Researchers use high tech in mould watermark to protect plastic products from piracyMarch 31, 2008Researchers at WMG at the University of Warwick have devised a high tech way to add Anti-counterfeiting to plastic products as they are created in the moulding process. The process could cost less than one per cent of the total cost of manufacturing the product. Lead researcher Professor Gordon Smith said: "There is an enormous amount of interest in anti-counterfeiting technology for plastic products. We at the University of Warwick are working on several processes to prevent plastic components being copied and this 'in mould' process is the first of them to be developed for use." "For commercial reasons we cannot detail collaborators but we are now exploring its use with one company that is plagued by the failure of a counterfeit plastic based safety critical product which is made to look exactly like their safety critical product and therefore damages their reputation as well as losing them sales." The watermark is created as an intrinsic part of the plastic product as it is being moulded. It would require very detailed technical knowledge and equipment to even attempt to replicate the watermark process. Professor Smith expects that the new technology will be of significant interest to a range of manufacturer's products such as DVD s and other discs in the entertainment and computing markets to plastic containers used by a range of consumer industries. University of Warwick |
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| Related Plastic Products Current Events and Plastic Products News Articles Common plants can eliminate indoor air pollutants Air quality in homes, offices, and other indoor spaces is becoming a major health concern, particularly in developed countries where people often spend more than 90% of their time indoors. Research shows link between bisphenol A and disease in adults A research team from the Peninsula Medical School, the University of Exeter, the University of Plymouth and the University of Iowa, have found evidence linking Bisphenol A (BPA) to diabetes and heart disease in adults. Bisphenol A linked to chemotherapy resistance Exposure to bisphenol A (BPA) may reduce the effectiveness of chemotherapy treatments, say University of Cincinnati (UC) scientists. 6 environmental research studies reveal critical health risks from plastic Exposure to Bisphenol A (BPA), phthalates and flame retardants (PBDEs) are strongly associated with adverse health effects on humans and laboratory animals. University of Pennsylvania Chemists Reinvent the Science and Industry of Making Plastics Chemists at the University of Pennsylvania have created a new process for free radical polymerization, the chemical reaction responsible for creating an enormous array of everyday plastic products, from Styrofoam cups to PVC tubing to car parts. Everlasting Fibre-glass Plastic More durable helmets, vests, ski-sticks and various other fibre-glass plastic products are close to becoming a reality. Provided, of course, the manufacturers apply new technology - the one developed by the Chernogolovka scientists supported by the Russian Foundation for Basic Research and the Foundation for Assistance to Small Innovative Enterprises (FASIE). When fibre-glass plastic products were first introduced to the market, the applicability of the material seemed truly unlimited. Later there appeared quite a number of disadvantages to accompany the numerous benefits. Helmets and ski-sticks got broken and boats got cracked. The reason is quite trivial for a composite material - insuffi New Bioplastic Reinforced With Natural Fibres Finland Leads Europe In The Development Of Biodegradable Plastics VTT, Technical Research Centre of Finland, has made degradable bioplastic more durable due to reinforcement with natural fibres. This biocomposite, which is totally biodegradable, supports sustainable development. The waste costs for products made from this will be small, and in the future consumers will have an enhanced appreciation of biodegradability of materials. VTT achieved this biocomposite using flax fibres to reinforce bioplastic. VTT also developed a method by which the properties of the completely biodegradable biocomposite can be tailored according to the projected use of the product. It is a further advantage that Recycling: more than just a word Recycling of plastics is a troublesome business. If they are shredded and melted down together the end products are often relatively worthless materials; this is known in the trade as "downcycling". If plastics are broken down into their constituent parts in the refining process, the products obtained are simply ones which can be made more cheaply from oil, especially when the costs of collection and separation of the waste to be recycled is taken into account. For these reasons, the only commercially viable possibility is often "thermal" recycling - otherwise known as combustion. More Plastic Products Current Events and Plastic Products News Articles |
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