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- Manufacturer: Penn A Kem
- Product Line: Penn Furan and Furfural Based Solvents
- Product: QuaCorr® Resin
- Industries: Adhesives | Agriculture | Building & Construction | Coatings | Elastomers | Metal Processing & Fabrication | Plastics
- Authorized Countries: Canada | United States
QuaCorr® 1300 Resin
QuaCorr® 1300 is a homopolymer of furfuryl alcohol. This furan resin finds use as a binder in applications that require excellent heat and chemical resistance.
Quantity
Documents
Specifications
CAS number: 25212-86-6
Specific gravity (25°C): 1.29
Viscosity, cps (25°C): 12,000-16,000
Weight, lbs./gal.: 10.7
Fufuryl alcohol content, typical: 7
Color: Dark reddish brown
Odor: Furfural odor
Flash point, °C: 75.6
Storage stability (25°C): >1 year
Solids yield, % unfilled: 85-90*
Carbon yield, % unfilled: 45-50*
*dependent on catalyst
Primary Chemistry:
Furan Resin
- Manufacturer: Penn A Kem
- Product Line: Penn Furan and Furfural Based Solvents
- Product: QuaCorr® Resin
- Industries: Adhesives | Agriculture | Building & Construction | Coatings | Elastomers | Metal Processing & Fabrication | Plastics
- Authorized Countries: Canada | United States
Manufacturer
Product Line
Product
Industries
Authorized Countries
Canada
United States
Overview
QuaCorr® 1300 is a 100% solids furan resin. It is cured to a thermoset with QuaCorr® 2001 catalyst or many other active or latent catalysts. QuaCorr® 1300 can be blended reactive or non-reactive diluents to be used in applications where excellent resistance to corrosion is necessary.
Specifications
CAS number: 25212-86-6
Specific gravity (25°C): 1.29
Viscosity, cps (25°C): 12,000-16,000
Weight, lbs./gal.: 10.7
Fufuryl alcohol content, typical: 7
Color: Dark reddish brown
Odor: Furfural odor
Flash point, °C: 75.6
Storage stability (25°C): >1 year
Solids yield, % unfilled: 85-90*
Carbon yield, % unfilled: 45-50*
*dependent on catalyst
Primary Chemistry:
Furan Resin
Features & Benefits
- Excellent resistance to corrosion from acids, bases, and solvents
- Outstanding temperature resistance and resistance
- Can be cured with both active or latent catalysts
Problems Solved
Corrosion of fiberglass reinforced plastics caused by acid, bases, and solvents.
Damage to FRP caused by high temperatures.
Applications
Refractory applications
Ceramic binder
Corrosion resistant binders
Impregnating solutions
Sealant for porous surfaces
Aggregate bonding
Carbon fibers
Glassy carbon
Grinding wheels
Mortars & cements
Co-reactant with phenolic and epoxy resins
In-place fiters in oil and gas wells
Related Applications
Adhesives
Building & Construction
- Cements
- Ceramic Binders
- Ceramics
- Concrete Coatings
- Concrete Sealers
- Corrosion Resistant Binders
- Fiberglass Manufacturing
- Firebrick
- Grout
- Mortar
Related CAS Numbers
Building & Construction
Related Chemistries
Related End Markets
Elastomers
Metal Processing & Fabrication
Plastics
Related Functions
Adhesives
Agriculture
Building & Construction
Coatings
Plastics
Related Processes
Plastics
Related Technologies
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