LEAD OCTOATE (KURUN OKTOAT)
LEAD OCTOATE /KURUN OKTOAT / OCTOATE DE PLOMB
CAS: 15696-43-2
EC Number: 239-790-9
Synonyms:
Lead octoate,lead(2+); octanoate,Lead caprylate,15696-43-2,124-07-2 (Parent),Octanoic acid, lead salt,Octanoic acid, lead salt (1:?),EINECS 239-790-9,AC1L1VYG,LP076053,17362-65-1,LEAD OCTOATE;lead caprylate;LEAD OCTANOATE;lead(2+) octanoate; LEAD ETHYL HEXOATE; aprylic acid lead(II) salt; Octanoic acid, lead(2+) salt; Dioctanoic acid lead(II) salt; Bis(octanoic acid)lead(II) salt; inmineralspirits) 24%leadcontent,Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Molecular Formula: C8H15O2Pb+; Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Octoate de plomb; LEAD OCTOATE; LEAD OKTOATE; LEAD OCTOAT; LEAD OKTOAT; LEAD OCTOATE;LEAD OCTANOATE;Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Octoate de plomb; LEAD OCTOATE; LEAD OKTOATE; Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Octoate de plomb; LEAD OCTOATE; LEAD OKTOATE; LEAD OCTOAT; LEAD OKTOAT; LEAD OCTOATE;LEAD OCTANOATE;Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Octoate de plomb; LEAD OCTOATE; LEAD OKTOATE; LEAD OCTOAT; LEAD OKTOAT; LEAD OCTOATE;LEAD OCTANOATE;lead caprylate;LEAD ETHYL HEXOATE;lead(2+) octanoate;Caprylic acid lead(II) salt;Octanoic acid, lead(2+) salt;Dioctanoic acid lead(II) salt; inmineralspirits)24% ; leadcontent;Bis(octanoic acid)lead(II) salt; Lead bis(2-ethylhexanoate); Bleibis(2-ethylhexanoat); Bis(2-etilhexanoato) de plomo; Bis(2-éthylhexanoate) de plomb; 2-Ethylhexanoic acid, Lead salt; KURUN OKTOAT ; lead caprylate;LEAD ETHYL HEXOATE;lead(2+) octanoate;Caprylic acid lead(II) salt;Octanoic acid, lead(2+) salt;Dioctanoic acid lead(II) salt; inmineralspirits)24% ; leadcontent; Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Octoate de plomb; LEAD OCTOATE; LEAD OKTOATE; LEAD OCTOAT; LEAD OKTOAT; LEAD OCTOATE;LEAD OCTANOATE;lead caprylate;LEAD ETHYL HEXOATE;lead(2+) octanoate;Caprylic acid lead(II) salt;Octanoic acid, lead(2+) salt;Dioctanoic acid lead(II) salt; inmineralspirits)24% ; leadcontent;Bis(octanoic acid)lead(II) salt; Lead bis(2-ethylhexanoate); LEAD OCTOAT; LEAD OKTOAT; LEAD OCTOATE;LEAD OCTANOATE;lead caprylate;LEAD ETHYL HEXOATE;lead(2+) octanoate;Caprylic acid lead(II) salt;Octanoic acid, lead(2+) salt;Dioctanoic acid lead(II) salt; inmineralspirits)24% ; leadcontent;Bis(octanoic acid)lead(II) salt; Lead bis(2-ethylhexanoate); Bleibis(2-ethylhexanoat); Bis(2-etilhexanoato) de plomo; Bis(2-éthylhexanoate) de plomb; 2-Ethylhexanoic acid, Lead salt; KURUN OKTOAT ; lead caprylate;LEAD ETHYL HEXOATE;lead(2+) octanoate;Caprylic acid lead(II) salt;Octanoic acid, lead(2+) salt;Dioctanoic acid lead(II) salt; inmineralspirits)24% ; leadcontent; Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate; Octoate de plomb; LEAD OCTOATE; LEAD OKTOATE; LEAD OCTOAT; LEAD OKTOAT; LEAD OCTOATE;LEAD OCTANOATE;lead caprylate;LEAD ETHYL HEXOATE;lead(2+) octanoate;Caprylic acid lead(II) salt;Octanoic acid, lead(2+) salt;Dioctanoic acid lead(II) salt; inmineralspirits)24% ; leadcontent;Bis(octanoic acid)lead(II) salt; Lead bis(2-ethylhexanoate); Bleibis(2-ethylhexanoat); Bis(2-etilhexanoato) de plomo; Bis(2-éthylhexanoate) de plomb; 2-Ethylhexanoic acid, Lead salt; KURUN OKTOAT ; Bis(octanoic acid)lead(II) salt; Lead bis(2-ethylhexanoate); Bleibis(2-ethylhexanoat); Bis(2-etilhexanoato) de plomo; Bis(2-éthylhexanoate) de plomb; 2-Ethylhexanoic acid, Lead salt; KURUN OKTOAT ; KURUN OKTAT ; KURSUN OKTOAT ; KURSUN OKTAT ; KURUN OKTOATE ; KURUN OKTATE ; LEAD OCTOATE; LED OCTOATE; LEAD OCTATE; LEAD OCTOAT; LED OCTOAT; Octoate de plomb; Octoate de plomb; OCTOATE DE PLOMB ; KURUN OKTOAT ; KURUN OKTAT ; KURSUN OKTOAT ; KURSUN OKTAT ; KURUN OKTOATE ; KURUN OKTATE ; LEAD OCTOATE; LED OCTOATE; LEAD OCTATE; LEAD OCTOAT; LED OCTOAT; Octoate de plomb; Octoate de plomb; octoate de plomb ; kurun oktoat ; kurun oktat ; kursun oktoat ; kursun oktat ; kurun oktoate ; kurun oktate ; lead octoate; led octoate; lead octate; lead octoat; led octoat; octoate de plomb; octoate de plomb; Octoate De Plomb ; Kurun Oktoat ; Kurun Oktat ; Kursun Oktoat ; Kursun Oktat ; Kurun Oktoate ; Kurun Oktate ; Lead Octoate; Led Octoate; Lead Octate; Lead Octoat; Led Octoat; Octoate De Plomb; Octoate De Plomb
LEAD OCTOATE
LEAD OCTOATE 36% for use as a paint drier. Lead Octoate is a clear liquid that consists of lead octoate. This product is used as an auxiliary drier to provide excellent thorough drying and flexibility to anti-corrosion coatings and varnishes. LEAD OCTOATE can also be used as a dispersion agent for pigments and as a grinding aid for coatings. LEAD OCTOATE is soluble in organic solvent and oils, and has a lead metal content of 32% and a total solids content of 75%.
Lead Octoate Home Lead Octoate
Lead Octoate is one of the auxiliary driers also called as through drier.Lead octoate is used as active or top drier. It promotes hard, through drying throughout the entire film and also promotes flexibility. In alkyd finishes where fume proof finishes are not specified. Lead is used in combination with Cobalt and Calcium octoate, It is always advisable to use Lead Octoate after the addition of Calcium octoate to eliminate the possibility of reaction of lead with unreacted phthalic anhydride in alkyd media, which could form lead phathlate. In tong oil alkyd medium 0.05 to 2.00% of lead is the usual amount required in conjunction with Cobalt and Calcium soaps. In outside paints and floorfinishes as well as in banking enamels Lead octoate is used with Manganese drier to produce a tough and hard film. In tong oil phenolic resin, lead promotes drying. It is also used in Polyurethane finishes as major auxiliary drier. Lead octoate is the most important auxiliary drier especially in applications where drying is required at low temperatures (less than 10 deg. centigrade.) Different metal concentrations of lead drier such as 18,24,32,36 percentage are used by the paint industry.
Lead Octoate Properties (Theoretical)
Compound Formula of Lead Octoate C16H30O4Pb
Molecular Weight of Lead Octoate 493.61
Appearance of Lead Octoate Viscous liquid
Melting Point of Lead Octoate N/A
Boiling Point of Lead Octoate N/A
Density of Lead Octoate 1.56 g/mL
Solubility of Lead Octoate in H2O N/A
Exact Mass of Lead Octoate 494.191062
Monoisotopic Mass of Lead Octoate 494.191062
Lead Octoate Health & Safety Information
Signal Word of Lead Octoate N/A
Hazard Statements of Lead Octoate N/A
Hazard Codes of Lead Octoate N/A
RTECS Number of Lead Octoate N/A
Transport Information of Lead Octoate N/A
MSDS / SDS of Lead Octoate Request MSDS / SDS
About Lead Octoate of Lead Octoate
Lead Octoate is one of numerous organo-metallic compounds (also known as metalorganic, organo-inorganic and metallo-organic compounds) sold by under the trade name AE Organo-MetallicsTM for uses requiring non-aqueous solubility such as recent solar energy and water treatment applications. Similar results can sometimes also be achieved with Nanoparticles and by thin film deposition. Note additionally supplies many materials as solutions. The numerous commercial applications for Lead include batteries, cable covering, plumbing, and ammunition. Alloys include solder, type metal, and various antifriction metals and compounds. produces to many standard grades when applicable, including Mil Spec (military grade); ACS, Reagent and Technical Grade; Food, Agricultural and Pharmaceutical Grade; Optical Grade, USP and EP/BP (European Pharmacopoeia/British Pharmacopoeia) and follows applicable ASTM testing standards. Typical and custom packaging is available. Additional technical, research and safety (MSDS) information is available as is a Reference Calculator for converting relevant units of measurement.
Lead Octoate Synonyms
Lead bis(2-ethylhexanoate), Lead(II) 2-ethylhexanoate; Hexanoic acid, 2-ethyl-, lead(2+) salt, lead(2+) bis(2-ethylhexanoate), 2-ethylhexanoate; lead(2+) tetrahydride; Lead 2-Ethyl Hexoate
Chemical Identifiers of Lead Octoate
Linear Formula of Lead Octoate Pb[OOCCH(C2H5)C4H9]2
MDL Number of Lead Octoate MFCD00014003
EC No. of Lead Octoate 206-107-0
Beilstein/Reaxys No. of Lead Octoate N/A
Pubchem CID of Lead Octoate 160451
IUPAC Name of Lead Octoate 2-ethylhexanoate; lead(2+)
General information General first aid, rest, warmth and fresh air. Do not give victim anything to drink if
they are unconscious. Get medical attention if any discomfort continues.
Inhalation Remove affected person from source of contamination. Move affected person to
fresh air and keep warm and at rest in a position comfortable for breathing.
Maintain an open airway. Loosen tight clothing such as collar, tie or belt. When
breathing is difficult, properly trained personnel may assist affected person by
administering oxygen. Place unconscious person on their side in the recovery
position and ensure breathing can take place. Get medical attention if any
discomfort continues.
Ingestion Rinse mouth thoroughly with water. Stop if the affected person feels sick as
vomiting may be dangerous. Do not induce vomiting unless under the direction of
medical personnel. If vomiting occurs, the head should be kept low so that vomit
does not enter the lungs. Never give anything by mouth to an unconscious person.
Move affected person to fresh air and keep warm and at rest in a position
comfortable for breathing. Place unconscious person on their side in the recovery
position and ensure breathing can take place. Maintain an open airway. Loosen
tight clothing such as collar, tie or belt. Get medical attention if any discomfort
continues
LEAD OCTOATE 36%
DESCRIPTION of Lead Octoate : An auxiliary siccative.
APPEARANCE of Lead Octoate : Light yellow transparent liquid.
DILUENT of Lead Octoate : White spirit.
DENSITY of Lead Octoate AT 25Co
: 1.29 gr/cm3
SOLID CONTENT of Lead Octoate : 75.85 % ± 0.5
APPLICATIONS of Lead Octoate : Miscible with organic solvents and oils. Polymerization catalyst for
drying oils and provides internal drying. Lead Octoate is the most effective
polymerization catalyst. Suitable to be used together with Cobalt, Calcium etc. driers.
USAGE & AMOUNT of Lead Octoate : Recommended usage amount is between 0.08% – 0.6% based on
solid content(consedering all of our products-24%,32%,36%-). Suitable to use with
oily paints as a drier and also suitable for using with grease. Not recommended to
use for Aluminum coatings.
PACKAGING: 50 kgs PE Pail,170 kgs Steel Barrel.
HANDLING & STORAGE: Must be kept between +5 C and +40 C. Keep pails tightly
closed. Store and handle in a dry, well-ventilated place, away from sources of heat,
ignition and direct sunlight in original packaging. Provide grounding and venting in
order to prevent static electricity build-up. Avoid any contact with Organic Peroxides.
SHELF LIFE: 1 year for packages at recommended storage conditions.
LEAD OCTOATE
PRODUCT IDENTIFICATION
CAS NO. of Lead Octoate 301-08-6
LEAD OCTOATE
EINECS NO. of Lead Octoate 206-107-0
FORMULA of Lead Octoate [CH3(CH2)3CH(C2H5)COO]2Pb
MOL WT. of Lead Octoate 493.61
H.S. CODE
TOXICITY
SMILES
SYNONYMS of Lead Octoate Lead (II) 2-Ethylhexanoate;
Lead bis(2-ethylhexanoate); Bleibis(2-ethylhexanoat); Bis(2-etilhexanoato) de plomo; Bis(2-éthylhexanoate) de plomb; 2-Ethylhexanoic acid, Lead salt;
CLASSIFICATION
Lead Octoate Properties (Theoretical)
Compound Formula of Lead Octoate C16H30O4Pb
Molecular Weight of Lead Octoate 493.61
Appearance of Lead Octoate Viscous liquid
Melting Point of Lead Octoate N/A
Boiling Point of Lead Octoate N/A
Density of Lead Octoate 1.56 g/mL
Solubility of Lead Octoate in H2O N/A
Exact Mass of Lead Octoate 494.191062
Monoisotopic Mass of Lead Octoate 494.191062
Lead Octoate Health & Safety Information
Signal Word of Lead Octoate N/A
Hazard Statements of Lead Octoate N/A
Hazard Codes of Lead Octoate N/A
RTECS Number of Lead Octoate N/A
Transport Information of Lead Octoate N/A
MSDS / SDS of Lead Octoate Request MSDS / SDS
About Lead Octoate of Lead Octoate
PHYSICAL AND CHEMICAL PROPERTIES
PHYSICAL STATE of Lead Octoate clear to yellowish liquid
MELTING POINT of Lead Octoate
BOILING POINT of Lead Octoate Decomposes
SPECIFIC GRAVITY of Lead Octoate 0.99 – 1.01
SOLUBILITY IN WATER of Lead Octoate
pH of Lead Octoate
VAPOR DENSITY of Lead Octoate
AUTOIGNITION of Lead Octoate
Molecular Weight of Lead Octoate : 350.406 g/mol
IUPAC Name of Lead Octoate : lead(2+);octanoate
Lead is one of the auxiliary driers also called as through drier. Lead octoate is used as active or top drier. Lead Octoate promotes hard, through
drying throughout the entire film and also promotes flexibility. In alkyd finishes where fume proof finishes are not specified.
Lead is used in combination with Cobalt and Calcium octoate, It is always advisable to use Lead Octoate after the addition of
Calcium octoate to eliminate the possibility of reaction of lead with unreacted phthalic anhydride in alkyd media, which could form
lead phathlate. In tong oil alkyd medium 0.05 to 2.00% of lead is the usual amount required in conjunction with Cobalt and Calcium soaps.
In outside paints and floorfinishes as well as in banking enamels Lead octoate is used with Manganese drier to produce a tough and hard film.
In tong oil phenolic resin, lead promotes drying. Lead Octoate is also used in Polyurethane finishes as major auxiliary drier. Lead octoate is the most
important auxiliary drier especially in applications where drying is required at low temperatures (less than 10 deg. centigrade.) Different metal
concentrations of lead drier such as 18,24,32,36 percentage are used by the paint industry.
Lead Octoate is one of numerous organo-metallic compounds (also known as metalorganic, organo-inorganic and metallo-organic compounds) sold
under the trade name AE Organo-MetallicsTM for uses requiring non-aqueous solubility such as recent solar energy and water
treatment applications. Similar results can sometimes also be achieved with Nanoparticles and by thin film deposition. Note
additionally supplies many materials as solutions. The numerous commercial applications for Lead include batteries, cable covering, plumbing,
and ammunition. Alloys include solder, type metal, and various antifriction metals and compounds. produces to many standard
grades when applicable, including Mil Spec (military grade); ACS, Reagent and Technical Grade; Food, Agricultural and Pharmaceutical Grade;
Optical Grade, USP and EP/BP (European Pharmacopoeia/British Pharmacopoeia) and follows applicable ASTM testing standards. Typical and custom
packaging is available. Additional technical, research and safety (MSDS) information is available as is a Reference Calculator for converting
relevant units of measurement.
GENERAL DESCRIPTION & APPLICATIONS OF LEAD OCTOATE
Metallic carboxylates, metal salts of carboxylic acids, have industrial applications in;
Drier/Additive for paints, coatings and inks; Driers are substances put into paint to make dry quickly. They are metallic salts of low-molecular-weight
(chiefly C8) fatty acids or naphthenic acids. Naphthenic acid is a complex of carboxylic acids( various low-molecular-weight fatty acids believed to
have cyclopentane ring mainly). Hydrocarbon parts take oxygen in air and metals act as catalyst to speed up the oxidative coating. Cobalt is the most useful.
It is a powerful oxidation catalyst and can keep whiteness. Auxiliary metals should be added to prevent surface wrinkling after drying. Primary metals which
can replace for cobalt are zirconium, lead, cerium and iron and auxiliary metals are like calcium, manganese, barium, zinc, lithium.
Catalyst for chemical reactions (polymerization, esterification, oxidation, condensation, hydrogenation and other reactions) and catalystic special
applications in lubricant and grease additives, fuel combustion additives to enhance and stabilize the performance of fuels.
Rubber Adhesion Promoters ; Metallic naphthenates, neodecanoates, resinates, boroneodecanoates, and stearates are widely used in rubber industry especially
in the radial tire industry to promote adhesion between the rubber wire coat compound and the brass-coated steel belt. Cobalt carboxylates are most widely used.
Polyurethane catalysts: Tin, bismuth, mercury, zinc carboxylates and their blends with amines are used as catalysts in the production of rigid, flexible
polyurethanes and elastomers.
Unsaturated Polyester Promoters: Cobalt, Potassium, Copper, and Zinc carboxylates (mainly octoates and naphthenates) are used as initiators/promoters for curing
of polyester resins.
NFPA RATINGS
REFRACTIVE INDEX of Lead Octoate
FLASH POINT of Lead Octoate
STABILITY of Lead Octoate Stable under ordinary conditions.
GENERAL DESCRIPTION & APPLICATIONS of Lead Octoate
Metallic carboxylates, metal salts of carboxylic acids, have industrial applications in;
Drier/Additive for paints, coatings and inks; Driers are substances put into paint to make dry quickly. They are metallic salts of low-molecular-weight (chiefly C8) fatty acids or naphthenic acids. Naphthenic acid is a complex of carboxylic acids( various low-molecular-weight fatty acids believed to have cyclopentane ring mainly). Hydrocarbon parts take oxygen in air and metals act as catalyst to speed up the oxidative coating. Cobalt is the most useful. It is a powerful oxidation catalyst and can keep whiteness. Auxiliary metals should be added to prevent surface wrinkling after drying. Primary metals which can replace for cobalt are zirconium, lead, cerium and iron and auxiliary metals are like calcium, manganese, barium, zinc, lithium.
Catalyst for chemical reactions (polymerization, esterification, oxidation, condensation, hydrogenation and other reactions) and catalystic special applications in lubricant and grease additives, fuel combustion additives to enhance and stabilize the performance of fuels.
Rubber Adhesion Promoters ; Metallic naphthenates, neodecanoates, resinates, boroneodecanoates, and stearates are widely used in rubber industry especially in the radial tire industry to promote adhesion between the rubber wire coat compound and the brass-coated steel belt. Cobalt carboxylates are most widely used.
Polyurethane catalysts: Tin, bismuth, mercury, zinc carboxylates and their blends with amines are used as catalysts in the production of rigid, flexible polyurethanes and elastomers.
Unsaturated Polyester Promoters: Cobalt, Potassium, Copper, and Zinc carboxylates (mainly octoates and naphthenates) are used as initiators/promoters for curing of polyester resins.
SALES SPECIFICATION of Lead Octoate
APPEARANCE of Lead Octoate
clear to yellowish liquid
CONTENT of Lead Octoate
98.0% min
METAL CONTENT of Lead Octoate
16.0 – 20.0%
KURUN OKTOAT
Kurun Oktoat Özellikleri (Teorik)
Kurun Oktoat C16H30O4Pb’nin Bileik Formülü
Kurun Oktoatn Moleküler Arl 493.61
Kurun Oktoat Viskoz svnn görünümü
Kurun Oktoatn Erime Noktas N / A
Kurun Oktoatn Kaynama Noktas Yok
Kurun Oktoat Younluu 1.56 g / mL
Kurun Oktoatn H2O’da Çözünürlüü Yok
Tam Kurun Oktoat Kütlesi 494.191062
Kurun Oktoatn Monoizotopik Kütlesi 494.191062
Lider Oktoat Salk ve Güvenlik Bilgileri
Kurun Oktoatn Sinyal Kelimesi N / A
Kurun Oktoat Tehlike Açklamalar N / A
Kurun Oktoatn Tehlike Kodlar N / A
RTECS Kurun Oktoat Says Yok
Kurun Oktoatn Tama Bilgileri N / A
Kurun Oktoat Talebinin MSDS / SDS’si MSDS /
Kurun Oktoatn TANIMI: Yardmc bir kurutucu.
Kurun Oktoatn GÖRÜNÜMÜ: Açk sar effaf sv.
Kurun Oktoatn Seyreltilmesi: Beyaz ispirto.
Kurun Oktoat Younluu 25Co
: 1,29 gr / cm3
Kurun Oktoatn KATI ÇER:% 75.85 ± 0.5
Kurun Oktoatn UYGULAMALARI: Organik çözücüler ve yalarla karabilir. Polimerizasyon katalizörü
yalar kurutur ve iç kurumasn salar. Kurun Oktoat en etkilidir
polimerizasyon katalizörü. Kobalt, Kalsiyum vb kurutucularla kullanma uygundur.
Kurun Oktoatn KULLANIMI VE MKTARI: Önerilen kullanm miktar% 0,08 -% 0,6 arasndadr.
kat içerik (tüm ürünlerimizi dikkate alarak -% 24,% 32,% 36 -). le kullanma uygun
kurutucu olarak yal boyalar ve ayrca gres ile kullanma uygundur. Tavsiye edilmez
Alüminyum kaplamalar için kullann.
AMBALAJ: 50 kg PE Kova, 170 kg Çelik Fç.
KULLANMA VE DEPOLAMA: +5 C ile +40 C arasnda muhafaza edilmelidir. Kovalar skca muhafaza edin.
kapal. Kuru, iyi havalandrlm bir yerde, s kaynaklarndan uzakta saklayn ve tayn.
orijinal ambalajnda tutuma ve dorudan güne . Topraklama ve havalandrma salayn
Statik elektrik oluumunu önlemek için. Organik Peroksitler ile herhangi bir temastan kaçnn.
RAF ÖMRÜ: Önerilen depolama koullarnda ambalajlar için 1 yldr.
Alkid esasl hava kurumal endüstriyel boya ve verniklerde dip ve ara yüzey kurutucudur. %24 ve %36 metal yüzdeli tipleri vardr.
Kurun Oktoat
% 24 Yardmc kurutucudur, ara kurumay salar.
KURUN OKTOAT 36%
KURUN OKTOAT ÜRÜN TANIMI: %36, oranlarnda Kurun ihtiva eden bir yardmc kurutucudur.
FORM: effaf sv.
ÇÖZGEN: White spirit.
KURUN OKTOAT YOUNLUK 25Co
: 1.29 gr/cm3
KURUN OKTOAT KATI MADDE(%): 75.85 % ± 0.5
KURUN OKTOAT RENK: Açk sar.
KURUN OKTOAT UYGULAMALARI: Organik solventlerde ve yalarda çözünür. Yal boyalarda kurutucu
olarak, polyester katalizör hzlandrcs olarak ve kauçuu metale yaptrma
uygulamalarnda kullanm mümkündür.Dier metal kurutucular ile beraber kullanlr.
KURUN OKTOAT KULLANIM MKTARI: Yaygn kullanm seviyesi kat baz üzerinden metal yüzdesi 0.08
ile 0.6 arasndadr. Yal boyalarda kurutucu olarak ve özel gres yalarda da
kullanlr. Alüminyum kaplamada kullanlmaz.
KURUN OKTOAT AMBALAJ: 50 kg. PE Bidon, 170 kg. Metal Varil.
DEPOLAMA: Serin,iyi havalandrlm yerlerde + 5 C
o
ile +40 Co
arasnda orijinal
ambalajnda depolaynz. Alev ve kvlcm kaynaklarndan uzak tutunuz.Statik elektrik
birikimini engellemek için topraklama ve havalandrma yapnz. Organik Peroksitlerle
birlikte depolaynz.
RAF ÖMRÜ: 1 Yl uygun artlarda depolanm ve açlmam ambalajlar için
Kurun oktoat
Kurun Oktoat Ürün Açklamas
1. özellik:
Kurun Oktoat asit deerine, Kararl kararl moleküler arla sahiptir, bu nedenle daha iyi stok stabilitesine sahiptir. Renk sdr, bu nedenle Kurun Oktoat kurutucu olarak beyaz veya soluk kaplama için uygundur. Kurun Oktoat, Co veya Mn-saç ile birlikte kullanlmaldr.
2. Ana kullanm:
1). Kurun Oktoat, kaplamada saç asistandr ve genellikle kaplama ve mürekkep kurutucu olarak veya bir dispersiyon ajan vb. Olarak kullanlr. Sert ve sert membran elde etmek için alt membran kurutma sürecini tevik edebilir ve ayn anda bekleyerek saygy ve aylar iyiletirebilir.
2). Kurun Oktoat, bir poliüretan katalizör olarak çalabilir (önceden gövdeleri bir araya getirir).
3). Kurun oktoatn korozyon önleyici ilevi vardr. Yalama yanda kullanldnda, anmay koruyabilir ve çürümeye direnebilir. Kurun Oktoat ayrca antiseptik, böcek öldürücü odun yapmak için de kullanlabilir.
3. Özellikler:
sim Belirtimi
Kurun oktoatn görünümü Ayn soluk sar effaf sv
Kurun Oktoat Miktar μm≤ 15
Renk Says (Fe-CoColorimetry) ≤ 5
Kurun oktoatn metal içerii% 10.0 / 12.0 ± 0.2 20.0 / 30.0 / 32.0 / 36.0 ± 0.3
Kurun Oktoat Çözücüde Çözün, Tamamen Çözün
effaf Kurun Oktoat çözeltisinin stabilitesi ve hiçbir çknt yok
Parlama noktas (kapal) ºC≥ 30
4. paketleme:
180kgs / davul
Kurun oktoat
Boya tabakasnn içini jelatinletirerek etki eden derin kurutma maddesidir. Kobalt, manganez ve kalsiyum oktoatlarla ilikilidir.
plik, kurutucu için en önemli yardmcdr. Kobalt gibi aktif kurutucularla birlikte kullanlr ve polimerizasyon etkisi sayesinde tam kurumay destekler. Tel, yaprak büyümesine engel olduu alüminyum boyada kullanlamaz ve buhara dayankl boyalarda da kaçnlmaldr.
Kurun, kurutucu olarak adlandrlan yardmc kurutuculardan biridir. Kurun oktoat aktif veya en üst kurutucu olarak kullanlr. Filmin tamamnda kuruyarak sertleir
ve esneklik salar. Dumana dayankl bitilerin belirtilmedii alkid kaplamalarda.
Kurun, Kobalt ve Kalsiyum oktoat ile kombinasyon halinde kullanlr. Alkid ortamnda kurunun reaksiyona girmemi ftalik anhidrit ile reaksiyona girme ihtimalini
ortadan kaldrmak için Kalsiyum oktoat ilave edildikten sonra Kurun Oktoat’ her zaman kullanmanz önerilir;
Kurun phatlate. Mangal ya alkid ortamnda% 0.05 ila% 2.00 kurun, Kobalt ve Kalsiyum sabunlaryla birlikte gerekli olaan miktardr.
D boya ve floorfinishes’de olduu kadar bankaclk emayelerinde kurun oktoat, sert ve sert bir film üretmek için Mangan kurutucu ile birlikte kullanlr.
Yuvarlak yal fenolik reçinede kurun kuruymay arttrr. Poliüretan kaplamalarnda da yardmc yardmc kurutucu olarak kullanlr. Kurun oktoat özellikle düük
scaklklarda (10 dereceden düük scaklklarda) kurutmann gerekli olduu uygulamalarda en önemli yardmc kurutucudur. 18,24,32,36 yüzde gibi farkl kurun kurutucu
konsantrasyonlar boya endüstrisi tarafndan kullanlr.
Kurun Oktoat, tarafndan AE Organo-Metallics TM ticari ad altnda satlan saysz organik-metalik bileiklerden (metalorganik, organo-inorganik ve
metalo-organik bileikler olarak da bilinir) yakn geçmiteki güne enerjisi ve su gibi sulu olmayan çözünürlük gerektiren kullanmlar için kullanlmaktadr Tedavi uygulamalar.
Benzer sonuçlara bazen Nanopartiküller ve ince film çökelmesi de yaplabilir. Not ek olarak birçok malzeme çözüm olarak tedarik etmektedir. Kurun için saysz
ticari bavuru, piller, kablo kaplama, shhi tesisat ve mühimmat içerir. Alamlar, lehim, metal türü ve çeitli anti-friksiyon metalleri ve bileikleri içerir. Amerikan Elemanlar
birçok standart üretir
Mil Spec (askeri snf) da dahil olmak üzere uygulanabilir olduunda notlar; ACS, Reaktif ve Teknik Snf; Gda, Tarm ve Eczaclk Snf; Optik Not, USP ve EP / BP
(Avrupa Farmakopesi / ngiliz Farmakopesi) ve uygulanabilir ASTM test standartlarn takip eder. Tipik ve özel paketleme mevcuttur. lave teknik, aratrma ve güvenlik (MSDS) bilgileri,
ilgili ölçüm birimlerini dönütürmek için bir Referans Hesaplayc olarak mevcuttur.
GENEL TANIM VE UYGULAMALAR
Metalik karboksilatlar, karboksilik asitlerin metal tuzlar, endüstriyel uygulamalara sahiptir;
Boyalar, kaplamalar ve mürekkepler için Kurutucu / Katk maddesi; Kurutucular, hzl kuruma yapmak için boyaya konan maddelerdir. Bunlar, düük molekül arlkl (esas olarak C8) yal
asitlerin veya naftenik asitlerin metalik tuzlardr. Naftenik asit, karboksilik asitlerin kompleksidir (esas itibariyle siklopentan halkasna sahip olduuna inanlan çeitli düük molekül
arlkl ya asitleri). Hidrokarbon parçalar havada oksijen alr ve metaller oksidatif kaplamay hzlandrmak için katalizör görevi yapar. Kobalt en kullanldr. Güçlü bir oksidasyon
katalizörüdür ve beyazl muhafaza edebilir. Kurumadan sonra yüzeydeki burumay önlemek için yardmc metaller ilave edilmelidir. Kobalt yerine geçebilecek birincil metaller zirkonyum, kurun,
seryum ve demir ve yardmc metaller kalsiyum, manganez, baryum, çinko, lityum gibidir.
Kimyasal reaksiyonlar için katalizör (polimerizasyon, esterifikasyon, oksidasyon, younlatrma, hidrojenasyon ve dier reaksiyonlar) ve katalizör özel
Yalayclar ve ya katklar, yaktlarn performansn arttrmak ve stabilize etmek için yaktla yanma katklar.
Kauçuk Yapma Destekçileri; Metalik naftenatlar, neodekanoatlar, reçineler, boronodekanoatlar ve stearatlar özellikle kauçuk endüstrisinde yaygn olarak kullanlmaktadr.
Lastik tel kat bileimi ile pirinç kapl çelik bant arasndaki yapmay arttrmak için radyal lastik endüstrisinde. Kobalt karboksilatlar en çok kullanlrlar.
Poliüretan katalizörler: Sert, esnek poliüretanlar ve elastomerler üretiminde katalizörler olarak kalay, bizmut, civa, çinko karboksilatlar ve bunlarn amin ile harmanlar kullanlr.
Doymam Polyester Yükselticiler: Kobalt, Potasyum, Bakr ve Çinko karboksilatlar (esas olarak oktoatlar ve naftenatlar) poliester reçinelerinin sertletirilmesi için balatclar / yükselticiler
olarak kullanlrlar.
Kurun oktoatn teknik özellikleri:
Kurun oktoat
:
Kurun 2-Etilheksanoik asit
Altn Kurun Bis (2-Etilheksanoat)
CAS says
:
301-08-6
EINECS says
:
206-107-0
KURUN OKTOAT Kimyasal formül
:
[CH3 (CH2) 3CH (C2H5) COO] 2Pb
KURUN OKTOAT Moleküler formül
:
(C8H15O2) 2Pb
KURUN OKTOAT Moleküler arlk
:
493.61
Moleküler yap
:
Kurun Oktoatn Moleküler Yaps
KURUN OKTOAT Özellikler
Kurun oktoat% 36
% 24 kurun oktoat
Kurun oktoat% 18
Görünü
Açk sar sv
Berrak soluk sar sv
Açk sar sv
Co olarak metal içerii
36 ±% 0,2
% 24 ±% 0,2
% 18 ± 0.2
Kurun oktoat younluu @ 30 ° C
1.350 gr / cm3
1.280 gr / cm3
0.950 gr / cm3
Ford’da kurun oktoatn viskozitesi @ 30oC
Kupa B-4
47 saniye
14 saniye
12 saniye
Uçucu Olmayan Kurun Oktoat @ 102oC / 1Hr.
% 62
% 43
% 32
Kurun oktoatn parlama noktas
45 ° C
45 ° C
45 ° C
Kurun oktoatn tanm
Temel bilgi
Kurun Oktoatn Görünüü: Sv
lave bilgi.
HS Kodu: 2915910000
Kurun oktoatn tanm
1. Alç içinde boya olarak kurun oktoat kullanlabilir. Kurun oktoat, zeminde kuru boya membrann tevik edebilir ve sert membran ile gerilebilir ve karalayabilir, yapmasn artrabilir ve bekleyerek tutunabilir.
2. Kurun oktoat, poliüretann katalizörünü yapabilir (vücutla önceden buluur). Ayrca kaplamay yapabilir ve ilac yayabilir.
3. Antikorozif ilevi olduundan, yalama yanda kullann, anmay önleyin ve çürümeye kar direnç gösterin.
4. Kurun oktoat, ahap antiseptik, böcek ilac hazrlamak için kullanlabilir.
Kurun Oktoat Özellikleri (Teorik)
Kurun Oktoat C16H30O4Pb’nin Bileik Formülü
Kurun Oktoatn Moleküler Arl 493.61
Kurun Oktoat Viskoz svnn görünümü
Kurun Oktoatn Erime Noktas N / A
Kurun Oktoatn Kaynama Noktas Yok
Kurun Oktoat Younluu 1.56 g / mL
Kurun Oktoatn H2O’da Çözünürlüü Yok
Tam Kurun Oktoat Kütlesi 494.191062
Kurun Oktoatn Monoizotopik Kütlesi 494.191062
Lider Oktoat Salk ve Güvenlik Bilgileri
Kurun Oktoatn Sinyal Kelimesi N / A
Kurun Oktoat Tehlike Açklamalar N / A
Kurun Oktoatn Tehlike Kodlar N / A
RTECS Kurun Oktoat Says Yok
Kurun Oktoatn Tama Bilgileri N / A
Kurun Oktoat Talebinin MSDS / SDS’si MSDS /
Kurun Oktoatn TANIMI: Yardmc bir kurutucu.
Kurun Oktoatn GÖRÜNÜMÜ: Açk sar effaf sv.
Kurun Oktoatn Seyreltilmesi: Beyaz ispirto.
Kurun Oktoat Younluu 25Co
Octoate de plomb
Description de Produit
1.Caractéristique :
L’Octoate de plomb a valeur de l’acide, Stable stable le poids moléculaire, elle a donc une meilleure stabilité des stocks. La couleur est peu profonde, donc L’Octoate de plomb est convenable pour le revêtement blanc ou pâle comme sécheur. L’Octoate de plomb devrait être utilisé de concert avec Co ou Mn-cheveux.
2.L’utilisation principale :
1). L’Octoate de plomb est l’assistant-cheveux dans le revêtement, et généralement utilisé comme le sécheur de revêtement et d’encre, ou comme agent dispersant, etc. Il peut promouvoir le processus de séchage de la membrane de fond pour obtenir une membrane tenace et difficile, et à améliorer le respect et l’ours par l’attente dans le même temps.
2). L’Octoate de plomb peut travailler en tant que catalyseur de polyuréthane (rassemble les corps dans l’avance).
3). L’Octoate de plomb a fonction anticorrosion. Lorsque utilisé dans l’huile de graissage, il peut défendre l’usure et à résister aux rottenly. Et L’Octoate de plomb peut également être utilisé pour faire du bois d’antiseptiques, insecticide.
3. Spécification :
Nom La spécification
L’apparence de L’Octoate de plomb Même liquide transparent jaune pâle
Tenuity de L’Octoate de plomb μm≤ 15
No.ofColou(Fe-CoColorimétrie )≤ 5
Teneur en métalde L’Octoate de plomb % 10.0/12.0±0,2 20.0/30.0/32.0/36.0±0,3
Dissoudre de L’Octoate de plomb dans le solvant Dissoudre complètement
La stabilité de solution de L’Octoate de plomb Transparent et aucun educt
Le point clignotant(fermer)ºC≥ 30
4.L’emballage :
180kgs /drum
Octoate de plomb
Siccatif de profondeur qui agit en gélatinisant l’intérieur de la couche de peinture. Il est associé aux octoates de cobalt, de manganèse et de calcium.
Le fil est l’auxiliaire le plus important par le dessiccateur. Il est employé avec les dessiccateurs actifs comme le cobalt et lui favorise le séchage complet en vertu de son effet de polymérisation. Le fil ne peut être employé en peinture en aluminium où il interfère pousser des feuilles et doit être aussi bien évité en peintures résistantes de vapeur.
Caractéristiques techniques d’octoate de plomb :
Octoate de plomb
:
Lead 2-Ethylhexanoic acid
Or Lead Bis ( 2-Ethylhexanoate )
Nombre de CAS
:
301-08-6
Nombre d’EINECS
:
206-107-0
Formule chimique
:
[CH3(CH2)3CH(C2H5)COO]2Pb
Formule moléculaire
:
(C8H15O2)2Pb
Poids moléculaire
:
493.61
Structure moléculaire
:
Molecular Structure of Lead Octoate
Caractéristiques
Octoate de plomb 36%
Octoate de plomb 24%
Octoate de plomb 18%
Aspect
Liquide clair jaune pâle
Liquide clair jaune pâle
Liquide clair jaune pâle
Contenu en métal comme Co
36±0.2%
24±0.2%
18±0.2%
Densité de L’Octoate de plomb @ 30°C
1.350 gr/cm3
1.280 gr/cm3
0.950 gr/cm3
Viscosité de L’Octoate de plomb@30oC dans le gué
Tasse B-4
47 Sec.
14 Sec.
12 Sec.
NonVolatile de L’Octoate de plomb @102oC/1Hr.
62%
43%
32%
Point d’inflammabilité de L’Octoate de plomb
45°C
45°C
45°C
Description de L’Octoate de plomb
Info de Base
Apparence du Octoate de plomb :Liquide
Info Supplémentaire.
HS Code:2915910000
Description de L’Octoate de plomb
1. Octoate de plomb peut être employé comme tinctorial parmi l’enduit. Octoate de plomb peut favoriser la membrane de peinture sèche dans le rez-de-chaussée et dure et de tension et griffonnante par la membrane dur, augmenter les ses adhèrent et soutiennent par l’attente.
2. Octoate de plomb peut faire le catalyseur du polyuréthane (rassemblements le corps à l’avance). Peut également faire l’enduit et écarter le pharmaceutique.
3. Puisqu’il a la fonction anticorrosive, ainsi l’utilisation dans l’huile de graissage, défendre portent dehors et résistent putréfié.
4. Octoate de plomb peut être employé pour préparer l’antiseptique de bois de construction, insecticide.
Propriétés de l’octoate de plomb (théorique)
Formule composée d’octoate de plomb C16H30O4Pb
Poids moléculaire de l’octoate de plomb 493,61
Apparence du liquide visqueux d’octoate de plomb
Point de fusion de l’octoate de plomb N / A
Point d’ébullition de l’octoate de plomb N / A
Densité de l’octoate de plomb 1,56 g / mL
Solubilité de l’octoate de plomb dans H2O N / A
Masse exacte d’octoate de plomb 494.191062
Masse monoisotopique d’octoate de plomb 494.191062
Lead Octoate Information sur la santé et la sécurité
Mot de signal de l’octoate de plomb N / A
Mentions de danger de l’octoate de plomb N / A
Codes de danger de l’octoate de plomb N / A
RTECS Nombre d’octoate de plomb N / A
Informations sur le transport de l’octoate de plomb S.O.
FDS / FDS de la demande d’octoate de plomb FDS /
DESCRIPTION de l’Octoate de plomb: un siccatif auxiliaire.
APPARENCE de l’octoate de plomb: Liquide transparent jaune clair.
DILUANT d’Octoate de plomb: White spirit.
DENSITÉ de l’octoate de plomb À 25Co
: 1,29 gr / cm3
CONTENU SOLIDE d’octoate de plomb: 75,85% ± 0,5
APPLICATIONS de l’octoate de plomb: Miscible avec les solvants organiques et les huiles. Catalyseur de polymérisation pour
huiles de séchage et assure un séchage interne. Le plomb Octoate est le plus efficace
catalyseur de polymérisation. Convient pour être utilisé avec des sécheurs au cobalt, au calcium, etc.
UTILISATION ET QUANTITÉ d’Octoate de plomb: la quantité d’utilisation recommandée est comprise entre 0,08% et 0,6% en fonction de
contenu solide (consedering tous nos produits-24%, 32%, 36% -). Convient pour une utilisation avec
peintures huileuses comme siccatives et également utilisables avec de la graisse. Non recommandé de
utiliser pour les revêtements en aluminium.
CONDITIONNEMENT: seau PE de 50 kg, baril d’acier de 170 kg.
MANIPULATION ET STOCKAGE: Doit être conservé entre +5 C et +40 C.Tenir les seaux hermétiquement
fermé. Stocker et manipuler dans un endroit sec et bien ventilé, loin des sources de chaleur,
allumage et lumière directe du soleil dans son emballage d’origine. Fournir une mise à la terre et une ventilation
afin d’éviter l’accumulation d’électricité statique. Évitez tout contact avec les peroxydes organiques.
DUREE DE CONSERVATION: 1 an pour les emballages aux conditions de stockage recommandées.