L.H. Dottie 3/8'' Anti-Short Bushing, 1000PK

Heavy duty Timing Belts made with Flexible Neoprene backing material and fiberglass tensile cords for reinforcement High quality materials make the belts resistent to high temperature and have been tested for highly wear resistance performance All belts exceed USA RMA standard IP24 rating levels.

Heavy duty Timing Belts made with Flexible Neoprene backing material and fiberglass tensile cords for reinforcement High quality materials make the belts resistent to high temperature and have been tested for highly wear resistance performance All belts exceed USA RMA standard IP24 rating levels.

Heavy duty Timing Belts made with Flexible Neoprene backing material and fiberglass tensile cords for reinforcement High quality materials make the belts resistent to high temperature and have been tested for highly wear resistance performance All belts exceed USA RMA standard IP24 rating levels.

Heavy duty Timing Belts made with Flexible Neoprene backing material and fiberglass tensile cords for reinforcement High quality materials make the belts resistent to high temperature and have been tested for highly wear resistance performance All belts exceed USA RMA standard IP24 rating levels.

Heavy duty Timing Belts made with Flexible Neoprene backing material and fiberglass tensile cords for reinforcement High quality materials make the belts resistent to high temperature and have been tested for highly wear resistance performance All belts exceed USA RMA standard IP24 rating levels.

Heavy duty Timing Belts made with Flexible Neoprene backing material and fiberglass tensile cords for reinforcement High quality materials make the belts resistent to high temperature and have been tested for highly wear resistance performance All belts exceed USA RMA standard IP24 rating levels.

Only simple tools are required.

H.H. Dottie 3/8'' Anti-Short Bushing, 1000PK.

.Safety first, keep your stilts in good conditionCheaper and faster than buying new stiltsFor use only with ToolPro stilts Click the second image to see location of part on a schematic.

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