Cas no: 9004-70-0 Molecular Formula : [C6H702(OH)3-r(ON02) r]n Characteristics : white floc
Analysis item Standard specification test method L H Viscosity Falling time Nitrogen content 10.7-11.4 11.5-12.2 Devarda's Alloy Light transmittance special grade í¦92 special grade í¦96 Spectrophotometer excellent calss í¦92 excellent calss í¦93 an tec. í¦85 an tec. í¦90 qualified í¦85 qualified í¦85 Acidity 1/6 sec 1/8 sec í_0.08,1/4secí_0.07,othersí_0.06 NaOH Titration Heat resistance test ,80íµ í¦10min í¦10min Abel Explosive point í¦180 í¦180 Oil bath heating Ash í_0.2 í_0.2 Nitrate method Alcohol OR IPA content 30í+2% 30í+2% Moisture teller Moisture 4%max 4%max Moisture teller STEEL DRUM FIBER DRUM
CEPPA Chemical name: CEPPA 3-(Hydroxyphenylphosphinyl) propanoic acid. CAS NO : 14657-64-8 ELINCS NO : 99-04-1212 EC NO : 411-200-6 Structure: APPLICATION FIELDú¦ PET,nylon,fiber galss etc Characteristics and Applications: It is an organic and fire-resistant compound . CEPPA is a low smoke and non-halogen flame retardant.CEPPA belong to reaction-category fire-resistant additive according to the way of addition It can be used to polyester fiber (PET), nylon , fiberglass etc . but at present the technology of using in polyester is most mature and stable . Take how to use in PET polyester a example to explain how to use CEPPA : CEPPA AND PTD , EG(glycol) are used together to copolymerize and produce flame retardant polyester slices(PET). The advised addition of CEPPA is about 4-5.5%,which can make LOI(limited oxygen index) meet as high as 32%.And flame retardant polyester slices will be spinned to produce all kind of polyester fiber. CEPPA is always added in process of ES REACTION or PA REACTION. General Information Molecular Formula : C9H11O4P Molecular Weight : 214 Shape : Glacial Powder with the color of white Phosphorus contents:14% up and down 0.5 Water-Solution: Resolve in Alcohol, Acetone, 3% (at 20íµ) of Water, and Non-Resolve in Hexane and Benzene Purity: More than 99% Melting Point : 154 ~ 156 íµ Decomposition temperature:250 íµ FORM OF CEPPA One form is CEPPA powder , second form is CEPPA and EG solution with 45% CEPPA. PRODUCTIVITY OF FACTORY : Annual productivity is about 1400 tons .
Application of nitrocellulose Nitrocellulose, also known as cellulose nitrate or nitrocellulose, is an organic polymer compound with the chemical formula (C6H7N3O11) n. It is the product of the esterification reaction between cellulose and nitrate, usually in the form of white or slightly yellow cotton fluff, insoluble in water, but soluble in organic solvents such as esters and acetone Nitrocellulose, also known as cellulose nitrate ester, abbreviated as NC, commonly known as nitrocellulose, is the product of the reaction between cellulose and nitrate. Nitrocellulose made from cotton fibers is called nitrocellulose. Nitrocellulose is a white fibrous polymer that is resistant to water, dilute acids, weak alkalis, and various oils. Different degrees of polymerization result in different strengths, but they are all thermoplastic substances. Easy to change color under sunlight and highly flammable. Attention should be paid to safety in production, processing, packaging, storage, transportation, sales, and use.
others nameï¼?Nitrocotton; Cotton body collodion; Low nitrogen nitrocellulose 1.Nitrocellulose, also known as nitrocellulose, cotton body collodion, etc., is a nitrate ester, white or slightly yellow cotton wool, soluble in acetone. It is the product of esterification of cellulose and nitric acid. Cellulose nitrate is produced by esterifying refined cotton with concentrated nitric acid and concentrated sulfuric acid. 2.Casï¼?9004-70-0 3. Appearance: White or yellowish cotton wool 4.useï¼?Nitrocellulose has two main applications, military and civilian. The military part mainly focuses on the production of weapons, explosives and explosives, and implements the management of military products. The civil part is used in paint, celluloid, artificial fiber, film ink, cosmetics and other fields. Cellulose nitrate is a white fibrous polymer that is resistant to water, dilute acids, weak alkalis and various oils. Insoluble in water, soluble in acetone, ethyl ether ethanol mixture. Easy to change color under the sun, extremely flammable, smoke-free, instant release of a lot of gas. Different degrees of polymerization, its strength is also different, but are thermoplastic materials. It changes color easily in sunlight and burns easily. In the production and processing, packaging, storage and transportation, sales, use should pay attention to safety. Main use (1) High nitrogen content commonly known as fire cotton, used to make smokeless gunpowder; Low nitrogen content commonly known as collodion, used to manufacture spray paint, artificial leather, film, plastic and so on. (2) Used for making cultural and educational supplies, daily necessities, instrument signs, etc (3) Used in ink, leather, various nitrocellurocelluloses, rubber caps, typing wax paper, etc (4) For the production of cultural and educational supplies, daily necessities, instrument signs, etc., for ink, leather, various nitro paints, etc., for the pharmaceutical industry, photographic negatives, photographic negatives and leather manufacturing (5) celluloid, announced by the European Union on October 26, 2006, banned for the manufacture of toys.
This company produces variety of specifications nitrocotton, 1/2, 1/4, 1/8, 1/16, 15 seconds, 30 seconds, .... 100 seconds .. 300 seconds ... 1500 seconds Widely used in the lacquer, ink, colored celluloid movie film, typing waxed, varnished cloth, bottle sets 40kg/drum
Molecular formula [c6h702(oh)3-r(ono2)r]n Main physical and chemical characteristic Nitrocellulose is white floc and chip fiber, wish specific heat about 0.4 and relative density 1.65-1.67g/cm2, highly flammable, soluble in organic solvent such as ketone, ester, alcohol ether etc, sensitive to machinery impact when alcohol is lower. It can react with acid, alkali, oxidant and reductant. 50kgs fiber drums or 100kgs iron drums.
Based nitrogen content, nitrocellulose for dope falls into h and l. Type h is also called as alcohol as aster-soluble nitrocellulose, with nitrogen content 11.5-12.2%, while l grade nitrocellulose can also be named as alcohol-soluble nitrocellulose, with nitrogen content 10.7-11.4%. 1nitrocellulose is packed in galvanized steel barrel (280 liters) lined with polythene film bag according to dot-17h. Net weight is 100kg for per barrel. 2nitrocellulose for domestic is packed in composite fiber drum lined with polythene film bag. Net weight is 20-25kg per drum. 3nitrocellulose may also be packed in composite fiber drum lined with polythene film bag. Net weight is 30-35kg per drum.
Nitrocellulose Packing: 1. Nitrocellulose is packed in galvanized steel barrel (280 liters) lined with polythene film bag according to DOT-17H. Net weight is 100kg for per barrel. 2. Nitrocellulose for domestic is packed in composite fiber drum lined with polythene film bag. Net weight is 20-25kg per drum. 3. Nitrocellulose may also be packed in composite fiber drum lined with polythene film bag. Net weight is 30-35kg per drum
