Polyurea Coatings Market Growth till 2028 by Global Industry Trends

Polyurea is a synthetic polymer manufactured from the reaction of a diamine with a diisocyanate. It is broadly used as waterproofing material for industrial and commercial facilities to protect surfaces from water damage. It is applied as a liquid coating, which then quickly cures to form a durable, waterproof barrier. This can be used for waterproofing roofs, foundations, decks, and other surfaces.

Compared with epoxy and polyurethane coatings, polyurea coatings have highly superior and advanced characteristic properties. Compared to epoxy coatings, polyurea coatings have higher moisture resistance, UV resistance, abrasion resistance, chemical resistance, and more durability, along with high-temperature resistance. Compared with polyurethane, polyurea coatings have higher chemical resistance, durability, and moisture resistance.

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Compostable Foodservice Packaging Market Analysis to 2028
Compostable foodservice packaging is engineered or developed from a combination of various recycled, plant-based materials such as wood pulp, potato starch, bagasse and palm leaves. It is eco-friendly packaging that has gained popularity across foodservice industry. The increase in demand for compostable packaging in food service industry is driven by stringent government regulations.

The foodservice industry is anticipated to grow during the forecast period due to the improvements in the economic conditions of developing countries, rapid urbanization, and fast-paced lifestyles. The on-the-go meal trend is increasingly rising across a lot of countries. The compostable foodservice packaging growth is driven by the expansion in quick-service restaurants that rely massively on compostable foodservice packaging. A rise in consumers who prefer to order food online has increased drastically. In the case of pizza, the home delivery system has been another primary driver for the industry.

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foodservice-packaging-market

Composites Market 2022-Industry Size, Share & Growth till 2028

Composites are manufactured by combining reinforcements such as carbon fiber, glass fiber, aramid fiber, natural fiber, etc in matrix resin. The reinforcing material is incorporated in the form of as grainy material or particulates, as fiber or as layers. These engineered materials have several characteristics such as high strength/weight, modulus/weight ratios, high tensile strength and stiffness.
Glass fibers are thin strands of silica-based glass that are extruded into small-diameter fibers. Glass fibers are available in different compositions, namely A-glass, C-glass, D-glass, AR-glass, S-glass, and E-glass, with different properties and uses. These fibers are enclosed into a resin matrix to produce glass fiber-reinforced composites. Glass fiber-reinforced composites are polymerized monomer matrix that is filled by fine thin glass fibers, chemically bonded to that matrix using silane coupling agents. The higher utilization rate of glass fibers in end-use industries such as wind energy, construction, sporting goods, and marine has broadened the scope of glass fiber composites.

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The demand for construction composites is increasing with a rise in the use of technologically advanced processes in construction activities. Governments of various countries across the globe are significantly investing in infrastructure development in developed and developing nations through programs such as Saudi Vision 2030 and Abu Dhabi Economic Vision 2030. In November 2021, the US government approved a US$ 1.2 trillion infrastructure bill as an aid to federal investments in a wide range of infrastructure projects. Glass fiber composites are significantly used in marine applications for the design and manufacture of large composite structures. The major application of this composite in the marine industry is for bearings, propellers, commercial hatch covers, exhausts, and topside structures. The unique properties of glass fiber composites, including lightweight, high strength, a large degree of freedom of design, easy molding, low friction coefficient, and fatigue resistance, make it suitable for sports goods, and sports equipment, such as tennis rackets, golf clubs, bicycles, skis, and fitness equipment. Thus, the rising utilization of glass fiber composites in end-use industries is driving the composites market.

Carbon Black Market Size & Share | Industry Growth & Trends 2028

Carbon black is produced by the thermal decomposition method or the partial combustion method using hydrocarbons such as oil or natural gas as raw material. Carbon black is available as powder or beads. The characteristics and properties of carbon black vary depending on the manufacturing process; hence, carbon black is classified by its manufacturing process. Different processes used for manufacturing carbon black are the furnace black process, acetylene black process, lampblack process, etc. The furnace black process is the most common method used for carbon black manufacturing.

Waste tires are becoming a major environmental, economic, and technical challenge as they have a high content of combustible components and the potential to offer valuable materials and energy resources. In recent years, a variety of waste tire management methods have been adopted and applied across the world, including other important alternative methods for end-of-life tire management defined in 3R: reduction, reuse, and recycling to minimize damage. The European Union collects ~3.1 million metric tons of used tires every year. The tire industry is the largest consumer of virgin carbon black in the EU as it consumes ~1.6 million metric tons of the same annually, accounting for ~73% of total demand. The production of 0.8 metric tons of carbon black requires 1.4–1.8 metric tons of oil and releases ~2.3–2.7 metric tons of CO2. In addition to petroleum, natural gas, and steel, recycled carbon black is used as a key material in the production of tires, conveyor belts, and rubber parts; it is also used in the production of paints in some cases. By reusing tires, it is possible to reduce CO2 emissions, thereby aiding in adoption of waste tire management. Thus, emphasis on waste tire management is expected to give rise to several key trends bound to impact the carbon black market growth in the coming years.

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Biodegradable Plastics Market Size and Global Growth Analysis by 2028

Biodegradable plastics can be degraded by microbial activity in the environment by entering the microbial food chain. These plastics are developed from polylactic acid, polyhydroxyalkanoates, starch blends, polybutylene succinate, etc. The bio-plastics or biodegradable plastics are engineered to minimize the environmental pollution, lowering manufacturing energy consumption and reduce landfill issues.

The customers in developed and developing countries have more awareness of the ill effects of conventional plastics on their lifestyle and the environment. As a result, they demand more environmentally friendly products, which leads to a depreciation in the use of crude oil and natural gas, that results in the reduction carbon footprints. Biodegradable plastic is a surrogate for nearly all conventional plastics used in a diverse range of applications. These plastics offer innovative alternatives with enhanced properties, along with distinctive ability to lessen the emissions as well as provide the same qualities and functionalities as that of conventional plastics. The biodegradable plastics are synthesized using renewable resources as well as fossil raw materials, such as cellulose ester, PLA, PHA, starch derivatives, and copolyesters (PBS, PBAT, etc.).

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