Loctite EA E-120HP Amber Epoxy in 5 Gallon Pails - Part A & B

Loctite EA E-120HP Amber Epoxy in 5 Gallon Pails Overview

Loctite EA E-120HP is a high-viscosity, industrial-grade epoxy adhesive designed for bonding dissimilar materials with superior impact and peel resistance. Available in separate Part A (Resin) and Part B (Hardener) options in 5-gallon pails. This two-part, 2:1 mix ratio epoxy offers an extended 120-minute work life, allowing ample time for positioning and adjustments. Once mixed, it cures at room temperature to form a tough, amber-beige bond line with excellent resistance to thermal shock, solvents, and chemicals. Suitable for general industrial and aerospace applications requiring high durability and precision bonding.

Loctite EA E-120HP Features and Benefits

• 5-Gallon Pail Container: Ideal for large-scale industrial applications requiring bulk adhesive solutions.
  
• Multi-Substrate Bonding: Adheres to aluminum, steel, plastics, and ceramics.
  
• Extended Work Life: 120-minute work life allows for adjustments and precise positioning.
  
• Impact and Peel Resistance: Forms a tough, durable bond that withstands mechanical stresses.
  
• Chemical and Solvent Resistance: Protects against harsh environments and solvents.
  
• Room Temperature Cure: No additional heat required for curing after mixing.

Specifications

• Series: Loctite EA E-120HP
  
• Type: Two Part Epoxy Adhesive
  
• Components: Resin (Part A) & Hardener (Part B)
  
• Application: Bonding
  
• Substrates: Dissimilar Materials, Including Aluminum, Steel, and Other Metals, as well as a Variety of Plastics and Ceramics
  
• Color: Amber
  
• Package Size: 5 Gallon Pail
  
• Mix Ratio by Volume: 2:1
  
• Specific Gravity: 1.1
  
• Tack Free Time: 140 Minutes
  
• Working Life: 120 Minutes
  
• Shore D Hardness: 76 to 90
  
• Cure: Room Temperature Cure After Mixing
  
• Glass Transition Temperature: 194°F (90°C)
  
• Elongation: 10%
  
• Tensile Strength: 5,900 psi (41 N/mm²)
  
• Storage Temperature: 46.4°F to 69.8°F (8°C to 21°C)
  

Note: All results are based on testing at 77°F (25°C), unless stated otherwise.