N-Propylamine

Supplier: Diethylamine - di-n-propylamine - di-n-buthylamine - tri-n-propylamine, fragrances series - dihydromyrcenol - pinane - myrcene - dihydromyrcene - herbac, peroxide series - sodium percarbonate - hydrogen peroxide, inorganic chemicals - monopotassium phosphate, ice acetic acid, liquid ammonia

Lyral Cas no. : 31906-04-4, 51414-25-6 Chemical name : lyral M.F. : c13h22o2 M.W. : 210.32 Structure : Property & application: appearance colorless liquid Boil point 120-121fªc/150pa Flashpoint (closed cup) >100fªc Refractive index (nad 20++c) 1.486-1.493 Relative density d2525 0.990-0.998 Specification : purity 98·± Use : Msds : click to see

Pinane Cas no. : 6876-13-7 Chemical name : pinane M.F. : c10h18 M.W. : 138.25 Structure : Property & application: purity: fª98% Appearance: colorless liquid Refractive index: 1.4622 Uses: wildly used as the raw materials of the fine perfume and vitamin a, vitamin e and vitamin k. Specification : Use : Msds : click to see Packing : 170kg net wt. In galvanized iron drum of each 53 gallons.

37 -dimethyl-6 -octenol Cas no. : 106-22-9 Chemical name : 37 -dimethyl-6 -octenol M.F. : c10 h20 o M.W. : 156.3 Structure : Property & application: appearance colorless liquid Odor perfumery-rose-like, with a rich and oxidation Resistantf· Boil point 222c Flashpoint (closed cup)79+ Refractive index (nad 20c) 1.462 Relative density d2525 0.857 Specification : purity 90% Use : Msds : click to see Packing : 170kgs net wt. In galvanized iron drum of each 53 Gallons Packing : 170kgs net wt. In galvanized iron drum of each 53 Gallons

Tri-n-propylamine(TNPA); CAS NO.102-69-2 Property Specifications Results Tri-n-propylamine, wt% 99.0%Min 99.7 Water, wt% 0.2%Max 0.03 Mono-n-propylamine, wt% 0.1Max ND Di-n-propylamine, wt% 0.1Max 0.07 N-propanol, wt% 0.1Max ND Color , APHA 15 Max 10

Supplier: Amine: monoethylamine(mea), cas no:75 04 7 diethylamine(dea), cas no.109 89 7 triethylamine(tea); cas no.121 44 8 monoisopropylamine(mipa), cas no.75 31 0 diisopropylamine(dipa); cas no108 18 9 mono n propylamine(mnpa), cas no.107 10 8 di n propylamine(dnpa), cas no.142 84 7 tri n propylamine(tnpa); cas no.102 69 2 mono n butylamine(mnba), cas no.109 73 9 di n butylamine(dnba), cas no.111 92 2 tri n butylamine(tnba); cas no.102 82 9 monoisobutylamine(miba), cas no.78 81 9 diisobutylamine(diba); cas no.110 96 3 acetate: n propyl acetate(npac), cas no.109 60 4 isobutyl acetate(ibac), cas no.110 19 0 isopropyl acetate(ipac)., cas no.108 21 4

Mono-n-propylamine(MNPA), CAS NO.107-10-8 Property Specifications Results Mono-N-Propylamie, wt% 99.5%Min 99.9 Water, wt% 0.2%Max 0.06 Di-N-Propylamie, wt% 0.1%Max ND Tri-N-Propylamie, wt% 0.1%Max ND N-Propyl alcohol wt% 0.1%Max ND Color , APHA 15 Max 10

Name: Propyl cinnamate CAS No.: 7778-83-8 Formula: C12H14O2 Molecular Weight: 190.24 Boiling point: 283-284°C Density: 1.030-1.040g/cm3 Flash point: >99°C Refractive index: 1.547-1.553 EINECS No.: 231-916-0 Appearance: Pale yellow liquid/colorless thick liquid, solid when cold. Solubility: Miscible in ethanol, ether, chloroform and most non-volatile oils, soluble in propylene glycol, insoluble in waterã?? Vapor pressure: 0.00141mmHg at 25°C Package specification:200kg/blue barrel Usage: As a spice, this product can be used to prepare high-grade flavors such as beverages, candy, food and daily cosmetics. It is a synthetic essence.It is stable, It will not decompose if used and stored according to specifications. Avoid contact with oxides. It is synthesized from propanol and cinnamaldehyde. Propyl alcohol is generally used as a solvent, and is also a raw material for preparing n-propylamine or the like and used as a chromatographic reagent, solvent and cleaning agent. Propanol is used directly as a solvent or as a synthetic propyl acetate. Cinnamaldehyde is a flavoring agent used in the preparation of foods such as soap flavors and cakes. It can be used for fresh-keeping of fruits and used in moderation according to production needs, in solvents, flavoring, pharmaceutical raw materials intermediates, flavors and fragrances. Propyl cinnamate commonly used in perfume chemicals and intermediates.

N-propanol, also known as 1-propanol, is an organic compound with the structural formula CH3CH2CH2OH, molecular formula C3H8O, and molecular weight of 60.10. Under normal temperature and pressure, n-propanol is a transparent and colorless liquid with a strong moldy odor similar to external alcohol. It is soluble in water, ethanol, and ether. Generally, acetaldehyde is synthesized by carbonylation of ethylene and then reduced to obtain it. N-propanol can replace ethanol with lower boiling point as a solvent and can also be used for chromatographic analysis. N-propanol is listed in the "List of Hazardous Chemicals" and controlled in accordance with the "Regulations on the Safety Management of Hazardous Chemicals" Product Name: n-propanol Foreign name: 1-propanol Alias: 1-Propanol Chemical formula: CH3CH2CH2OH Molecular weight: 60.10 CAS login number: 71-23-8 EINECS login number: 200-746-9 Melting point: -126.5 (101 kPa) Boiling point: 97.4 (101 kPa) Water solubility: miscible Density: 0.804 g/cm [5] (101 kPa, 20 ) Appearance: Colorless and transparent liquid Flash point: 15 Security description: S7; S16ï¼?S24ï¼?S26ï¼?S39 Hazard symbol: F Hazard description: R11; R41ï¼?R67 application area 1. n-propanol is commonly used in organic synthesis, and can be used in the synthesis of nitro spray paint, cosmetics, dental detergents, insecticides, fungicides, inks, plastics, antifreeze, as well as intermediates, such as the synthesis of propyl acetate, which can be used as a coating solvent, printing ink, etc. Various esters synthesized from n-propanol can also be used as food additives, plasticizers, fragrances (ingredients used to prepare fragrances must not exceed the maximum allowable usage and maximum allowable residue levels in GB 2760), and many other aspects; 2. n-propanol is used in the pharmaceutical industry for the production of probenecid, sodium valproate, erythromycin, dexamethasone, adhesive hemostatic agent BCA, propylthiourea, 2,5-pyridinedicarboxylate dipropyl ester, n-propylamine, etc; 3. Derivatives of n-propanol, especially di-n-propylamine, have many applications in pesticide production, such as being used to produce pesticides such as sulfamethoxazole, isoproterenol, metoclopramide, sulfonamide, and fluoxetine. 4. n-propanol can be used as an analytical reagent, such as a solvent, chromatographic reagent, and chromatographic reagent. N-propanol can be directly used as a solvent and can replace ethanol with a lower boiling point in many cases, such as as as a solvent for plant oils, natural rubber and resins, certain synthetic resins, as well as ethyl cellulose and polyvinyl butyral. 5. N-propanol can also be mixed with alkanes and alkenes as a fuel to increase the temperature during combustion.