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The global messaging security market is expected to grow at a considerable pace over the projection period. The mobile operators throughout the world are facing excessive rivalry as new aspirants are entering the emerging messaging security market.

Savoury yogurt is made from locally sourced milk, probiotic cultures, and sea salt, which is an excellent source of protein. Savoury yogurt is vegetarian, gluten free, and also consists of lactose in less percentage (less than 5%). Savoury yogurt is used as a part of meal or on the social or traditional occasions. Savoury yogurt is used to enhance the meal or to enhance the taste. Grass-fed milk is mainly used in the production of savoury yogurt to enhance the flavor (natural), which is also a source of Omega-3 fatty acids with powerful anti-inflammatory properties. The global savoury yogurt market is anticipated to register significant CAGR during the forecast period.

Compound semiconductors materials are a compound which comprises of elements from more than two different groups in the periodic table. Compound semiconductors materials can be in binary form, ternary form and quaternary form among others. Depending upon the form types there are wide range of compound semiconductors available. On the basis of form type the compound semiconductor materials are classified as III-Vs, II-VIs and IV-IVs and sapphire among others. III-IVs crystallize in zinc blend structure while II-VIs has crystalline structure. Compound semiconductors materials offer wider choice of bandwidth than elemental semiconductors such as Si and Ge. Compound semiconductor materials offer higher electron mobility, wider band gap and lower thermal noise than elemental semiconductors. Compound semiconductor materials have ability to generate microwave signals.

Construction Chemicals are chemical formulation used with cement, concrete or other construction material at the time of construction to hold the construction material together. These chemicals are mixed in a particular quantity with the construction materials so as to fulfill its functional, aesthetic, and design requirement of civil structures. Construction chemicals have become one of the important components of chemical industry playing an important role in global infrastructure development of the nation. Construction Chemicals are regarded as specialty chemical used while constructing any structures to increase their life and impart additional protection from environmental hazards. This chemical also minimizes the quantities of cement and water generally required during the construction.

Coating additives are added to paints and coatings in order to augment theirquality and performance.Additives improvethe dispersion of solids, wetting, foam-reduction, anti-catering,gloss control, anti-chippingand UV protection, etc. of the coatings. Coating additives can be of various types such as acrylics, urethanes, fluoropolymers and metallics, among others. Acrylic additives are the leading product type, followed by urethanes and metallic additives. Coating additives help the surfaces to deal with higher temperature, abrasion, moisture, biocides and chemical resistance. Based on formulations, the market for coating additives is divided as water-borne, solvent-borne and powder-based coatings. Solvent-borne coatings were the leading coating additives formulations in the past few years.However, due to high VOC content and environmental concerns, the popularity of water-borne coating additives formulations has increased tremendously in the recent past and they are anticipated to grow substantially in the near future owing to their lower VOC content.

Cellulose paints are plant based coatings which carry the advantage of being painted in layers as compared to conventional distemper paints. Cellulose paints have a mixture of pigments which exhibit their aesthetics due to the ability of the pigments to show light refraction. These paints are easy to remove during the coating of another paint as its temporary in nature. It is not high in opacity or hiding power. Large scale corporations such as AkzoNobel N.V. are significantly involved in the production of cellulose paints through their product Bermocoll. These paints contain a range of non-ionic cellulose ethers which are use as water retaining agent, stabilizers, and thickeners for water based paints for decorative applications. During the production of these paints, cellulose reacts with various substituents such as ethyl, methyl and hydroxyethyl or hydrophobic groups, which is called etherification that makes Bermocoll water soluble in nature. Cellulose paints are regarded as active agents with polymeric surface and exhibit the ability to contribute to disperse the pigments by enhancing the flow during grinding. Cellulose paints are manufactured in a broad range of viscosities which enable consumers to choose the specific viscosity required for the application of the paint. In order to avoid the lump formation during addition of water to cellulose paints, manufacturers treat all the paint grades with a controlled amount of glyoxal.

Carbon nanotubes (CNTs) are allotropes of carbon having cylindrical nanostructure. Carbon Nanotube is a tube-shaped material made up of carbon molecule, having a diameter of approximately nanometer (one-billionth of a meter or one ten-thousandth of the thickness of a human hair). Carbon nanotubes has many different structure, depending on length, thickness and type of helicity (projection of the spin on direction of momentum), and number of layers. All the carbon nanotubes are made up of similar graphite sheet. However, electrical characteristic of the carbon nanotubes (acting as metals or semiconductor) depends on the structure it exhibits. Carbon nanotubes exhibit excellent mechanical strength, comparable to graphite. Thermal and electric conductivity property of carbon nanotube can replace various materials in wide range of application such as consumer goods, electrical and electronics, energy, healthcare, automobile, aerospace, and defense sectors. Other application where carbon nanotube technology can be used as includes, conductive plastics, flat-panel displays, gas storage, batteries with improved lifetime, technical textiles, antifouling paint and micro- and nano-electronics.

Aircraft tyres are one of the most highly engineered products having significant complexity which require large number of raw materials pertaining to steel, cord fabric, artificial and natural rubber and other chemicals. Aircraft tyres have cords which serve as the reinforcing materials in the tyre that provide dimensional stability, supporting the aircraft weight, as well as keeping the tyres in shape different road conditions. Aircraft tyres play a vital role in the performance of the aircraft. Various reinforcement constructions are needed for different types of aircrafts based on their applications and load bearing requirements. They have different requirements of tyre fabrics and tyre cords as compared to other modes of transport such as light and heavy commercial vehicles, two wheelers, agricultural vehicles as they work on different road conditions, where each tyre has a different load bearing requirement.

Land military is one of the basic forms of border defense of a country. Military land vehicles have been growing at a rapid pace due to increasing purchases by the emerging economies with large population who need increased land-protection. However, the military land vehicles market is expected to grow at a sluggish rate in the short term due to austerity in several major markets. The economic slowdown in Europe is another factor for the low growth in the short term. The traditional markets for military land vehicles such are the U.S. are mostly up-grading and maintaining their existing military fleets rather than replacing them with the new ones.

Organomagnesiums belong to class of organometallic compounds which contain carbon-magnesium and other halide bonds. Organomagnesiums are one of the major reagents used in organic synthesis, mostly used to transfer organic group through nucleophilic addition. Organomagnesium compounds should be handled only under inert gas environment for safety purposes. Inert gases like nitrogen or argon are usually used for this purpose. Addition of acids, water or any oxiding materials to organomagnesium compounds mainly due their high reactivity. Organomagnesiums find large number of industrial applications primarily due to their nature to bind with halogens and other halides through single electron transfer process. Organomagnesiums are commonly found as Grignard reagents like ethylmagnesium bromide phenylmagnesium bromide and several others. Phenylmagnesium bromide is a strong nucleophile as well as a strong base. It reacts with carbon di-oxide to give benzoic acid which has numerous applications such as precursor for plasticizers and sodium benzoate (for preservatives).The market for organomagnesium is largely dominated by the U.S, followed by Europe and then Asia-Pacific region. The organomagnesium market is largely affected by increased prices of raw materials and cheaper substitutes. The application in form of catalysts acts as a prime driver for organomagnesium market.