other active ingredients. Furthermore, this product has extensive usage as dispersing, grinding and wetting aid and improves suspension behavior in liquid chemicals.

Further key findings from the report suggest:

Rubber application accounted for over 60% of the overall revenue share in 2014. Rubber grade silica is used in tire industry, wherein it helps to reduce rolling resistance, and increase grip of the tires. Increasing utilization of the compound in tires as replacements for carbon blacks provides better anti-skid properties and improved tensile and tear strength, which is further anticipated to fuel...