Allen Brothers 30mm Double Plain Bearing Allenite Through Deck
30mm Plain Bearing Through Deck Double Block.
Through deck blocks are designed to guide rope control lines through a deck or surface.
Featuring a hard-wearing acetal body shaped perfectly to house the sheave, which results in a performance that you can rely on for adjustable rigging and other highly loaded applications.
Available with one or two sheaves and in plain and ball bearing systems to suit a wide variety of applications.
This double sheave version allows rope to run through a surface at a maximum of 180 degrees.
Plain Bearing The acetal sheave spins around the central axle. This type of bearing has a long lifespan and is very low maintenance.
30mm Plain Bearing Through Deck Double Block.
Through deck blocks are designed to guide rope control lines through a deck or surface.
Featuring a hard-wearing acetal body shaped perfectly to house the sheave, which results in a performance that you can rely on for adjustable rigging and other highly loaded applications.
Available with one or two sheaves and in plain and ball bearing systems to suit a wide variety of applications.
This double sheave version allows rope to run through a surface at a maximum of 180 degrees.
Plain Bearing The acetal sheave spins around the central axle. This type of bearing has a long lifespan and is very low maintenance.
Description
30mm Plain Bearing Through Deck Double Block.
Through deck blocks are designed to guide rope control lines through a deck or surface.
Featuring a hard-wearing acetal body shaped perfectly to house the sheave, which results in a performance that you can rely on for adjustable rigging and other highly loaded applications.
Available with one or two sheaves and in plain and ball bearing systems to suit a wide variety of applications.
This double sheave version allows rope to run through a surface at a maximum of 180 degrees.
Plain Bearing The acetal sheave spins around the central axle. This type of bearing has a long lifespan and is very low maintenance.
