Home  Products Search  Properties Search  中文版
 

Information

Name N-(phosphonomethyl)-Glycine;Glyphosate;N-(Phosphonomethyl)-glycine;glialka;n-(phosphonomethyl)-glycin;mon 0468;mon 0573;muster;n-(phosphonomethyl)glycine;phosphonomethyliminoacetic acid;rodeo;sonic;tumbleweed;glyphosate acid
Data
CAS : 1071-83-6
formula : C3H8NO5P
MW : 169.07

Chinese name : N - (methyl phosphonic acyl) glycine; Glyphosate; Crops; Town grass-ning; N - (methyl phosphonic acid) amino ;-( phosphorylbithioureas acid methyl) glycine

English name : N - (phosphonomethyl) - Glycine; Glyphosate; N - (Phosphonomethyl) - glycine; glialka; n - (phosphonomethyl) - glycin; mon 0468; mon 0573; muster; n - (phosphonomethyl) glycine; phosphonomethyliminoacetic acid; Rodeo; sonic; tumbleweed; glyphosate acid

nature Description : white crystals. The temperature of 230 ° C (decomposition). At 25 ° C water solubility of 12g / L, respectively. It is not soluble in organic solvents in general, non-combustible; Not explosion, room temperature stability, ease of transport.

production methods : from the largest category there are two sub-production methods, namely Diglycolamidic acid (IDA) for the raw materials and methods of production of glycine-phosphite two alkyl ester as raw materials, production methods, which glycine-phosphite two alkyl France's largest production plant, the production most enterprises, production accounts for the National Glyphosate total production of about 80%, reaching 70,000 t; IDA device near capacity 30,000 t. It is divided into four categories : 1) Self-made (using trichloroacetic acid) IDA, double-Gan phosphine using concentrated sulfuric acid oxidation glyphosate production technology from the 20th century although since the 1980s, but due to calcium chloride strong acidic wastewater volumes, lower yield (IDA yield of about 70%), but only in a water system, its highest output in the 2000t (10% water), the beginning of the 1990s, production enterprises gradually reduce production decline. 2) production of trimethyl phosphite of enterprises trimethyl phosphite glyphosate production process, this method of water instead of solvent methanol, sodium hydroxide instead of triethylamine catalyst, and a reduction of post-processing, yield 65%, but the price of three methyl methacrylate than two, Therefore only three methacrylate production enterprises, the cost will have a certain competitiveness on the market. 3) use of methyl phosphite two glyphosate production process more enterprises, large-scale production plant, the process in recent years by optimizing production processes; Advanced equipment; Automated measures such as operating system, has made a series of technological advancement, product quality specifications have reached the international market the market demands, China mainly uses this process. 4) self-made (with two oxidative dehydrogenation diethanolamine) IDA IDA or outsourcing, the use of hydrogen peroxide oxidation - Gan phosphine Preparation glyphosate. The consumption of raw materials fixed : POM over 500kg, t; Methanol 500kg, t; Glycine 3891, t; Triethylamine 50kg, t; Two methyl phosphite 1000, t; Hydrochloric acid is 3000, t.

purposes : Glyphosate herbicides are organic phosphorus, weeding nature of the 1971 United States D.D. Baird discovered that the 20th century to the 1980s, the world has become an important herbicide varieties. Widely used in agriculture, forestry, animal husbandry; Industrial traffic and other areas, including forest; Rubber plantation; Farmland; Cha Sang; Orchard; Sugar cane fields; Border Road; Forest fire buffer zone and the railway; Airport; Warehouse; The depot; Power plants and other non-farming weeding. Glyphosate in the soil breaks down quickly, and not injected

Notice:Each item can have many explanations from different angels. If you want grasp the item comprehensively,please see below "more details data".
Structure
More
Detailed
Data
1) Glyphosate;N-(Phosphonomethyl) glycine;Glycine, N-(phosphonomethyl)-;N-(Phosphonomethyl)-glycine
2) glyphosate;Rounduuuuup(Monsanto);Spark
3) (Carboxymethylamino)methylphosphonic acid;Phosphonomethylaminoacetic acid;N-Phosphomethylglycine;Bronco;Landmaster;Pondmaster;Ranger;Rattler 4AS;Roundup 2.5;Sting;Glyphosate
4) glyphosate
5) glyphosate
6) Nong Da
7) ethametsulfuron;Muster;DPX-A7881
8) N-(carboxymethyl)-N-(phosphonomethyl)-Glycine;n-(phosphonomethyl)iminodiacetic acid hydrate;Glycine,N-(carboxymethyl)-N-(phosphonomethyl)-
9) Glyphosateammonium;Ammonium glyphosate;Glycine,N-(phosphonomethyl)-,ammonium salt;glyphosate,;glyphosate,ammonium salt;glyphosate,monoammonium salt;glyphosate,monoammoniumsalt
10) Glyphosate-ammonium;Ammonium glyphosate;Glycine, N-(phosphonomethyl)-, ammonium salt
Notice Some description was translated by software and the data is only as a reference.
Patent 1) Method of forming dual damascene structure of no-etch stop layer
2) Method for forming self-aligned contacts and local interconnects simultaneously
3) Complementary metal oxide semiconductor element and its forming method
4) Method for preparing capacitor structure of semiconductor storage
5) Semiconductor structure of display device and its producing method and pixel capacitance structure
6) Semiconductor device and its making method
7) Micro link lug structure with stress buffer and its producing method
8) Semiconductor package structure and its producing method
9) Semiconductor chip or device of vertical structure
10) Interconnecting machine structure, damascene structure of IC and semiconductor structure