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- Manufacturer: PMC Organometallix Inc.
- Product Line: FASCAT® Tin Catalysts
- Product: FASCAT® Dioctyl Tin Catalysts
- Industries: Coatings
- Authorized Countries: Canada | United States
FASCAT® 8201 Catalyst
FASCAT® 8201 is a highly effective catalyst for transesterification reactions involving methacrylate esters and specialized monomeric esters.
Quantity
Documents
Specifications
Form: Solid
Color: Amorphous white
CAS number: 870-08-6
Formula: (C8H17)2SnO
Molecular weight: 361.1
Sn %: 32.9
DOTO %: 97.0
Sum of Na and Cl, %: 0.04
Volatiles %: 0.2
Bulk density, g/cm3: 0.56
Melting point: Decomposes without melting
Primary Chemistry:
Dioctyltin Oxide
- Manufacturer: PMC Organometallix Inc.
- Product Line: FASCAT® Tin Catalysts
- Product: FASCAT® Dioctyl Tin Catalysts
- Industries: Coatings
- Authorized Countries: Canada | United States
Manufacturer
Product Line
Product
Industries
Authorized Countries
Canada
United States
Overview
The FASCAT® 8201 catalyst, containing dioctyltin oxide, can be used in the process of aqueous cathodic electrodeposition for urethane coatings. This is an active catalyst for transesterification reactions involving methacrylate esters, specifically designed for water treatment applications. The FASCAT® 8201 catalyst can operate in high-temperature transesterification processes to manufacture coating resins and specialized monomeric esters.
Specifications
Form: Solid
Color: Amorphous white
CAS number: 870-08-6
Formula: (C8H17)2SnO
Molecular weight: 361.1
Sn %: 32.9
DOTO %: 97.0
Sum of Na and Cl, %: 0.04
Volatiles %: 0.2
Bulk density, g/cm3: 0.56
Melting point: Decomposes without melting
Primary Chemistry:
Dioctyltin Oxide
Features & Benefits
- Insoluble in water and most organic solvents
- Forms a stable dispersion for aqueous coatings
- Can significantly shorten transesterification production cycle times for specialty acrylate monomers
- Provides energy savings with lower reaction temperatures than uncatalyzed systems
Problems Solved
Lack of hydrophobic properties due to other catalysts being soluble in water
Not uniform and unstable dispersion in aqueous coatings
Difficulty reducing the cost of energy operations due to catalyst reaction temperatures
Applications
Industrial and automotive coatings
Chemical intermediate manufacturing
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