High purity boehmite sales are anticipated to increase at a remarkable CAGR of 14.9% between 2022 and 2032, reaching a valuation of US$ 400 Million by that year. High purity boehmite is increasingly being used in a variety of applications, which is what is driving the market growth.
High purity boehmite is present in alumino-silicate bedrocks and is further extracted & processed using different methods to make it suitable for numerous commercial applications. These high purity boehmites, which are generally present in very small sizes i.e. as nano-sized particles in a dispersed phase, possess a unique amalgamation of dispersibility, purity and consistency.
These attributes of high purity boehmite push its use in numerous colloidal applications. High purity boehmites are synthesized under control to produce end products with desired qualities. High purity boehmites are versatile in nature and can be used for a wide range of applications.
In the commercial market place, high purity boehmite is available in different purity levels, such as 99.0%-99.9% purity and above 99.9% purity, of which the former is gaining attraction in numerous applications. Likewise, high purity boehmites are also available in dispersed form, tailor-made to suit various applications.
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These high purity boehmites are generally classified as Water dispersible high purity boehmites, acid dispersible high purity boehmites and surface modified high purity boehmites
High Purity Boehmite: Market Dynamics
It has been found that the sales volume of high purity boehmite has increased in the last few years and the same sales trend is expected to be witnessed during the forecast period. The key force behind this increase sales volume of high purity boehmite is its growing adoption and expanding application universe.
Shift from conventional resources of energy to batteries is one of the prime driving forces increasing the sales of lithium ion batteries globally, which in turn, is creating substantial revenue sales for high purity boehmite products.
Properties, such as high purity levels, dispersibility and consistency, have been adding to growing preference for high purity boehmite as the prime choice of material in numerous application. Growing use of plastics in different end-use industries will also create substantial demand for high purity boehmite as a plastic additive.
Suppliers & distributors available in the value chain of high purity boehmite are looking forward to collaborating with each other to streamline the downstream flow of the high purity boehmite products. However, expensive processing technology is an important hurdle present in the high purity boehmite market.
High Purity Boehmite: Region Wise Trends
China, along with other South East Asian countries, such as India, ASEAN and South Korea, will witness high growth during the forecast period. These regions collectively capture the major share in the overall market in terms of volume.
Increase in the number of electric vehicles in these country will create substantial demand for lithium ion batteries, which will accelerate the overall market of high purity boehmite. North America & Western Europe will also witness substantial demand as these regions are well equipped with enhanced production facilities for lithium ion batteries.
MEA is home to technologically advanced petrochemical production facilities, which require a significant amount of high purity boehmite as a plastic additive. Latin America & Eastern Europe are turning into low-cost manufacturing centers and will create substantial growth opportunities for the market participants during the forecast period.
High Purity Boehmite: Top Key Players
AnHui Estone Material Technology
Sasol
Nabaltec
TOR Minerals
Kawai Lime Industry
TAIMEI Chemicals
Dequenne Chimie
Osang Group
Silkem
Xuancheng Jingrui New Materials
Tianjin Boyuan New Materials
High Purity Boehmite: Segmentation
On the basis of Purity,
Purity (99.0%-99.9%)
Purity (Above 99.9%)
On the basis of Product type
Water dispersible
Acid dispersible high
Surface modified high
On the basis of Application
Li-Ion Battery Separator
Electronic Ceramics
Flame Retardant
Catalysis
Surface fractioning
Microcrystalline Ceramics
Refractory Materials
Rheology Control