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Fusor 108B Metal Bonding Adhesive, 2-Part Medium-Cure, 7.1 oz (210 mL)

Item # 108B
Fusor 108B Metal Bonding Adhesive, 2-Part Medium-Cure, 7.1 oz (210 mL) LORD 108B
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$77.85
 
Quantity:      On Hand: 18
Sold As: EACH
 
 

Overview

 
 

Fusor 108B Metal Bonding Adhesive, 2-Part Medium-Cure, 7.1 oz (210 mL)

  • The Fusor 108B ductile metal bonding adhesive is a two-component, acrylic-based adhesive in a snap cure formula, designed for panel bonding, weld bonding, and rivet bonding of metals including steel and aluminum.
  • Features:
    • Snap cure system enables faster room temperature cure and reduced cycle times
    • High shear strength with cohesive failure on most substrates
    • Corrosion resistance superior to standard epoxy adhesives
    • Approved for OEM panel applications on multiple vehicle platforms
  • Includes:
    • One 7.1 oz (210 mL) two-part adhesive (Part A: viscous liquid)
    • One paste resin (Part B)
    • Two static mixing nozzles
  • Specifications:
    • Manufacturer: Lord Fusor
    • Part Number: 108B
    • Type: 2-Part acrylic metal bonding adhesive
    • Volume: 7.1 oz (210 mL)
    • Work Time: 40-50 minutes @ 70 °F
    • Clamp Time: 1.5-2 hours @ 70 °F
    • Full Cure: 4 hours @ 70 °F
    • Lap Shear Strength (ASTM D1002): ~2250 psi on cold-rolled steel, ~2150 psi on aluminum
    • Substrates: Bare steel, aluminum, treated and ground metal surfaces
  • This adhesive may also be listed as Fusor 108B/109B medium metal bonding, Fusor 108B snap cure adhesive, 108B panel bond adhesive, and Fusor 108B 2-part acrylic metal adhesive.

 

Fusor 108B is engineered to deliver OEM-quality panel bonding with robust strength, reduced cure time, and corrosion protection for metal assemblies.

 

Q: Does this adhesive require mechanical fasteners or welds?
A: It is designed for use with panel bonding, weld bonding, or rivet bonding, per OEM guidelines.

 

Q: What cure schedule applies?
A: At 70 °F, clamp time is 1.5–2 hours and full cure is about 4 hours.

 

Q: What strength can be expected?
A: It achieves ~2250 psi lap shear on cold-rolled steel and ~2150 psi on aluminum under test conditions.