LOCTITE® 680 - Bottle 1.0/case

Features and Benefits

High strength, methacrylate ester acrylic liquid designed for the bonding of cylindrical fitting parts, particularly where low viscosity is required.
LOCTITE® 680 is a green, high strength, methacrylate ester acrylic liquid designed for the bonding of cylindrical fitting parts, particularly where low viscosity is required. The product prevents loosening and leakage from shock and vibration. It provides robust curing performance. It works on active metals (e.g. mild steel) and on passive substrates (e.g. stainless steel and plated surfaces).
  • Low viscosity
  • Certified to ANSI/NSF Standard 61 for use in commercial and residential potable water systems not exceeding +82°C (+179.6 °F)
  • Cures when confined in the absence of air between close fitting metal surfaces
  • Tolerates minor surface contaminations from various oils
  • Offers high temperature performance and oil tolerance
  • Provides robust curing performance
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Documents and Downloads

Safety Data Sheets and RoHs
LOCTITE® 680, 250 ml Bottle 1835196 en-CA
IDH: 1835196
EAN: 079340006850

Size Case: Bottle

Quantity: 10.0/case

LOCTITE® 680, 50 ml Bottle 1835201 en-CA
IDH: 1835201
EAN: 079340006843

Size Case: Bottle

Quantity: 10.0/case

LOCTITE® 680, 1 l Bottle 1835206 en-CA
IDH: 1835206
EAN: 079340006867

Size Case: Bottle

Quantity: 1.0/case

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Technical Information

Agency approvals / certificates / specifications NSF/ANSI-norm 61
Application method Dispense system, Manual, Pressure
Applications For loose fitting parts, For slip fitted parts, Retaining
Color Green
Cure type Anaerobic cure
Fixture time 4.0 min.
Full cure time, @ 22.0 °C 24.0 hr.
Key characteristics Fluorescent, Oil tolerant, Primerless, Strength: high strength
Number of components 1 part
Physical form Liquid
Recommended for use with Metal
Shear strength, Steel 4000.0 psi
Specific gravity, @ 25.0 °C 1.1
Viscosity, Brookfield - RVT, @ 25.0 °C Spindle 3, speed 20 rpm 750.0 - 1750.0 mPa·s (cP)
Viscosity, cone & plate, @ 25.0 °C Shear Rate 129 s⁻¹ 650.0 - 1850.0 mPa·s (cP)