Previous Article

Next Article

• New PE Composite Developed With Enhanced Properties

• Venting increases productivity due to lack of stoppage of moulding

• A new study on use of PVC based on DEHP and alternate plasticizers is not decisive

• PP fibre could replace asbestos after modification in construction industry

• A new enzyme to manufacture PMMA from sugar, alcohol or fatty acid

• Large blow moulded products to recover in 2009 after a loss of 5-10% in 2008

• Insulin pen made from engineering polymers contributes to convenient diabetes care

• Demand for windows and doors to register double digit gains through 2011 in China

• Batch cell and continuous bulk polymerization to produce transparent PMMA sheets

• Advances in graphene and plastics to shape next generation flexible electronics

• Lightweight, Durable, and Sustainable Plastics are Driving Innovation in Automotive Industry

• What is Integrated Waste Management, and its Relevance to India

• Recycling of Mixed Plastics, Foam to Graphene - Rice University

• Bio-Based Engineering Plastic Durabio Adopted for the Front Grill of Suzuki S-Cross

• Top 6 Specialty Polymers for Plumbing Systems from Solvay

• Biofunctionalized Plastics - Enzymes Successfully Embedded In Plastics

• New Approach to Design Lighter Carbon Fiber Reinforced Plastics

• Researchers 3D-print biomedical parts with supersonic speed

• Researchers 3D-Print Biomedical Parts With Supersonic Speed

• Scientists at Kaunas University of Technology (KTU). Lithuania have created biodegradable plastic, which decays in a compost bin in a couple of years.