ReleaseWire Connect

Glass additives are elements or molecules added to glass in order to improve its properties. The properties glass additives can improve include color, durability, thickness, conductivity, elasticity, refraction index and stability. Nanoparticles, metal alloys, polymers are types of glass additives. The applications of glass additives include glass transition, silicate glass manufacturing, aerodynamic levitation, network glasses, 3D printing, color strengthening and others. Glass additives are also used for customization of glass for different applications including tableware, lamps, and eye glasses among others. The basic chemical elements used as glass additives include iron, sulfur, manganese, chromium, nickel, titanium, uranium and other rare earth metals. Metal additives are specially used to change the color and conductivity of glass for specific applications.

Ferric sulfate is a whitish yellow crystalline compound. It is acidic in nature and is corrosive to copper, copper alloys and galvanized steels. It is soluble in water and is hygroscopic in nature. It can be extracted from its ores such as mikasaite, lausenite and kornelite among others. Commercially, it is manufactured by oxidizing ferrous sulfate. The largest application of ferric sulfate is in waste water purification.

This Future Market Insights report examines the 'Smart Water Bottle' market for the period 2014-2020. The primary objective of the report is to offer updates on the advancements in sensor technology that have given rise to a futuristic technology: the Smart Water Bottle, which is significantly transforming the idea to stay fit and hydrated.

Polyurethane foam is a diverse and large segment of global polyurethane market. Polyurethanes are said to be a part of our day to day life. Foams play a significant role in commercial and industrial sector ranging from automotive to refrigeration. Based on the variants foams available in the market and increasing area of applications for flexible colored PU foams, the market is expected to experience growth in the near future. Foams are differentiated as flexible and rigid foams. The properties that rigid foam posses are hardness, resilience, compression properties, abrasion resistance, whereas flexible polyurethane foam posses properties such as dry heat resistant, water resistant, oxygen, ozone resistant and remain flexible at low temperature. Few critical characteristics for the use of polyurethane foam in the industrial sector are chemical resistant, oil and grease resistant, flame resistant, noise reduction and fungus, mildew, mould resistant.

In wireless technology electromagnetic waves carry information in the form of a signal over a communication channel or path. Cellular phones, GPS (global positioning system), home-entertainment-system control boxes, cordless telephone sets, remote garage-door openers, satellite television and two-way radios are some of the products who employ wireless technology. In-building wireless technology is a set of networks, services and products installed for seamless and reliable indoor coverage. In-building cellular communication is a technology that enables rebroadcasting and the distribution of cellular, LTE, AWS, PCS, other (radio frequency) RF frequencies within an infrastructure. In-building cellular systems vary in complexity and capability. Wireless solutions are often more cost effective and faster to implement and maintain which augment the scalability and flexibility of several processes.

Hand geometry biometrics is the fastest implemented biometric type, that was introduced in the in the market by 1980. The biometric systems are extensively put into practice for their public acceptance, integration capabilities and ease of use. One of the limitations of the hand geometry biometrics is that it is not unique and it limits the usage of the hand geometry biometric system to confirmation tasks only.

The telecommunications infrastructure consists of various companies that provide content, database, transmission, switching, applications, signaling OSS/BSS systems, required software and others services. In recent year's telecom market is being affected by tightening carrier budgets, business model evolution by various companies and technology evolution. The telecom industry infrastructure consists of many active and passive components such as some active components are spectrum, base station, Radio Network Controller (RNC), MSC and routers among others. And some passive components in the telecom carriers infrastructure are Site, Base transceiver station (BTS), power source, cables and antenna systems.

Increasing per capita income is driving the growth of global tourism market leading to continuous growth in international tourism. Over the last five years, tourism market in emerging economies, especially countries in South America and Asia have driven the global tourism market. Compared to a decade ago, global tourism market has undergone a lot of changes. Emerging economies now account for more market share as compared to developed economies. As per International Travel Association (ITA), the number of international tourists arrivals in the U.S.is expected to grow from 69.8 million in 2013 to 83.8 million by 2018.

Retail is a growing & continuously developing industry. Customer needs are highly volatile so major concern for retail is to provide value added services to the customers at the same time minimizing operational cost so as to gain cost advantage, this can be achieved by providing automated machine solutions. Retail Automated solutions provide comfortable, flexible and user friendly solutions to customers as well as retailers.

Wind is a renewable source of energy. Harnessing wind energy is the process of converting kinetic energy generated by wind turbines into electrical energy. Wind turbine automation is the process of installing a computer-based intelligent system, which controls the turbine functioning and detects failures, optimizes wind turbine performance through motion control and maximizes energy conversion. The automation may be completely integrated or implemented in any specific part of the wind turbine, such as inside the nacelle. There is a growing need for wind turbine automation in order to protect the wind turbine infrastructural components and achieve maximum energy conversion rate. With wind turbine automation, the efficiency to harness wind energy will grow and dependency on traditional exhaustible and non-renewable resources, like oil and coal, will reduce.