ResinLab Armstrong™ A-12 Epoxy Adhesive 50 mL Mixpac

Part number: A-12 50ML
ResinLab Armstrong™ A-12 Epoxy Adhesive 50 mL Mixpac
Quantity Price
1-7 $28.52 28.520000000 USD New Available A-12 50ML
8-45 $21.96 21.960000000 USD New Available A-12 50ML
46+ $20.39 20.390000000 USD New Available A-12 50ML
  • In stock
  • Item usually ships in 1-2 business days
  • A Made in the USA

ResinLab Armstrong™ Epoxy Resin Adhesive A-12 is a two component epoxy that is used on hard to bond surfaces such as plastic, wood, ceramics, and metals. It has the ability to have a flexible or rigid bond depending on the mix ratio. 1:1 Ratio. 50 mL Mixpac Cartridge.

 

Armstrong™ is a trademark of Henkel and its affiliates in the US and elsewhere, and used under license. Product manufactured under license from Henkel.

<p>ResinLab Armstrong&trade; Epoxy Resin Adhesive A-12 is a two component epoxy that is used on hard to bond surfaces such as plastic, wood, ceramics, and metals. It has the ability to have a flexible or rigid bond depending on the mix ratio. 1:1 Ratio. 50 mL Mixpac Cartridge.</p> <p>&nbsp;</p> <p><span style="color: #ff0000;"><span>Armstrong&trade; is a trademark of Henkel and its affiliates in the US and elsewhere, and used under license.&nbsp;Product manufactured under license from Henkel.</span></span></p>
Typical Use: Almost all rigid to semi-flexible materials can be bonded with A-12 - including ceramics, metals, woods, plastics, etc.
Brand: Armstrong
Chemical Composition: Part A: Epoxy resin; Part B: Polyamide resin
Color: Part A: Brown; Part B: Gray
Components: 2 part
Cure System: Room Temperature
Cure Time: 3:2: 1wk @ room temperature; 1:1: 1wk @ room temperature; 2:3: 2wk @ room temperature
Elongation: 3:2: 6%; 1:1: 8%; 2:3: 30%
Flash Point: Part A: >93.3 °C; Part B: >260 °C
Mix Ratio: 3:2; 1:1; 2:3
Shear Strength: 3:2: 4,200 @ 25 °C; 1:1: 5,000 @ 25 °C; 2:3: 4,000 @ 25 °C
Specific Gravity: 3:2: 1.31; 1:1: 1.32; 2:3: 1.33
Tensile Strength: 3:2: 2,500 psi; 1:1: 5,000 psi; 2:3: 2,900 psi
Viscosity: Mixed: 80,000
Working Time: 1 to 2h @ 25 °C

 

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