Research Trends

  What exactly is Special Effect Masterbatches? These effects are defined as a special effect or costume jewelry that is made using special materials such as gemstones, metalwork, plastics, and even some fabrics. Their main goal is to create a certain character or a style for the user to have complete control over whatever he or she chooses to wear. These hand-crafted masterpieces take the everyday into the extraordinary with beautiful, sparkling, and gorgeously dark hues that really do stand out from the crowd. These amazing masterpieces are inspired by everything from tribal tattoos, to flowers, to crystals, and everything in between. The most popular choices among designers are dangles, strands, teardrops, and rhinestones that are often used to accentuate delicate gowns, dresses, and of course, hats. In addition, many designers are using other metallic materials to create eye-catching effects Special effect Masterbatches come in various designs and each of them has a particular

  Waterproofing Membranes have been the common solution for decades for providing building occupants with the much-required resistance against dampness and condensation. A membrane-like waterproofing membrane is the most effective means of resisting moisture, wind, rain, sleet, hail, snow, and the Sun's ultra-violet rays. The term 'waterproofing' is usually used in association with the use of a roof membrane that seals the interior of the structure from water entry. These membranes also act as effective sound barriers against external noise. In addition to this, it is also used as a fire-proof barrier. They are mostly used in residential buildings and those that are located outdoors. Waterproofing refers to the effective resistance to water entry and penetration into the structure of its interior spaces. Its primary objective is to withstand hydrostatic pressure that is exerted on a building or its interior spaces when moisture is present. It is often applied in the const

  Styrenic Polymers are formulated organic compounds which are formulated using microwave and laser technologies to offer a wide range of therapeutic applications in nanotechnology and biomedical science. It is also important building material for nanotechnology/biomedical applications. There are several latest technological advancements in this polymer industry like its use as a model for nanotechnology-based drugs and scaffolds for the treatment of muscular dystrophy, myotonic dystrophy, Parkinson's disease, hereditary diseases, and as an antimicrobial and antibacterial agent. One of the most widely used polymers for the nanotechnology-based drugs and scaffolds is Xylan-Dry Film Inhibitors or XDDI, a composite of thermoformable polymer chains having a wide range of therapeutic applications. The most common styrenic polymers used for medical packaging are Styrenic polyols and their blends, which are usually prepared from partially recycled Styrenic Polymers. In clinical trials,

  BRIC automotive plastics are used and produced everywhere in the world, including in regions such as Europe and APAC. Today, BRIC automotive plastics technology enables the replacement of car parts with plastic composites. Windows, lights, and tailgates can be integrated with BRIC automotive plastics to offer great design perspectives in terms of style, lines, and overall price of the car while achieving significant weight savings over traditional building methods.   Due to current environmental and economic concerns, automakers are using advanced plastic materials to reduce weight and make vehicles more fuel-efficient. Polyvinyl chloride (PVC) is a plastic used in the manufacture of BRIC automotive plastics . It is known for its flexibility, great thermal stability, flame retardancy, and low lead content. It can be sprayed, pressed, or blown to produce a variety of rigid and flexible plastic products, depending on the type and quantity of plasticizer used. In regions such as Europ

  Poly(3,4-ethylenedioxythiophene) or PEDOT is an organic non-toxic liquid polymer having high solubility. The most common derivative of PEDOT is PEDOT-2 and it was synthesized by coupling the aromatic ligand triterpenoid (Cannerellaellaceae, Tricophytaceae) with methyl hydroxide at a temperature of 300 degree Fahrenheit. It is colorless, transparent and odorless; however, recent clinical research has revealed that some color changes are also found in some PEDOT derivatives, specifically PEDOT-2. This organic non-toxic liquid is used as a substitute for benzene and ethylene in cosmetic and pharmaceutical products, in food and drink preparation and as a stabilizer for various plastics. PEDOT, as a high charge injection material for low-frequency stimulation, has emerged as a bioelectronics and medical, therapeutic breakthrough. It has been found to possess a wide range of promising health effects, including the treatment of Parkinson's disease, circulatory system disorders, oral c

  Polycaprolactone is a thermoplastic polymer, which is manufactured by covalent bonding of caprylic acid and propionic acid, with the help of an appropriate catalyst. The name polycaprolactone is derived from the 'color' of the polymer, which is white when it is fresh but turns into various shades of brown when exposed to heat. Polycaprolactone is insoluble in water, so it is mainly used for the preservation and freezing of industrial, pharmaceutical, and laboratory chemicals. Polycaprolactone is suitable for use in a variety of industries where extreme temperature needs to be controlled. Polycaprolactone has various uses. It is commonly used as an antifungal agent in external applications like creams, lotions, scrubs, facial cleaners, etc. It prevents fungal and bacterial growth in cosmetics, hair coloring, shampoos, conditioners, and skincare products. It also works as an antiseptic and antifungal agent. The medicine label of polycaprolactone contains various indications