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Polymer Additives
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Polymer Additives
PVC and Sustainability Channel

PVC, Plasticizers and Sustainability


PVC additives and modifiers play a significant role in creating safer, cleaner and durable PVC solutions. Additives such as heat and light stabilizers help improve resistance of PVC products at high temperature and shield them from UV degradation.

Another important additive, plasticizers improve the flexibility, extensibility and processability of PVC. But, despite these important attributes that they provide to PVC, there is an increasing amount of regulatory actions coming up against these products and companies are finding solutions towards development of phthalate alternatives.

Subscribe to the channel for more regulatory and innovation updates via a monthly digest.

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Aug 24, 2009 | Article

Non-oil Additives, Ingredients and Polymers: The Breakthrough Starch, Fibres from Scraps, Bioplasticizers, Natural Protective Agents

Petroleum drying up will lead to an energy crisis needing to find new sources for the plastics industry. Alternatives include the replacement of petroleum by coal, the use of minerals, the...

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Aug 3, 2009 | Article

Insight of the PVC Sub-community

The Community Insight of this month will give you an insight of the SpecialChem4Polymers members using PVC, whether they process PVC, compound it or even specify it...

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Jul 7, 2009 | Article

Industrialization of Sustainable Solutions: Modification and Blending of Bioplastics

Industrialization of bioplastics takes the conventional ways of industrial plastics, optimization of the properties by compounding with additives and blending with other (bio)plastics, processing...

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May 14, 2009 | Article

Sustainability, a must: Natural Scraps as Feedstock

To avoid competition with food crops, raw materials for bioplastics are chosen among agricultural, urban or industrial wastes and carbon dioxide. Processing methods can follow microbial, chemical or...

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Jan 7, 2009 | Article

Plastics RecyclingOut of the Beaten Tracks

Recycling means the reuse of the waste materials in a production process for the original purpose or for other purposes excluding energy recovery. Reprocessing can be done using mechanical or...

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Mar 20, 2006 | Article

Plastics recycling - Part 4 – The physicochemical recycling methods Solvent extraction, chemolysis, thermolysis

The mechanical recycling, useful for sorted plastics, is unsuitable for the considerable stream of mixed plastics included in municipal solid wastes and shredders coming from end-of-life vehicles or...

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Aug 4, 2004 | Article

PVC pastes: plastisols, organosols, hydrosols I - What?

PVC is a performing but relatively stiff, brittle resin processed with the heavy machinery of thermoplastics. Its plasticization discovered in 1928 by The BF Goodrich Company opened the door to:...

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Feb 25, 2004 | Article

Compatibilizers find the right blend

Through offering the required balance of physical and chemical properties, the applications for polymer blends continue to grow. Compatibilizers provide the mechanism for blending these immiscible...

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Jan 6, 2003 | Article

New vinyl impact modifier improves mechanical and physical properties

When developing or fine-tuning a PVC formulation for profile extrusion it is usual to pay close attention to the fusion characteristics, such as fusion time, fusion and equilibrium torque and...

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Jun 11, 2001 | Article

PVC and environment

Polyvinyl Chloride (PVC), the second world-wide plastic material, which finds widespread use in transport, building, packaging, electrical/electronic and healthcare applications, has been under...

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