Global Market Database

  What are Anti-Counterfeit Packaging Technologies? Anti-Counterfeit Packaging Products as the name suggests protecting consumers from Counterfeit products. Some of the key end-products and technologies associated with this sector include holograms, 2-D barcodes, radio frequency identification (RIF), forensic techniques, visible (also known as overt) features, covert (also known as hidden) markers, serialization, and track & trace solution-based technologies. Amongst anti-counterfeiting technologies, it is noteworthy that the overall market can be widely bifurcated into physical and chemical technologies. The four basic types of anti-counterfeiting technologies include DNA coding, chemical coding, and tracers, glue coding, as well as surface analysis, et al. Market trends for the Anti-Counterfeit Packaging Technologies vertical Business intelligence tools state that the overall growth of the Anti-Counterfeit Packaging Technologies market is bolstered by the growing manufact

  What is Flow Imaging Microscopy? Flow Imaging Microscopes (FIM) is also known as flow imaging particle analyzer and it is essentially used to perform three functions within a single instrument. Market research tools suggest that it is used to examine a fluid under a microscope, take images of the magnified particles, and then characterize the particles using various measurements. Research associated with the presence of microbial life within oceans is noted to be one of the key study areas that benefitted from the use of this technology. In the biomedical domain, flow imaging microscopes are used to analyze biopharmaceuticals as well as parental drugs to evaluate the stability of a given formulation. Quality control associated with food ingredients is another segment that gained substantial benefits through the induction of this technology. Food imaging microscopes are used in the food ingredients segment to study the effects of particle shape on the delivered taste of the product

  Bio-adhesives Market Global Outlook and its Impact on Natural Bio-adhesive The market database suggests that bio-based adhesives are natural polymeric materials that are noted to act as adhesives. The connotation is used to describe a glue that is synthetically formed from biological monomers like sugars. Market research tools suggest that bioadhesives facilitate cell-to-cell adhesion between living as well as non-living organisms. They also help facilitate the adhesion between an organism and a foreign surface. According to business intelligence tools bio-adhesives as the name suggests are artificial materials that are designed to adhere to or stick, biological tissues. Proteins and carbohydrates are noted to be some of the key components which are used as building blocks for the development of bioadhesives. Substances such as gelatine (protein) and starch (carbohydrates) have been used as general-purpose adhesives for several years. The market analysis states that the vertical f

  A heat Exchanger as the name suggests is a device that is used to transfer heat from one medium to another while making use of utilities. The utilities used often consist of two fluids that flow in close proximity to one another and are separated by a material with strong heat transfer capabilities, frequently metals. Market analysis suggests that there are two distinctive types of utilities that come into play within a heat exchanger, i.e. Hot and Cold. As they both move through the heat exchanger, the hot utilities, i.e. the fluid with the greatest initial temperature, transfer heat to the cold utilities. Thus, using the basics of heat transfer, the temperature of the hot utility is lowered while that of the cold utility is raised. Heat exchangers that are used for automobiles with an internal combustion engine are as follows: heater, radiator, evaporator, condenser, oil cooler, as well as charge air cooler depending on the heating and air conditioning associated with the pass