Source Polymers Experts for your Project, Phone Consult or Job

Free Radical Initiated Chain Polymerization

Looking for a experienced consultant in free radical initiated chain polymerization -compositions of equipment for copolymerization of acrylic acid/maleic acid. - method of polymerization related to acrylic acid/maleic acid.

1. 

   Arun |Consultant

   Dear Sandy I am interested in this project, My consulting charges are US$350 per hour for this proj...

   35 Minutes Later
2. 

   DATTATRAY |consultant - chemicals and materials

   hi , SANDY i have more than 10 years of experience in radical polymerization , i have worked over ...

   1.3 Days Later
3. 

   none |noinmo

   can develop acrylic homopolymers and copolymers emulsion *****, with free radical initiators,...

   2.5 Days Later

Global Specialty Polymers Market

We urgently require market experts/consultants for information and data regarding the global specialty polymers market. The specific data required includes the type of polymer by geographic region, the global market share of the manufacturers by polymer type, and the list of manufacturers by polymer type. In addition to this, we require information on the average annual spending by manufacturers on reaction, drying/agglomeration, and compounding equipment, the anticipated growth rate of annual equipment spend and the drivers. An early assistance within a day or two is greatly appreciated. Thank you.

Hydro And Titan Polymer

Hi zintro expert, the zintro blog needs you! we are looking for expert opinions on the news mentioned below and would like to include your point of view. We realize your time is valuable, so here is a brief summary of what we are looking for: a brief answer to the prompt about 1-2 paragraphs including your full name participation is voluntary no payment will be involved if chosen, you'll be named in the post and we'll include a link to your zintro profile which will generate more visitors for you wondering what the post would look like? Here is a sample: http://blog.Zintro.Com/2012/01/16/keystone-xl-pipeline-pros-and-cons/ topic and prompt polymers the world welcomed two new polymers in may, codenamed titan and hydro, both of which came from the same reaction. One is rigid; it could become part of the next generation of computers. The other is a gel, so it it could be included in water-soluble nail polish. Ibm researcher jeannette m. Garcia was among a team of nearly a dozen scientists and researchers who worked for more than a year on this discovery, and they are now submitting their findings to the peer review journal science. Humans have been creating synthetic polymers for the better part of a century, and they can now be found in everything from your steering wheel and favorite polyester suit to your computer and airplanes. But new polymer-forming chemical reactions like this one are extremely rare. "most [polymer] discoveries were made between 1930 and 1950," garcia told mashable. Polymers are essentially macromolecues made up of 10,000 or more atoms and they occur in nature (rubber) and have been synthesized in the lab (polystyrene). Even though they were created from the same reaction, the two new polymers have distinct characteristics. Titan is, naturally, the stronger one. According to ibm, it has bone-like strength (its measurements were similar to the organic material that frames our bodies) and roughly one-third of the tensile strength of steel. When ibm researchers combined titan with 2% to 5% carbon nanotubes, however, they found they could make a material three times stronger than the polyamides sometimes used on current aircrafts. Hydro is mostly liquid and quite flexible. It can also "self-heal"; according to garcia, if you cut a blob of the polymer in two and then place the pieces next to each other (but don't force them together), they will combine back into one blob. One application could be for a powerful-on-contact adhesive. What are your thoughts about the findings? Getting your name and expert opinion published on our blog is a great marketing opportunity. If interested, please send a response to the prompt via znotes within 1-2 days. Donã¢â€â™t forget to include your full name. If you have any questions, please let us know. Thank you! the zintro blog team

1. 

   Arthur |CEO

   Art Jefford an experienced risk management, *****eting expert with extensive *****...

   1.4 Hours Later
2. 

   David |Managing Director

   Absent any chemistry info it is hard to comment but on 'first blush' my reactions are 1) for high pe...

   17.3 Hours Later

Polymers

Hi zintro expert, the zintro blog needs you! we are looking for expert opinions on the news mentioned below and would like to hear from you within the next couple of days. While we’d love your thoughts, we realize that your time is valuable, so here are a couple of things you need to know before deciding whether or not to participate: - replies should be brief – about 1-2 paragraphs – and include your full name - participation is voluntary – no payment will be involved - if chosen, you’ll be named in the post and we’ll include a link to your zintro profile which will generate more visitors for you wondering what the post would look like? Here is a sample: http://blog.Zintro.Com/2012/01/16/keystone-xl-pipeline-pros-and-cons/ here’s the topic on which we’d love your thoughts: polymers electrically controlled glasses with continuously adjustable transparency, new polarisation filters, and even chemosensors capable of detecting single molecules of specific chemicals could be fabricated thanks to a new polymer unprecedentedly combining optical and electrical properties. An international team of chemists from italy, germany, and poland developed a polymer with unique optical and electric properties. Components of this polymer change their spatial configuration depending on the electric potential applied. In turn, the polarisation of transmitted light is affected. The material can be used, for instance, in polarisation filters and window glasses with continuously adjustable transparency. Due to its mechanical properties, the polymer is also perfectly suitable for fabrication of chemical sensors for selective detection and determination of optically active (chiral) forms of an analyte. The research findings of the international team headed by prof. Francesco sannicolo from the universita degli studi di milano were recently published in angewandte chemie international edition. What are your thoughts about the research findings? Getting your name and expert opinion published on our blog is a great marketing opportunity. If interested, please send us your response via znotes within a couple of days. Don’t forget to include your full name. If you have any questions, please let us know. Thank you! the zintro blog team

1. 

   Thomas |Consultant

   Thank you for the opportunity to blog. At this time, I am doing two blogs, so my time in that arena...

   1.2 Hours Later
2. 

   Anastasia |Senior Scientist

   here is my blog *****.polymersolutions.com/blog/inherently-conducting-polymers-go-chiral/...

   2.2 Days Later