morfblock.[XL] - 05

MB Cheeks are manufactured by FFF in UV stable plastic; its standard colour is black but it is custom available in a wide range of colours.

MB Bearings are manufactured in high quality low friction materials.  Its patented technology not only provides a low friction media between the rope and sheave but protects its components from ware. High Load bearings are ideal for highly loaded semi-static applications such as: mast base lead blocks, halyard blocks, runners and highly loaded lines. High Performance bearings are ideal for demanding applications such as sheets and control lines where the blocks are in constant movement.

Sheaves  are precisely CNC machined in 6082-T6 aluminium with a hard anodised finish. Their size range provides a larger overall diameter, large flange, low weight and incredible load characteristics.

Loops are  Dyneema® SK78, SK99 and chafe covers. The result is a low elongation, light weight, low level of water absorption, high resistance to U.V. rays and low abrasion loop.

Soon available

MB Cheeks are manufactured by FFF in UV stable plastic; its standard colour is black but it is custom available in a wide range of colours.

MB Bearings are manufactured in high quality low friction materials.  Its patented technology not only provides a low friction media between the rope and sheave but protects its components from ware. High Load bearings are ideal for highly loaded semi-static applications such as: mast base lead blocks, halyard blocks, runners and highly loaded lines. High Performance bearings are ideal for demanding applications such as sheets and control lines where the blocks are in constant movement.

Sheaves  are precisely CNC machined in 6082-T6 aluminium with a hard anodised finish. Their size range provides a larger overall diameter, large flange, low weight and incredible load characteristics.

Loops are  Dyneema® SK78, SK99 and chafe covers. The result is a low elongation, light weight, low level of water absorption, high resistance to U.V. rays and low abrasion loop.