Select Your Region
- Manufacturer: Henkel
- Product Line: LOCTITE® Primers/Activators
- Product: LOCTITE® Anaerobic Primers/Activators
- Industries: Adhesives
- Authorized Countries: Canada | Mexico | United States
LOCTITE® SF 7649™
LOCTITE® SF 7649™ is a low-temperature accelerator formulated to promote the curing speed of LOCTITE® anaerobic adhesives and sealants without affecting the strength of the seal or joint.
Documents
Specifications
Chemical type: Copper salt and Aliphatic amine
Solvent: Acetone
Appearance: Transparent, green liquid
Viscosity: Very low
Specific Gravity @ 25°C: 0.79
Viscosity @ 20°C, mPa·s (cP): 2
Drying Time @ 20 °C, seconds: 30 to 70
On Part Life, days: ≤30
- Manufacturer: Henkel
- Product Line: LOCTITE® Primers/Activators
- Product: LOCTITE® Anaerobic Primers/Activators
- Industries: Adhesives
- Authorized Countries: Canada | Mexico | United States
Note: Product Fulfillment Provided by the Producer
Note: The producer provides fulfillment and controls personal data. ChemPoint mediates to share data with the producer.
Manufacturer
Product Line
Industries
Authorized Countries
Canada
Mexico
United States
Overview
LOCTITE® SF 7649™ is a solvent-based adhesive accelerator specially designed to increase the curing speed of compatible, anaerobic adhesives when used with passive metals or inert surfaces with large bond gaps. It accelerates curing without creating a significant loss of joint strength even in low temperature environments below 15°C.
Specifications
Chemical type: Copper salt and Aliphatic amine
Solvent: Acetone
Appearance: Transparent, green liquid
Viscosity: Very low
Specific Gravity @ 25°C: 0.79
Viscosity @ 20°C, mPa·s (cP): 2
Drying Time @ 20 °C, seconds: 30 to 70
On Part Life, days: ≤30
Features & Benefits
- Solvent-based accelerator
- Increased cure speed
- Low temperature curing and resistance
- Promotes curing of anaerobic adhesives
- Prevents loss of joint strength
Problems Solved
Damage to bonds from low temperatures
Slow curing of adhesive bonds
Loss of joint strength from operation
Applications
Use with passive metals or inert surfaces with large bond gaps
Related Applications
Related Chemistries
Adhesives
Related Functions
Adhesives
Related Technologies
Adhesives
ChemPoint is here to help
Are you in the correct region?
We’ve detected that you are located in a different region than the region selected on the website. Would you like to change your region?
Current Region: English - Canada
