https://cpart.vn:443/en/eco-market/eco-materials/polymersPolymershttps://cpart.vn:443/en/eco-market/ecola-plastic-kao<p><a title="Global warming prevention: Helps reduce emissions of greenhouse gases such as carbon dioxide. This initiative includes the direct reduction of greenhouse gas emissions as well as energy saving and the reduction of deforestation"><img src="/Media/Default/Library/Vn/Icon/Global-warming-prevention.gif" alt="" align="bottom" height="60" width="60" /></a><a title="Resource saving: Helps reduce the consumption of resources, such as mineral, forest, and water resources. This includes resource saving by reuse and recycling as well as resource saving in products and the manufacturing process"><img src="/Media/Default/Library/Vn/Icon/Resource-saving.gif" alt="" align="bottom" height="60" width="60" /></a></p> <p><span style="color: #0000ff;"><strong><a title="Degradability/compostability: Products, packaging, and their components can be biodegradable and produce substances that are relatively homogeneous and stable. They can also be degraded to a degree under certain conditions within a predetermined period of time"><img src="/Media/Default/Library/Vn/Icon/Degradability-compostability.gif" alt="" align="bottom" height="60" width="60" /></a></strong></span></p> <p><span style="color: #0000ff;"><strong><a title="Material and component production (materials/parts): This is a stage where interim products including materials and components are manufactured. Such interim products and their designs are intended for environmental impact reduction"><img src="/Media/Default/Library/Vn/Icon/Material%20and%20components%20production%20-materials,%20parts.gif" alt="" align="bottom" height="60" width="60" /></a><a title="End-of-life: In this step, products are disposed of and recycled. Included in this step are products that contribute to the reduction of final disposal volumes and can be disassembled, are easily reusable, easily recyclable, and compatible with well-established recycling systems"><img src="/Media/Default/Library/Vn/Icon/End%20of%20Life.gif" alt="" align="bottom" height="60" width="60" /></a></strong></span></p> <p><span style="color: #ff00ff;"><strong>Environmental performance</strong></span><br />Kao has integrated the quality of ECOLA, its polylactic acid resin product, to save cycle time within<br />the production process which contributes to the reduction of environmental burden.<br />1.&nbsp; Has realized injection molding that saves time to nearly the same extent as molding widely-used<br />resin.<br />Conventional molding condition : 110oC X 10min.<br />New molding condition with ECOLA : 80oC X 30sec at most.<br />2. Has realized extrusion molding of transparent and soft materials such as sheet-shaped products.</p> <p><br /><span style="color: #ff00ff;"><strong>Product performance</strong></span><br />Kao contributes to a more easier use of eco-friendly biomass-based polymer.<br />In addition to the plasticity control technology that has improved the softness of molded products,<br />our unique nano-crystal control technology has realized the products' transparency.<br />These technologies have made it possible to expand the wide use of polylactic acid resin to plastic<br />products.<br />Extrusion-molding-targeted ECOLA enables molding of sheet-shaped or film-shaped products such<br />as transparent folders, which resemble products made of PP.<br />On the other hand, injection-molding-targeted ECOLA saves the molding time to nearly the same<br />extent as molding such commonly-used resins as ABS or PP without losing the impact resistance or<br />heat resistance after molding.</p> <p><span style="color: #ff00ff;"><strong>Company profile<br /></strong></span></p> <p><strong>Kao Corporation</strong><br />1-14-10, Nihonbashi Kayabacho, Chuo-ku, Tokyo, Japan<br />URL http://chemical.kao.com/global/</p>Thu, 14 Nov 2013 11:20:12 GMThttps://cpart.vn:443/en/eco-market/ecola-plastic-kaohttps://cpart.vn:443/en/eco-market/origo-corn-based-bio-plastic<p><a title="Global warming prevention: Helps reduce emissions of greenhouse gases such as carbon dioxide. This initiative includes the direct reduction of greenhouse gas emissions as well as energy saving and the reduction of deforestation"><img src="/Media/Default/Library/Vn/Icon/Global-warming-prevention.gif" alt="" align="bottom" height="60" width="60" /></a><a title="Resource saving: Helps reduce the consumption of resources, such as mineral, forest, and water resources. This includes resource saving by reuse and recycling as well as resource saving in products and the manufacturing process"><img src="/Media/Default/Library/Vn/Icon/Resource-saving.gif" alt="" align="bottom" height="60" width="60" /></a></p> <p><span style="color: #0000ff;"><strong><a title="Degradability/compostability: Products, packaging, and their components can be biodegradable and produce substances that are relatively homogeneous and stable. They can also be degraded to a degree under certain conditions within a predetermined period of time"><img src="/Media/Default/Library/Vn/Icon/Degradability-compostability.gif" alt="" align="bottom" height="60" width="60" /></a><a title="High quality/performance: Product quality and performance improvements enable environmental impact reduction, subsequently leading to material and waste reduction"><img src="/Media/Default/Library/Vn/Icon/High-quality-performance.gif" alt="" align="bottom" height="60" width="60" /></a></strong></span></p> <p><span style="color: #0000ff;"><strong><a title="Extraction of materials (resources): In this step, resources needed for product manufacturing are collected. Some equipment is used for environmental impact reduction in this stage"><img src="/Media/Default/Library/Vn/Icon/Extraction%20of%20materials%20-resource.gif" alt="" height="60" width="60" /></a><a title="Product manufacturing (production): Products are manufactured in this step using materials and components. This step includes products that help reduce environmental impact during the manufacturing process"><img src="/Media/Default/Library/Vn/Icon/Product%20manufacturing%20-production.gif" alt="" align="bottom" height="60" width="60" /></a><br /></strong></span></p> <p><span style="color: #ff00ff;"><strong>Environmental performance</strong></span><br />Origo corn-based bio-plastic is a revolutionary material set to replace<br />disposable plastics. 100% biodegradable and carbon-neutral, it is made of<br />up to 75% corn, reducing the reliance on fossil fuels and cutting down on<br />toxic/green house gases released when incinerated. Certified ISO-14001<br />ISO-14855, ASTM-6400, ASTM-6866, EN-13432.<br /><span style="color: #ff00ff;"><strong>Product performance</strong></span><br />Origo bio-plastic can be made into a variety of products from flower pots to<br />poster boards. It is durable, water-proof and printable. Certified ISO-9001,<br />FDA approved.</p> <p><br /><span style="color: #000000;"><strong>Olive Green Marketing Pte Ltd</strong></span><br />2 Toh Tuck Link #05-03, 596225, Singapore<br />Tel 65 67671301<br />URL http://www.olivegreen.com.sg</p>Fri, 15 Nov 2013 09:41:16 GMThttps://cpart.vn:443/en/eco-market/origo-corn-based-bio-plastic