Introducing Next-Gen Adhesives for Industry Leaders.
LOCTITE 290, 50 ml Bottle
ID: 142568
Thin, low-viscosity threadlocker has the ability to flow into difficult-to-reach cracks and crevices, making it ideal for locking pre-assembled fasteners.
  • Prevents fastener loosening on vibrating assemblies, e.g., pumps, gearboxes, presses
  • Ideal for locking pre-assembled fasteners, e.g. instrumentation fasteners, electrical connectors and set screws
  • Seals porosity in welds, castings and powdered metal parts
  • Requires heat for disassembly
€47.94

In stock

LOCTITE® 290 is a green, medium-high strength threadlocker designed for the locking and sealing of threaded fasteners. Because of its low viscosity, the product wicks between engaged threads by capillary action and eliminates the need for disassembly prior to application. This makes it ideal for sealing porosity in welds, castings and powdered metal parts. The anaerobic adhesive cures when confined in the absence of air between close-fitting metal surfaces and prevents loosening and leakage due to shock and vibration.
Recommended for use with Metal: steel, Metal: steel - stainless steel, Metal: brass
Fixture time 20.0 min.
Key characteristics Viscosity: low viscosity, Disassembly: disassembly with heat, Fluorescent, Wicking / penetrating grade, Strength: medium to high strength
Colour Green
Viscosity, Speed 20 RPM 40.0 mPa·s (cP)
Breakaway torque, M10 Steel Nuts/Bolts 10.0 N·m ( 90.0 in./lb. )
Prevail torque, M10 Steel Nuts/Bolts 29.0 N·m ( 260.0 in./lb. )
Application temperature -55.0 °C - 150.0 °C ( -65.0 °F - 300.0 °F )
Applications Threadlocking, For pre-assembled fasteners, Porosity sealing
Technology Acrylic
Physical form Liquid
Application method Post applied
Cure type Anaerobic cure

No Related Posts

Write Your Own Review
You're reviewing: LOCTITE 290, 50 ml Bottle
loader
Loading...

You submitted your review for moderation.

Ready to get started? Talk with our expert

Diam sit odio tortor amet feugiat scelerisque aliquet eu elit. Ut nisl nisi quam tempus mauris enim.

Mark Hammermill
Mark Hammermill Head of Projects