Organometallic-Compounds

(Bromodichloromethyl) Phenylmercury

nil

2-(Hydroxymercuri)Benzoic Acid

nil

Acetylferrocene

Acetylferrocene is the organometallic / organoiron compound. It consists of ferrocene substituted by an acetyl group on one of the cyclopentadienyl rings. It is an orange, air-stable solid that is soluble in organic solvents. Acetylferrocene is prepared by acetylation of ferrocene, usually with acetic anhydrideAcetylferrocene can be converted to many derivatives, e.g., reduction to the chiral alcohol. The oxidized derivative, acetylferrocenium, is used as a 1e-oxidant in the research laboratory.

Allyltriphenyllead

nil

Artemisia pallens Wall Da FOOD GRADE

DAVANA OIL

BRMEssentialoils manufacturer .trader, suppliers  Exporter S  of essential oils

Davana oil. CAS NO 8016-03-03(Artemisia pallens). Davanaone

content available Content  49%  50% 56% stocks & 1500 kgs

Specifications: Europe Commission, RIFM

Synonyms

Davana oil Artemisia pallens Wall.

CAS Number:       8016-03-3

CAS Number 2:    91844-86-9

Flash Point Celsius:              94

FDA:       172.510

EINECS:  295-155-6

FEMA:    2359

Harmonized System Class: 3301.29

Botanical Latin:    Artemisia pallens Wall.

CoE:        69

www.brmessentialoils.com

If you require the above products as per your specifications, please write us. 
The essential oil of Davana is widely used in food Flavouring and Perfumery Industries. It is extensively used in flavorings of food, liquor and pastry industries besides perfumery.
BRM Essential oils is the only producer and exporter of Davana 

Bis-(9,9-diMethyl-9H-fluoren-2-yl)-aMine[500717-23-7]

Ethylmagnesium Bromide

Ethylmagnesium Bromide is a Grignard reagent.It is widely used in the laboratory synthesis of organic compounds.

Methyllithium

Methyllithium is an organometallic /organolithium reagent. Methyllithium is usually not prepared, but purchased as a solution in various ethers. Methyllithium is both strongly basic and highly nucleophilic due to the partial negative charge on carbon and is therefore particularly reactive towards electron acceptors and proton donors. Methyllithium is mainly used as the synthetic equivalent of the methyl anion synthon.