Description
The Araldite 8595 epoxy is a two-component, room-temperature curing structural adhesive built around the AW 8595 resin and HW 8595 hardener pair. Engineers reach for the Araldite 8595 epoxy when a bond has to survive higher service temperatures and shock loading on oily metals where standard surface preparation is not always possible.
Where the Araldite 8595 epoxy earns its place
This 50 ml cartridge format suits production cells, field repair kits, and bench fabrication where small to medium-area bonds are the rule. Aerospace, automotive, sheet metal fabrication, and structural panel work all see this grade when a tough, heat-resistant epoxy with high lap shear is required. The 1 to 1 mix ratio simplifies dispensing through a standard cartridge gun and static mixer, and the 100-minute pot life at room temperature lets crews layout multiple parts before set.
Key properties of the Araldite 8595 epoxy
- High temperature resistance for service environments beyond commodity epoxies.
- High toughness and resilience that holds up under impact and vibration.
- High lap shear strength on metals, including oily metal substrates.
- Built-in spacers maintain a 0.05 mm minimum bond line thickness for predictable joint geometry.
- 1:1 mix ratio for use with standard 50 ml dual-barrel cartridges and static mixers.
Technical Details
| Specification | Value |
|---|---|
| Resin | Araldite AW 8595 |
| Hardener | Araldite HW 8595 |
| Mix Ratio | 1:1 by volume |
| Pot Life | 100 minutes at room temperature |
| Cure Type | Room temperature |
| Minimum Bond Line | 0.05 mm (spacer-controlled) |
| Substrates | Metals, including oily metals |
| Cartridge Size | 50 ml dual-barrel |
Ordering Help
Pair this cartridge with a 1:1 dispensing gun and a quality static mixer from our epoxy adhesives selection. For the manufacturer site and broader Araldite portfolio, see Huntsman. Call (800) 220-1966 or email [email protected] for technical help selecting between 8595 and other Araldite structural grades, including the 2014, 2015, and 2031 options for different cure profiles, viscosity, and shear strength targets on metal assemblies.
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