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CAS NUMBER: 35545-57-4
MOLECULAR FORMULA: C34H48N4O10
MOLECULAR WEIGHT: 672.8
DESCRIPTION:
Lugalvan BES is used to formulate brightener additives employed in the electroplating industry.
Lugalvan BES is particularly effective in brightener formulations for acid zinc and tin electrolytes.
These additives are nonionic surfactants for the electroplating industry.
Lugalvan BES has been developed for use in the formulation of brightener additives for the electroplating industry.
Lugalvan BES acts as a basic brightener in alkalin zinc and zinc-alloy plating, especially in cyanide-free baths.
Lugalvan BES is a water and alcohol soluble top brightener for zinc electroplating with a high concentration of >99.5%
Lugalvan BES is an aqueous emulsion of an ethylene copolymer that is commonly applied to metal surfaces to improve resistance to corrosion and to improve aesthetic appearance.
Lugalvan BES is used to formulate brightener additives and it is known for its stellar performance in combination with nonionic and anionic surfactants.
Lugalvan BES is used to formulate brightener additives employed in the electroplating industry, especially as a polymeric basic brightener in zinc electrolytes.
Lugalvan BES is a nonionic surfactant for use in the electroplating industry and the chemical and allied industries.
ADVANTAGES:
-Lugalvan BES increases the cloud point of the bath.
-Lugalvan BES emulsifies oils and fats.
-Lugalvan BES acts as a solubilizer for benzylidene acetone and 2-chlorobenzaldehyde.
-Lugalvan BES is effective at a wide range of concentrations, from 1 g/l to 30 g/l.
-Lugalvan BES is compatible with all conventional surfactants.
-Lugalvan BES does not impair throwing power.
-Lugalvan BES prevents charring at high current densities.
-Lugalvan BES does not impair the solubility of the anode.
USAGE:
-alkaline cyanide zinc plating,
-alkaline non-cyanide zinc plating,
-acidic ammonium zinc plating,
-acidic non-ammonium zinc plating processes.
DEFINITION:
Lugalvan BES is a nonionic surfactant for use in the electroplating industry and the chemical and allied industries.
Lugalvan BES 12 is particularly effective as an auxiliary brightener in acid zinc electrolytes for increasing the throwing power and improving ductility.
Lugalvan BES takes part in the synthesis of brightening additives.
Lugalvan BES acts as intermediate to formulate some chemicals.
Lugalvan BES is used in the chemical industry.
Lugalvan BES has versatile uses as a nonionic active ingredient.
Lugalvan BES is used as an excipient in acid zinc electrolytes.
Lugalvan BES is used as a corrosion inhibitor for ferrous metals.
Lugalvan BES can also be used to solubilize top brighteners
Lugalvan BES is a highly viscous, yellowish liquid at 20°C
Lugalvan BES is a nonionic surfactant for use in the electroplating industry and the chemical industries and Lugalvan BES chemical formula C12H12O2.
Lugalvan BES is particularly effective as an auxiliary brightener in acid zinc electrolytes for increasing the throwing power and improving ductility.
Lugalvan BES is a nonionic surfactant for use in the electroplating industry and the chemical industries and its chemical formula C12H12O2.
FUNCTION:
-Dispersion Substrate Organic Pigment
-Electroplating Additive
-Electroplating Additive Metal Type Zinc
-Electroplating Additive Metal Type Tin
-Electroplating Additive Metal Type Others
-Electroplating Additive Metal Type Medium Acidic
-Electroplating Additive Metal Type Elektroplating Function Basic Brightener
-Electroplating Additive Metal Type Elektroplating Function Leveller
-Electroplating Additive Metal Type Elektroplating Function Polarization Agent
-Electroplating Additive Metal Type Elektroplating Function Surfactant / Wetting Agent
PRODUCT DEFINITION:
Lugalvan BES is a nonionic surfactant for use in the electroplating industry and the chemical and allied industries.
Lugalvan BES is a nonionic surfactant for the electroplating industry and the chemical and allied industries
Lugalvan BES is an auxiliary brightener for the electroplating industry
Lugalvan BES is particularly effective as an auxiliary brightener in acid zinc electrolytes for increasing the throwing power and improving ductility.
Lugalvan BES can also be used to solubilize top brighteners such as Lugalvan TC-BAR, etc.
Lugalvan BES needs to be employed at a concentration of 2 – 6 g/l.
Lugalvan BES is a chemical structure of a molecule includes the arrangement of atoms and the chemical bonds that hold the atoms together.
The Lugalvan BES molecule contains a total of 104 bond(s)
Lugalvan BES is excellent brightening and levelling agent.
Lugalvan BES is mainly used to formulate brightener additives employed in the nickel electroplating industry and as a corrosion inhibitor for ferrous metals.
Lugalvan BES is a highly viscous compound.
Lugalvan BES is used in the chemical industry.
Lugalvan BES has versatile uses as a nonionic active ingredient.
Lugalvan BES is used as an excipient in acid zinc electrolytes.
Lugalvan BES is particularly effective as a brightener.
Lugalvan BES can also be used to dissolve polishes.
Lugalvan BES has a viscous form.
Lugalvan BES also has an important place in the electroplating industry.
Lugalvan BES is used in most industries as a surfactant.
Lugalvan BES should be used in certain concentrations, depending on the area of use.
Lugalvan BES, unlike other substances, contains strong and multiple chemical bonds.
Lugalvan BES is widely used in the coating industry.
Lugalvan BES is often used in the nickel electroplating industry.
Lugalvan BES takes part in the synthesis of brightening additives.
Lugalvan BES acts as intermediate to formulate some chemicals.
Lugalvan BES is used as an excipient in acid zinc electrolytes.
Lugalvan BES is used as a corrosion inhibitor for ferrous metals.
Lugalvan BES is used to formulate brightener additives employed in the electroplating industry, especially as a polymeric basic brightener in zinc electrolytes.
Lugalvan BES is employed at a concentration of 0.5 – 5 g/l.
Lugalvan BES is also used as a protective colloid in the chemical and allied industries.
APPLICATION:
Lugalvan BES is applied to metal surfaces to improve their resistance to corrosion and their aesthetic appearance.
Lugalvan BES forms films which adhere well to metal.
Lugalvan BES is especially effective on chromated, zinc-plated parts.
Lugalvan BES also reduces the tendency of chromium(VI) ions to be leached out.
Lugalvan BES can be used to prevent nickel and other metals from tarnishing, and it can be applied as a decorative coating to non-ferrous metals.
Lugalvan BES does not contain an emulsifier.
Lugalvan BES is miscible with water in all proportions, provided the pH does not fall below 8.5.
Experience has shown that it can be advisable to add ammonia or amines such as dimethylethanolamine to maintain the pH at around 9 in order to prevent precipitation.
Lugalvan BES can be applied by dipping, spinning or spraying.
The thickness of the film can be controlled by adjusting the viscosity of the emulsion.
The viscosity of the coating bath depends to a large extent on its solids content, but the pH also plays an important part.
Lugalvan BES tends to become less viscous at pH values above 9.5.
-Dispersants
STORAGE:
The freeze-thaw stability of Lugalvan DC is very good.
Lugalvan BES's viscosity can undergo a slight, gradual increase during storage.
We would recommend filtering it if it has been stored for a long time or if a crust has formed.
Lugalvan BES has a shelf life of one year, provided it is stored properly.
SPECIFICATION:
-pH: 6.0 – 7.5
-Water Content: 1%
-Density: 1.11 –1.13 g/cm3
-Setting Point: 24 – 30 °
-Viscosity: 100 –160 mPa · s
SYNONYMS:
Ethoxylatedb-naphthol
Ethylene oxide-b-naphthol condensate
Hi 5108
Lugalvan BES
Lugalvan BNO 24
Newcol B 10
Newcol B 18
Newcol B 4
Poly(oxyethylene)-b-naphthyl ether
Polyethylene glycol mono(2-naphthyl) ether
Polyethyleneglycol monoether with b-naphthol
Polyethylene glycol b-naphthyl ether
RT 100
Solsperse 2700
Solsperse27000
b-Naphthol polyethylene oxide
Ethoxylated 2-naphthol
19-Formylgeldanamycin-N-aminomorpholine adduct
(4E,6Z,8S,10E)-9t-carbamoyloxy-13t-hydroxy-14,8r,14t-trimethoxy-4,10,12c,16c-tetramethyl-16-(morpholin-4-ylimino-methyl)-2-aza-1(1,3)-benzena-cycloheptadecaphane-4,6,10-triene-12,5,3-trione
19-Formylgeldanamycin N-morpholinoimine
geldanaldehyde morpholin-4-ylimine
19-(morpholin-4-ylimino-methyl)-geldanamycin
