Viscosity reducing agents are used to reduce or eliminate viscosity in processes where too much viscosity can result in product or financial losses. These agents are widely employed in a variety of industries, including food and beverage, chemicals, polymers, oil and gas, and construction, to name a few. Viscosity reducing agents aid in the recovery of fluid loads and the reduction of damage caused by long chain polymers. They also provide a number of advantages, including lower fluid viscosity, resistance to polymer adsorption, less polymer damage, and increased productivity and load recovery. In the food and beverage sector, viscosity reducing agents are employed as a release agent, wetting agent, stabiliser, emulsifier, antioxidant, lubricant, and instantizing agent.
Viscosity reducing agents have gained popularity in the pharmaceutical sector as more effective methods for slowing down viscous flow and so increasing the functionality of key medications. The resistance of a fluid to shearing flows is described by its viscosity, which is a material attribute. By boosting the rate of diffusion of volatile substances, these agents aid in the reduction of viscosity. Bio-active substances such as vitamin C and eucalyptus, which have greater absorption qualities than synthetic medications, are used to treat skin problems such as acne and eczema.
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Alkylene glycols, such as ethylene and propylene glycols, are widely utilised in a range of applications, including the production of antifreeze and PET plastics.
Alkylene glycols are extensively utilised in cosmetics and hygiene goods as a food additive or as an ingredient.
Furthermore, it has been recognised generally safe for use in foods by European and American food authorities.
Cosmetics, films, plastics, paints, solvents, ballpoint pens, stamp pad inks, hydraulic braking fluids, and automobile antifreeze all include ethylene glycol, which is also utilised as a pharmaceutical carrier.
In personal care products, propylene glycol is used as a moisturiser and skin softener.It can be extremely beneficial in combating dryness and enhancing the general texture of the skin.
While it is usually regarded as safe, it is not suitable for everyone.
Browse 78 tables and 35 figures spread through 134 pages and in-depth TOC on "Electroactive Polymer Market by Type (Conductive Plastic, Inherently Conductive Polymer, Inherently Dissipative Polymer), Application (ESD Protection, EMI Shielding, Actuators, Capacitors, Batteries, Sensors), and Region - Global Forecast to 2022".Request a Report Sample @ http://bit.ly/2WdrqEtThe key players operating in the electroactive polymers market are Solvay (Belgium), Parker Hannifin (US) Agfa-Gevaert (Belgium), 3M (US), Merck (Germany), Lubrizol (US), Novasentis (US), Premix (Finland), and PolyOne Corporation (US), among others.Parker Hannifin (US) is one of the leading manufacturers of electroactive polymer-based sensors and actuators.
SensoNODE High-Strain is prepared with a stretchable polymer which can take precise interpretations and readings for a long period of service life.Solvay (Belgium), and Merck (Germany) are other major players in the electroactive polymers market.
For instance, in January 2016, Solvay completed acquisition of the Ryton PPS (Polyphenylene Sulphide) business from Chevron Phillips Chemical Limited (US).
The acquisition is a part of Solvay’s strategic development into a more specialized solution provider.In November 2015, Merck (Germany) acquired Sigma-Aldrich (US), which has provided Merck the capability of serving life science clients worldwide through this acquisition with a competent set of products.
This acquisition also enhanced the position of the company in the electroactive polymers market.This report provides a detailed analysis of the electroactive polymers market and segments the same based on type, application, and region.
Based on application, the market has been segmented into ESD protection, EMI shielding, actuators, capacitors, batteries, sensors, and others.
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The Internet of Things is a disruptive technology, which is transforming the industries by introducing various innovative concepts.
Especially in the O sector, IoT is ruling over the complex managerial tasks to be done with accuracy.
The technology is enabling automation within the plant facilities to reduce excess energy consumption and simplifying desk management for the authorities.
The oil and gas companies generate huge amounts of data every day.
With the help of IoT methods, it has become easier to manage large data extracted from the assets regarding their performance and productivity.IIoT is increasingly dominating and transforming the O industry with its technological capabilities.
The industry is adopting smarter techniques to mitigate regular challenges such as unscheduled refinery shutdowns and unplanned outages.
If sterile sponges are not discovered and removed quickly enough during surgical wound cleaning procedures, they might cause problems or even death.
X-ray detectable sponges, on the other hand, are inexpensive, easy to detect, and appropriate for operating rooms and surgical operations.
The dual-colored element of the barium sulphate marker, which is a component of the USP Type VII gauze to which a heat-bonded barium sulphate marker is placed, provides X-ray visibility.
The sterile X-ray detectable lap sponges market is expected to grow as more people become aware of the benefits of using sterile X-ray detectable lap sponges to avoid medical errors.
There is a wide market segmentation for Sterile X-Ray Detectable Lap Sponges dependent on the predictability of updates in parameters such as quality, trustworthiness, end user solicitations, applications, and others.
