LOCTITE® AA 330
Features and Benefits
Available sizes:
This no-mix, acrylic adhesive is ideal for metal-to-metal bonding as well as bonding dissimilar substrates like PVC, phenolic and acrylic compounds.
LOCTITE® AA 330 is a 2-step, acrylic-based multipurpose structural bonder, perfect for dissimilar substrates like PVC, phenolic and acrylic compounds. Applications include tool handles, appliances, sporting goods and decorative trims. It is a medium to high viscosity product with good impact resistance and a service temperature up to 100°C (212°F). It requires LOCTITE® SF 7387 to activate.
- Multipurpose, multi-substrate structural bonder
- Good impact resistance
- Bonds dissimilar substrates
- Activator required for cure
Documents and Downloads
Safety Data Sheets and RoHs
- Standard Cartridge 10.0/case - IDH 1689437
- Bottle 10.0/case - IDH 1689439
- Tube 10.0/case - IDH 1689700
- Aerosol Can 5.0/case - IDH 1690727
- Syringe 5.0/case - IDH 1691005
- Tube 50.0/case - IDH 1691394
LOCTITE® AA 330, 1 l Bottle 1689439 en-CA
IDH:
1689439
EAN:
079340003064
Size Case: Bottle
Quantity: 10.0/case
LOCTITE® AA 330, 25 ml Aerosol Can 1690727 en-CA
IDH:
1690727
EAN:
079340003101
Size Case: Aerosol Can
Quantity: 5.0/case
LOCTITE® AA 330, 250 ml Syringe 1691005 en-CA
IDH:
1691005
EAN:
079340003125
Size Case: Syringe
Quantity: 5.0/case
LOCTITE® AA 330, 3 ml Tube 1691394 en-CA
IDH:
1691394
EAN:
079340003163
Size Case: Tube
Quantity: 50.0/case
No documents found
Looking for a TDS or SDS in another language?
Additional Documents
Technical Information
| Agency approvals / certificates / specifications | NSF P1 |
| Applications | Structural bonding |
| Color | Yellow |
| Cure type | Activator cure |
| FEA (finite element analysis) | Finite strain, Viscoelastic |
| Fixture time | 3.0 min. |
| Key characteristics | Mix: no mix required |
| Number of components | 1 part |
| Viscosity, Brookfield - RVT, @ 25.0 °C Spindle 7, speed 20 rpm | 45000.0 - 90000.0 mPa·s (cP) |
LOCTITE® AA 330
This no-mix, acrylic adhesive is ideal for metal-to-metal bonding as well as bonding dissimilar substrates like PVC, phenolic and acrylic compounds.