The Global Dispersible Polymer Powder Market is expected to grow at a CAGR of 6.2% during the forecasting period (2022-2029).
Dispersible polymer powders are produced by some spray-drying polymer dispersions when it contacts water. The dispersible polymer powder grains disintegrate, rereleasing the individual dispersion particles. Besides, dispersed polymer powder has an equivalent property because of the original dispersion. Moreover, a water-dispersible powder(I) is comprised of polymer particles(T) with repeating thiophene units and has a minimum of one other polyanionic polymer(P). It has been claimed that it is included for the assembly of the powder (P) by the reaction of a dispersion or solution containing the polymer (T) and therefore the polymer (P) with an organic precipitating agent during which the polymer (T) is insoluble which is followed by separation and drying of the polymer.
The dispersible polymer powders market will grow linear in the forecast period. As the growing prevalence of construction and concrete modification is a key driving factor for market growth. The growth of income for the disposable market in developed and developing countries is propelling the market's demand. Increasing construction activities of roads and bridges across the globe are boosting up the demand of the market.
Moreover, growing support from the government, organizations and increased availability of raw materials escalates the market's growth. Besides, the emerging of advanced technology and the manufacturing of innovative products with these powders' help is increasing the growth opportunities for the market. Growing support from the government through investments is fuelling the demand for the dispersible polymer powders market.
However, the powders' lack of utilization is the biggest problem that affects the demand for dispersible polymer powders market. Besides, the government's rules and regulations concerning environmental safety measures are the key factors for the market's growth. But rapid changes in the country's economic strategies are also quietly decreasing the demand of the dispersible polymer powders market.
By type, the market is segmented into vinyl acetate-ethylene, Vinyl Chloride-Ethylene, terpolymer based on VAcE and VEOVA. The market is segmented into concrete modification, construction, PVAc, 1k waterproofing membrane, and others.
The vinyl acetate-ethylene is polymer powders based on VAE are marketed with the trade names VINNAPAS®, VINNACEL®, and ETONIS®. It is mainly used because VAE polymer powders combine the adhesion of vinyl acetate with ethylene's flexibility. This results in various ecological and economic benefits without compromising performance. I addition, the VAE has various benefits that include excellent cohesion, excellent adhesion to critical substrates such as wood, plastics, or polystyrene, flexibility can be engineered without the need to add plasticizers, good low-temperature film-forming without additional coalescing agents, glass transition temperatures (Tg) from high to low are possible, all modern polymer powders are produced without added APEOs. By these characteristics and benefits, it is expected that this type will have greater growth in terms of construction, road, and others in the forecast period.
Vinyl Chloride-Ethylene is marketed with the trade name VINNAPAS®. It is popular with the characteristics of VC-based dispersible polymer powders showing excellent water resistance and vast types of benefits that include high water resistance, excellent open time, excellent tensile adhesion, and high hydrophobicity. Besides, it is mainly used as an application in cementitious tile adhesives, cementitious tile grouts.
Terpolymers based on VAcE and VEOVA are marketed under the trademark VINNAPAS®. VEOVA and vinyl laurate monomers are marketed under the name VERSA®. It has been used because of vas benefits, segmented into veryexcellentck-bridging behaviour, excellent tensile adhesion strength, non-slump behaviour, low stickiness, and good workability. 1k waterproofing membranes are the main application where the market is expected to grow in the forecast period.
North America is holding the highest shares and growth in the dispersible polymer powders market. Moreover, the rise in demand in an urban area has increased the market's growth in this region. Moreover, the Asia Pacific is the second leading the highest shares and growth of the market. The increase in the end-user industry is the key driver of the market in the region. Besides, China was the leading regional market and held more percentage of the total Asia-Pacific market. India is expected to continue its dominance during the forecast period due to the increasing construction and concrete modification industry growth. Other Asia-Pacific countries are also anticipated to steady growth during the forecasted period.
It is expected that Europe will increase the growth rate of the market in the forecast period. The increased application of construction and the rise in the demand for easy handling of equipment in the site are accelerating the market demand. In comparison, the Middle East and other region are projected to have moderate growth during the forecast period due to the shifting of manufacturing base companies such as construction, easy handling equipment, and consumer goods in North America.
The dispersible polymer powders market is modestly fragmented with the presence of regional and players. The competitive contour lies with the increase in the regional company and growing investment in application advancement. BASF, ExxonMobil, Akzo Nobel, WACKER, Puyang Yintai Industrial Trading Company Ltd, and Dow construction chemicals are the major players in the decorative laminated market. The major players adopt several growth strategies such as product launches, acquisitions, and collaborations, contributing to growing the decorative laminates market ly.
Dow chemicals collaborate with architects, engineers, building designers, contractors, and material manufacturers to develop an array of chemistries, formulations, and materials. It is involved in making technologies that enhance performance, durability, aesthetics, and sustainability across the entire built environment. Moreover, it involves roads to roofs, from homes to high-rises, and offers solutions to reduce waste, improve efficiency, and ultimately achieve the goal of developing an eco-friendly environment as visually appealing and structurally and functionally robust.
Besides, it has proven that silicones enable durable and high-performing designs through a vast offering of sealants and coatings for structural glazing, weatherproofing, window and door, insulating glass, and infrastructure where acrylic binders and other additives offer durability in applications ranging from dispersion-based renders to cool roof coatings to cementitious waterproofing membranes and cellulosic technology that enhances workability, adhesion, and water retention in cement-based tile adhesives, self-levelling flooring, and other applications.
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