DeCORE IMT - 100LF

Chemical Family: Amines, CarboxylatesAminesCarboxylates

DeCORE IMT - 100LF is a low-foaming, anionic, mixed amine carboxylate. It is recommended as a corrosion inhibitor for both ferrous and non-ferrous metals, offering effective protection while minimizing foam formation.

Properties

Physical Form: Liquid

Other characteristics

Brand: DeCORE
Labeling Claims: Biodegradable, DEA-free, Dioxane-free, Non-Phenolic, Not Listed In California Proposition 65, Phosphate-free; Biodegradable; DEA-free; Dioxane-free; Non-Phenolic; Not Listed In California Proposition 65; Phosphate-free
Applicable Processes: Downhole Applications, Metal Treatment
Downhole Applications
Metal Treatment
Certifications & Compliance: SARA 311/312
Note: *darkens upon aging
Markets: HI&I Care
Industrial
Use Levels: 0.1 - 0.5%
Appearance: Clear amber viscous liquid (at 25°C)
HII Features: Alkaline Stable
Cost Effective
Film Forming
Hydrotroping
Low Foaming
Lubricity
Spreadability
Superior Corrosion Inhibition
Insoluble In: Aliphatic solvents.
Technology: CASE Ingredients
Cleaning Ingredients
Fluids & Lubricants
Industrial Additives & Materials
Dispersible In: Chlorinated and aromatic solvents and mineral oil.
Product Properties: Corrosion inhibitor in aqueous systems at pH ≥ 7; Wetting and spreading properties; Not recommended for use in acid system; Effective at low use levels (0.1 - 0.5%) in final use dilutions
Chemical Inventories: DSL (Canada)
EINECS (EU)
ELINCS (EU)
IECSC (China)
KECI (Korea)
NDSL (Canada)
TSCA (USA)
Applications: Synthetic coolants and cutting fluids for ferrous and non-ferrous metals; Cooling tower additive; Water based lubricants; Alkaline metal cleaners; Concrete form corrosion inhibitor; Mechanical dishwashing detergents; Corrosion inhibitor for aqueous paints and coatings; Corrosion inhibitor for automobile radiators; Corrosion inhibitor for down hole drilling; Rust preventative in aerosol cans

Technical data

Table 1 of 2

2 rows

Characteristic	Value	Unit
Activity Content	min. 99	%
Density (at 25°C)	approx. 1.0	g/ml

Table 2 of 2