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LONZABAC 12.30

Synonyms: N-​(3-​Aminopropyl)​-​n-​dodecylpropane-​1,​3-​diamine; Grotan BA 21;Lonzabac 12; Lonzabac 12.100; Lonzabac 12.30; Mistral; N,N-Bis(3-aminopropyl) dodecylamineN,N-Bis(3-aminopropyl)laurylamine; RC 5637; Triameen Y 12

Disinfectant and disinfectant cleaner for hospitals, food industry, industrial kitchens,

Synonyms: 

N-​(3-​Aminopropyl)​-​n-​dodecylpropane-​1,​3-​diamine; Grotan BA 21;Lonzabac 12; Lonzabac 12.100; Lonzabac 12.30; Lonzabac 1230; Mistral; N,N-Bis(3-aminopropyl) dodecylamineN,N-Bis(3-aminopropyl)laurylamine; RC 5637; Triameen Y 12; Triameen Y 12D; Triamine Y 12D;  Lonzabac® 12; Lonzabac 12.30 ;Lonzabac® 12; Lonzabac 12.30; Lonzabac 12; Lonzabac 12,30; Lonzabac-12; Lonzabac 12/30; Bardac;  Lonzabak® 12; Lonzabak 12.30; Lonzabac/12; Lonzabac12.30; Lonzabac®12; Lonzabac 12-30; Lonzabac12; Lonzabac12.30; LONZABAC® 12; LONZABAC 12.30; LONZABAC 12; LONZABAC 12,30; LONZABAC-12; LONZABAC 12/30; BARDAC;  LONZABAK® 12; LONZABAK 12.30; LONZABAC/12; LONZABAC12.30; LONZABAC®12; LONZABAC 12-30; LONZABAC12; LONZABAC12.30; lonzabac® 12; lonzabac 12.30; lonzabac 12; lonzabac 12,30; lonzabac-12; lonzabac 12/30; bardac;  lonzabak® 12; lonzabak 12.30; lonzabac/12; lonzabac12.30; lonzabac®12; lonzabac 12-30; lonzabac12; lonzabac12.30; Dodécylamines; Dodecylamines; Dodésilamines; Dodécylamine; Lonzabac® 12; Lonzabac 12.30 ;Lonzabac® 12; Lonzabac 12.30; Lonzabac 12; Lonzabac 12,30; Lonzabac-12; Lonzabac 12/30; Bardac;  Lonzabak® 12; Lonzabak 12.30; Lonzabac/12; Lonzabac12.30; Lonzabac®12; Lonzabac 12-30; Lonzabac12; Lonzabac12.30; LONZABAC® 12; LONZABAC 12.30; LONZABAC 12; LONZABAC 12,30; LONZABAC-12; LONZABAC 12/30; BARDAC;  LONZABAK® 12; LONZABAK 12.30; LONZABAC/12; LONZABAC12.30; LONZABAC®12; LONZABAC 12-30; LONZABAC12; LONZABAC12.30; lonzabac® 12; lonzabac 12.30; lonzabac 12; lonzabac 12,30; lonzabac-12; lonzabac 12/30; bardac;  lonzabak® 12; lonzabak 12.30; lonzabac/12; lonzabac12.30; lonzabac®12; lonzabac 12-30; lonzabac12; lonzabac12.30; Dodécylamines; Dodecylamines; Dodésilamines; Dodécylamine; LONZABAC® 12; LONZABAC 12.30 ;LONZABAC® 12; LONZABAC 12.30; LONZABAC 12; LONZABAC 12,30; LONZABAC-12; LONZABAC 12/30; BARDAC;  LONZABAK® 12; LONZABAK 12.30; LONZABAC/12; LONZABAC12.30; LONZABAC®12; LONZABAC 12-30; LONZABAC12; LONZABAC12.30; LONZABAC® 12; LONZABAC 12.30; LONZABAC 12; LONZABAC 12,30; LONZABAC-12; LONZABAC 12/30; BARDAC;  LONZABAK® 12; LONZABAK 12.30; LONZABAC/12; LONZABAC12.30; LONZABAC®12; LONZABAC 12-30; LONZABAC12; LONZABAC12.30; LONZABAC® 12; LONZABAC 12.30; LONZABAC 12; LONZABAC 12,30; LONZABAC-12; LONZABAC 12/30; BARDAC;  LONZABAK® 12; LONZABAK 12.30; LONZABAC/12; LONZABAC12.30; LONZABAC®12; LONZABAC 12-30; LONZABAC12; LONZABAC12.30; DODÉCYLAMİNES; DODECYLAMİNES; DODÉSİLAMİNES; DODÉCYLAMİNE; lonzabac® 12; lonzabac 12.30 ;lonzabac® 12; lonzabac 12.30; lonzabac 12; lonzabac 12,30; lonzabac-12; lonzabac 12/30; bardac;  lonzabak® 12; lonzabak 12.30; lonzabac/12; lonzabac12.30; lonzabac®12; lonzabac 12-30; lonzabac12; lonzabac12.30; lonzabac® 12; lonzabac 12.30; lonzabac 12; lonzabac 12,30; lonzabac-12; lonzabac 12/30; bardac;  lonzabak® 12; lonzabak 12.30; lonzabac/12; lonzabac12.30; lonzabac®12; lonzabac 12-30; lonzabac12; lonzabac12.30; lonzabac® 12; lonzabac 12.30; lonzabac 12; lonzabac 12,30; lonzabac-12; lonzabac 12/30; bardac;  lonzabak® 12; lonzabak 12.30; lonzabac/12; lonzabac12.30; lonzabac®12; lonzabac 12-30; lonzabac12; lonzabac12.30; dodécylamines; dodecylamines; dodésilamines; dodécylamine; Lonzabac 12.30; Lonzabac 12
 

LONZABAC 12.30

Identification
Chemical structure
Display a name:
N- (3-aminopropyl) -N-dodecylpropane-1,3-diamine
LONZABAC 12.30 CE number:
219-145-8
CE name of LONZABAC 12.30:
N- (3-aminopropyl) -N-dodecylpropane-1,3-diamine
LONZABAC 12.30 CAS number:
2372-82-9
LONZABAC 12.30 molecular formula:
C18H41N3
IUPAC name of LONZABAC 12.30:
bis (3-aminopropyl) (dodecyl) amine
Type of substance
Composition of LONZABAC 12.30:
mono-constituent substance
Origin of LONZABAC 12.30:
biological
Total quantity band


Lonzabac 12.30

The biocidal amine active against Tb.
 Broad spectrum activity against Gram positive and Gram negative bacteria.
 Maintains high efficiency even in the presence of heavy organic soiling, such as blood
and proteins.
 Active against enveloped viruses (eg hepatitis B).
 Good surfactant properties.
 Compatible with certain anionic surfactants.
 Toxicological and ecological documentation.
1. Active material
 Bis (3-aminopropyl) dodecylamine
 (CH2) 3 NH2
 R N
 (CH2) 3 NH2
 R = C12 H25
1.1 N ° C A S du LONZABAC 12.30: 2372-82-9
1.2 EINECS number of LONZABAC 12.30: 219-145-8
1.3 UN number of LONZABAC 12.30: 2735
1.4 INCI name of LONZABAC 12.30: 1,3-Propanediamine, N- (3-aminopropyl) -N-dodecyl
2. Specifications of LONZABAC 12.30
2.1 Appearance of LONZABAC 12.30 (20 ° C) clear liquid
2.2 Color of LONZABAC 12.30, Apha 250 max.
2.3 Amine grade of LONZABAC 12.30 (mg KOH / g) 157-168
2.4 LONZABAC dry matter 12.30 28.3 - 31.5%
3. Properties of LONZABAC 12.30
3.1 Odor of LONZABAC 12.30 Slight ammonia odor
3.2 Density of LONZABAC 12.30 0.967 g / ml
3.3 Viscosity of LONZABAC 12.30 (Brookfield, sp. 1, 10 rpm, 23 ° C) 200 mPaxs
3.4 Average molecular weight of LONZABAC 12.30 299
3.5 Surface tension (1% aqueous solution) 32 mN / m
3.6 Freeze-thaw stability of LONZABAC 12.30 good
3.7 Solubility of LONZABAC 12.30 soluble in water and polar organic solvents
3.8 Compatibility of LONZABAC 12.30 compatible with certain nonionics, cationics and anionics
surfactants
NOT COMPATIBLE WITH ALDEHYDES
3.9 LONZABAC 12.30 set point <5 ° C
3.10 pH of LONZABAC 12.30 (concentrate) 11.9
3.11 aqueous solution at pH 1% 10-12


Use LONZABAC 12.30 zones
  Disinfectant and disinfectant cleaner for hospitals, food industry, industrial kitchens,
  I + I applications.
  Disinfectant for surgical instruments (Tb).
  Bactericidal shampoo for carpets.
  Bactericidal ingredient for laundry detergents and the treatment of textile fibers such as towels,
  overalls etc.
  Technical preservative for surfactants and formulations.
  Industrial preservative of aerobic and anaerobic aqueous systems.
8. Recommendations to be formulated
  Incompatible with aldehydes.
  Increase in biocidal activity by adding NTA and / or EDTA.
  Synergistic effects by combining Lonzabac 12.30 with Bardac-22 and Bardap-26.

Product information
Last name:
N- (3- Aminopropyl) - n- dodecylpropane- 1, 3- diamine
Synonyms:
Grotan BA 21Lonzabac 12Lonzabac 12.100Lonzabac 12.30Lonzabac 1230MistralN, N-Bis (3-aminopropyl) dodecylamineN, N-Bis (3-aminopropyl) laurylamineRC 5637Triameen Y 12Triameen Y 12DTriameen Y 12D
CASE:
2372-82-9
The description:
Stability: hygroscopic
Applications: N- (3-aminopropyl) - n-dodecylpropane-1, 3-diamine is a reagent used in the synthesis of gluconamide derivatives as cationic surfactants with antimicrobial properties.
Dangerous Goods Information: Not a dangerous good if the item is 1 g / ml or less and there is less than 100 g / ml in the packaging
References Prieto-Blanco, M. et al .: J. Chrom., 1431, 176 (2016); Zhi, L. et al .: J. Surf. Deter., 19, 337 (2016);

Long term storage:
Hygroscopic, refrigerator, under inert atmosphere


Lonzabac 12.30
Categories : Branded product

Lonzabac 12.30 TDS
Lonzabac 12.30 COA
Lonzabac 12.30 SDS

Metatags: Bis (3-aminopropyl) dodecylamine; N- (3-aminopropyl) -N-dodecylpropane-1,3-diamine; N, N-Bis- (3-aminopropyl) -dodecylamine
Case No: 2372-82-9
Lonzabac 12.30 is an active amine for biocidal products with a broad spectrum of activity against Gram positive and Gram negative bacteria.
Lonzabac 12.30 maintains high efficiency in the presence of heavy organic soiling such as blood and protein.

LONZABAC 12.30 is an active biocidal product. With the highest amine content in the product chain,
Lonzabac 12.30 is very effective against Gram positive and Gram negative microorganisms. In addition, it has been shown to be effective against closed viruses such as hepatitis B and HIV and on a broad spectrum of fungi. In addition to its biocidal properties,
Lonzabac 12.30 is a good surfactant and wetting agent.

LONZABAC 12.100 is an active biocidal product. With the highest amine content in the product chain, it is very effective against Gram positive and Gram negative microorganisms. In addition, it has been shown to be effective against closed viruses such as hepatitis B and HIV and on a broad spectrum of fungi. Besides its biocidal properties, it is a good surfactant and wetting agent.
 

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