IngreNox D40
Decylamine OxideItem #: 1090
Best available price $3.76/kg
QTY in KG | FOB price per KG |
---|---|
Kilogram | |
200 | $4.13 |
400 | $4.11 |
600 | $4.09 |
Benefits IngreNox D40
- Great foam enhancer and stabilizer
- Good stability in acidic and alkaline conditions
- Effective grease cutting in liquid dish wash
- Good compatibility with other surfactants
Packaging Description
- Drums of 200 KG. One full pallet is 4 drums (800 KG). One 20ft container is 20 pallets (16 MT)
- IBCs of 1000 KG. One 20ft container is 18 IBCs (18 MT)
Leadtime
Available for shipment within 4 weeksProduct information IngreNox D40
Description
Ingrenox D40, also known as Decylamine Oxide, is a 40% active non-ionic surfactant that is used in shampoos, facial masks, detergents, dish soaps, vehicle & boat cleaners and other home cleaning products for enhancing foam and stabilizing acidic and alkaline formulas. Known for its viscosity building properties, this ingredient is also known to remove soap scum easily. It aids in removing dirt and deposits by surrounding dirt particles to loosen them from surfaces.
INCI Name
Decylamine Oxide
Chemical Name
N,N-dimethyldecylamine N-oxide
HS Code
3402.19
CAS Number
2605-79-0
Product Form
Liquid
Region of Origin
Europe
Reach
01-2119959297-22
Markets, applications & functions IngreNox D40
Market
Cleaning, Personal Care
SubMarket
Body Care, I&I Laundry Care, Hair Care, Home Dishwash Care, Home Fabric Care, Home Surface Care, Home Vehicle Care, I&I Surface Care, Skin Care
Product Functions
Cationic Surfactant, Cleansing, Conditioning, Emulsifying, Foaming agent, Non-ionic Surfactant, Thickening, Wetting agent
Applications
Body Washes, Fabric detergents, Facial Masks, Food Manufacturing Cleaners, Grease cleaner, Hair Conditioners, Hair Mousses, Industrial Surface Cleaners, Institutional Surface Cleaners, Laundry detergent, Manual dish soap, Shampoos, Soaps, Surface cleaner, Vehicle & Boat Cleaning
Similar or equivalent to
AMMONYX DO; N,N-dimethyldecylamine N-oxide; Mackamine C-10;
Product Hazard information
CLP-GHS pictograms