2 Under which category can the solution be classified? Under which industry can the solution be classified? Category? Industry?
3 What group is it and where are you going to use it? Where are you going to use it and what group is it? Group and application? Application and group?
Chemical group Application
Application Chemical group
Solution
4Solution
Chemical intermediates > for the coatings industry
Amines for the coatings industry
Products
Properties & applications
IPDA (isophorone diamines)
Raw material for IPDI, crosslinker for PU coatings
Building blocks for cathodic dip painting and epoxy curing agents
DMEA (N,N-Dimethylethylamines)
Neutralization agent for waterborne coatings
Benzylamine
Building blocks for sag control agents
DMDC (4,4'-Diamino-Dicyclo)
Epoxy curing agents
PEA (polyetheramines)
Epoxy curing agents
MEOA (N-Methylethanolamine)
PU chain extender
Baxxodur® EC 331 (cycloaliphatic amines)
Used as curing agent with moisture and temperature resistance
Baxxodur® EC 201 (cycloaliphatic amines)
Used as curing agent with high strength, moisture and temperature resistance
Chemicals for furniture and flooring coatings
Our functional vinyl monomers can be used in the more demanding coatings applications. With high reactivity and exceptional quality and lot-to-lot consistency, they are the best choice for a wide range of coatings applications as reactive diluents for radiation curing, as monomer for polymerization and as a cross-linking monomer.
Vinyl monomers are specialty products based on acetylene chemistry (REPPE) and in UV coatings they reduce the viscosity for spray applications, have good adhesion on difficult substrates, increase the conversion rate and improve chemical and mechanical properties.
Polycaprolactones are used as synthetic building blocks to enhance the properties of coatings so that the finished products meet the most demanding requirements.
Products
Properties & applications
Capromer ® (resins)
In high performance PU coatings, the low viscosity and high reactivity of polycaprolactones of low molar mass are ideal for developing high-solids formulations of solvent free PU Coatings.
Outstanding weather resistance, flexibility at low temperatures and hydrolytic stability are their main advantages. They can be used in clear and pigmented PU automotive and industrial coatings.
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