Market Research Reports

Shape memory alloys can be defined as alloys that get back to their original shape when deformed. These alloys are light weight and are alternatives to conventional actuators such as pneumatic, motor-based, hydraulic systems. Actuators can be defined as materials that can change stiffness, natural frequency, shape, position, and other mechanical properties in response to electromagnetic fields or temperature. The potential uses of shape memory alloys as actuators has broadened the spectrum of various scientific fields. First discovered in 1951, these alloys were publicized after the discovery of the nickel-titanium alloy in 1963. Nickel-titanium alloy or Nitinol is the most successful of all shape memory alloys. Other shape memory alloys include copper-zinc-aluminum, iron-manganese-silicon, and copper-aluminum-nickel alloys. Shape memory alloys have two stable phases: the high temperature phase called austenite, and low temperature phase called martensite. The former is symmetr

3-hexenyl salicylate is an odorant occurring in a colorless liquid form which is widely used as a perfuming, flavoring, and fragrance agent in the personal care, cosmetics, and toiletries industries. It is well-known for its fresh and sweet floral aroma, which is also termed as green, metallic, and herbal balsam. While the ingredient is naturally available, it can also be synthesized and is the ester derivative of benzoic acid. Its CAS Number is 65405-77-8 and molecular formula C13H16O3. Salient properties of 3-hexenyl salicylate include its high boiling point and density which allow it to stay stable in normal environments & temperatures and its long-lasting floral fragrance, which make it a highly desirable ingredient in various products apart from perfumes. These include emollients and skin cleaning agents such as antiperspirants or deodorants, creams & lotions, talcum powders, tablet & liquid soaps, shampoos, hair conditioners, bath & shower gels, liquid

Prominent manufacturers in the global thermochromic materials market are OliKrom, Good Life Innovations Ltd, Matsui International Company, QCR Solutions Corp., New Color Chemical Co., Hali Industrial Co. Ltd., LCR Hallcrest, Ltd (NCC), Gem’innov, Smarol Industrial Co. Ltd., CTI (Chromatic Technologies), and L’Arca Srl. There is solid competition among the players in the global thermocromic materials market. One of the key strategies adopted by manufacturers to beat competition is product differentiation. Use of special effect inks such as thermochromic and photochromic inks is in line with latest marketing trends that emphasizes upon consumer and brand intercativity. As per a report by Transparency Market Research, the global market for thermochromic materials will clock a solid 9.3% CAGR from 2017 to 2025 to become worth US$2.174 bn in 2025 from US$.988 bn in 2016. Browse Market Research Report @  http://www.transparencymarketresearch.com/thermochromic-materials-mar

The global market for environmental testing is experiencing a significant surge in its valuation, thanks to the increasing number of rules and regulations pertaining to the protection of the environment and the active participation of various governments and authorities in monitoring environmental conditions. Going forward, the increasing instances of health issue caused by organic contamination are projected to boost this market substantially in the years to come. Other types of contaminations, such as microbiological, residues, heavy metals, and solids, are also projected to fuel the demand for environmental testing solutions across the world over the next few years. The worldwide market for environmental testing reports its reach across North America, Eastern Europe, Western Europe, Latin America, the Middle East and Africa, and Asia Pacific. Among these, the Asia Pacific market for environmental testing is expected to present the most promising growth opportunities to mar

The nature of the global cubic boron nitrates market is highly consolidated, states Transparency Market Research (TMR) in a research report. The leading three companies collectively held a share of over 48% in the market in 2015. It has been projected that the scenario will be almost the constant in the years ahead. The leading players such as Saint-Gobain, Showa Denko K.K., and 3M are expected to display backward integration towards the hexahedron boron nitrates market. As a result of this the competitive landscape of the market is expected to be comparatively moderate. At present, the key strategy that has been adopted by the leading market players is product advancement for developing their business and keeping pace with the changing scenario along with increasing their consumer base. According to a TMR analyst, “The global market for cubic boron nitrates is anticipated to rise at a 7.10% CAGR from 2016 to 2024. In 2015, the market was worth US$531.3 mn and is expected to ri

The market for hydrogen fuel cells is gaining considerable impetus across the world, thanks to the infrastructural developments in the field of hydrogen production. The rising adoption of electric and hybrid vehicles has also boosted the demand for hydrogen fuel cells, globally, reflecting positively on the growth of the overall market. Going forward, a rise in the number of funding from the government and other organizations for the development and commercialization of the refueling infrastructure, worldwide, is likely to result in the swift progress of the global market for hydrogen fuel cells over the next few years. Moreover, the imminent decline in fuel cell prices, owing to the increasing uptake of novel methodologies for the reduction of fuel prices among the fuel producers, is also anticipated drive the growth prospects of this market in the years to come. The global market for hydrogen fuel cells demonstrates a highly competitive and consolidated landscape. The vendors o

The global composites market is dominated by companies such as Owens Corning, Hexcel Corporation, Toray Industries, and TPI Composites Inc. While these and other multinational players exert significant dominance in the global composites market, the composites industry is likely to feature a large number of smaller players in the coming years due to the diversity of areas in which composite industry players can specialize in. The novel nature of the composites sector has also aided its growth, as the commercial potential of each aspect of the market remains high. Thus, smaller regional players are likely to have a say in the proceedings in the global composites market in the coming years. According to Transparency Market Research (TMR), the global composites market was valued at US$47.3 bn in 2016 and is likely to rise to close to US$102 bn by 2025 at a robust CAGR of 8.9% between 2017 and 2025. Product innovation is likely to remain the most important competitive strategy in

The global market for pretreatment coatings derives much of its growth from the significant increase in the sales of the automobiles. Since pretreatment coatings is an essential pioneering stage for powder coatings, which offers superior finish and increased shelf life of the coating to the metal surface, their usage on metals, such as steel, copper, aluminum, zinc alloys, and galvanized steel has accelerated.        This market is witnessing remarkable gains on account of the wide-ranging application of pretreatment coatings across a number of end users, such as the automotive, furniture, industrial and household appliances, electronics, and the agricultural equipment industries, owing to its ability to offer longevity to products by shielding their components against corrosion. This, as a result, will drive the global pretreatment coatings market considerably in the years to come. On the other hand, the increasing environmental concerns over metal finishing may limit the g

Polyolefin and other plastic films tend to adhere together due to the Van Der Waal force or due to presence of lower molecular species known as Oligomers, which often makes it difficult to separate layers. Antiblock additive can be added to plastics to prevent undesired adhesion and thus lower the blocking force between film layers during unwinding. This makes the whole process easy during the time of production as well as during the later usage of the product. Packaging is one of the important applications of antiblock additive. It is used in various end-use industries such as food and pharmaceuticals. The global antiblock additive market can be segmented based on application, polymer type, product type, and region. In terms of application, the antiblock additive market can be divided into packaging (food, pharmaceutical, and others) and non-packaging (medical, agriculture, and others. Food and agriculture are expected to be lucrative application segments of the antiblock add