retaining compound sealant -凯发备用

mxbon retaining compound is primarily used for the assembly of various metal cylindrical components, such as bearings, bushings, pins, keyways, racks, hubs, and pulleys. it supersedes traditional, time-consuming, and high-cost methods like press-fitting, pin insertion, and keyways, transforming them into simpler and more efficient light press-fit or slip-fit methods.

mxbon retaining compound, through its 100% surface contact, achieves high torsional and shear strength. it ensures that components do not loosen due to rotation or vibration and provides substantial load transfer capacity. it streamlines the assembly operations of cylindrical components without threads, diminishes the precision requirements for component machining, and can replace parts such as circlips, retaining plates, and clamps.

simultaneously, it minimizes the stress caused by press-fitting assembly, preventing component damage, and thereby increasing component lifespan, substantially reducing processing costs. the assembled product can withstand harsh environmental conditions, resist the erosion of lubricating oil, machine oil, gasoline, weak acids, weak bases, and most chemical substances, while providing sealing and rust prevention capabilities.

usage

  • clean surfaces: mxbon retaining compound performs best on clean, oil-free surfaces.
  • use mxbon cleaner and activator for optimal surface preparation and accelerated curing.
  • passive substrates: for less reactive metals like stainless steel, an activator is recommended to ensure complete curing.
  • plastic components: do not use mxbon retaining compound on plastic parts unless specifically tested, as many thermoplastics can crack when exposed to liquid anaerobic adhesives.

precision and power:mxbon retaining compound sealant

characteristics

  • 12603

    high strength, press-fit

    achieves initial curing within 10 minutes.

    oil tolerance, vibration ressirance, wear and corrosion resistance for metal parts.

    suitable for fixing sleeves, pulleys, gears, shaft fittings, and repairing defective components.

  • 12609

    medium to high strength, press-fit

    achieves initial curing within 10 minutes.

    use for variety metals.

    suitable for fixing sleeves, pulleys, gears, shaft fittings, and repairing defective components.

  • 12620

    high strength, heat resistance, non-dripping, slip-fit

    heat resistance up to 230°c.

    high lubricity, prevents metal wear and corrosion.

    suitable for fixing sleeves, pulleys, gears, shaft fittings, and repairing defective components.

  • 12638

    high strength, slip-fit

    achieves initial curing within 5 minutes.

    impact resistance, excellent chemical resistance.

    suitable for fixing sleeves, pulleys, gears, shaft fittings, and repairing defective components.

  • 12648

    high strength, press-fit

    achieves initial curing within 5 minutes.

    applicable to workpieces of passivated materials, such as stainless steel.

    suitable for fixing sleeves, pulleys, gears, shaft fittings, and repairing defective components.

  • 12680

    high strength, slip-fit

    achieves initial curing within 10 minutes.

    suitable for fixing sleeves, pulleys, gears, shaft fittings, and repairing defective components.

technical information

item no. appearance fluorescence viscosity
mpa.s
shear strength
n/m㎡ (psi)
working temp.
fixture time fully cured nsf
12603 green 100-150 ≧23
(≧3,263)
-54℃-150℃ 10min 24hrs
12609 green 100-150 ≧16
(≧2,291)
-54℃-150℃ 10min 24hrs
12620 green 5,000-1,200
thixotropic
≧24
(≧3,480)
-54℃-230℃ 30min 24hrs
12638 green 2,000-3,000 ≧25
(≧3,625)
-54℃-180℃ 5min 24hrs
12648 green 400-600 ≧25
(≧3,625)
-54℃-180℃ 5min 24hrs
12680 green 750-1,750 ≧19
(≧2,799)
-54℃-180℃ 10min 24hrs
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