Development prospects of pyridine derivatives
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This post was last edited by zxh6267 on 2009-7-14 11:26. What are the pyridine derivatives? What are the development prospects for each, and are there any good projects?
It has great potential… Pyridine derivatives are very useful chemical reagents, and their production process seems to fall under the category of precision manufacturing!
Given the current domestic situation, there is great potential in this field. Compounds such as pyridine, 2-P, and 3-P are in high demand for use in the production of medicines and pesticides; there are few manufacturers in China, and a large portion of these materials rely on imports
The supply of medicines and pesticides is very limited! It can be said to have great potential, especially in terms of the use of pesticides~~
The prospects for pyridine are very good; there’s no need to worry about market issues! It’s just that the production technology for this product is highly monopolized, with very high technical barriers; otherwise, it wouldn’t be so expensive! Nanjing’s Red Sun Group has made a fortune over the years by relying on this as its flagship product; it’s really enviable! Haha
Are you interested in products such as ZPT, HPT, and NAPT? These all belong to the category of anti-corrosion and antibacterial agents. Feel free to leave me a message: QQ83978169
Yes, several large companies in Shandong wanted to form a joint venture to build a pyridine production line, but that effort was not successful. In China, only Nantong and Red Sun produce pyridine; previously, Red Sun’s quality of pyridine wasn’t very good, but it seems to have improved recently, and they are now starting to export it on a large scale! !
I mainly hope that everyone will actively discuss topics such as the market for pyridine derivatives and their technical maturity; please participate actively, as good suggestions will definitely be rewarded
1. Acetamiprid – Imidacloprid 2. Amistar – Amistad 3. Chlorfenapyr – Bromfenacryl 4. Clodinafop-Propargyl – Clodinafop 5. Diflubenzuron – Diflubenzuron 6. Fenpyro*mate – Fenpyrothrin 7. Fipronil – Fluorfenicol 8. Flufenoxuron – Flufenoxuron 9. Flurochloridon – Fluroxypyr 10. Imidacloprid – Imidacloprid 11. Indoxacarb – Indoxacarb 12. Mesotrion – Metsulfuron-methyl 13. Metaflumizone – Metaflumizone 14. Rimsulfuron – Rimsulfuron 15. Spirodiclofen – Spirodiclofen 16. Thiamethoxam – Thiamethoxam 17. Triflumuron – Triflumuron www.dongshengchem.com.cn dongshengchem@126.com
It has great potential; many drugs, pesticides, and other compounds use pyridine derivatives as precursors or intermediates. The problem is that they are highly toxic. The original poster should get married first and then focus on working on this properly
All downstream products of pyridine are high-quality products
Among pyridine-based chemical products, the ones I work with the most are pesticides. It can be seen from this that downstream products of pyridines are all products with relatively high added value. The deep processing of pyridine is a type of chemical product with considerable potential
Men should avoid pyridine, and women should avoid furan, right?
When I was studying at the Institute of Chemistry, Chinese Academy of Sciences, I used pyridine. Fortunately, I don’t have any problems with having children; I already have four.
Last month, a pyridine conference was held in Nanjing, and the meeting was quite successful. We are holding the “China Pesticide Formulation Processing and Adjuvant Application Technology Exchange Conference” in Nanjing from September 16th to 18th, featuring all the latest advancements – don’t miss it! http://www.ccin.com.cn/meeting/Agricultural/index.html