Micro Wallnut Set
Micro Wallnut 00
Micro Wallnut 0
Micro Wallnut 0.5
Micro Wallnut 0.75
Micro Wallnut Set
Micro Wallnut 00
Micro Wallnut 0
Micro Wallnut 0.5
Micro Wallnut 0.75

Micro Wallnuts

The large contact surface area of the Micro Wallnuts allows them to spread loads over a greater area of rock, decreasing the chance of the rock failing.

They feature straight sides to give alternative placement options to our other alloy micro-protection. Used in conjunction with Peenuts they provide comprehensive protection for small cracks in friable rock.

Product Name Product Code Colour Strength Weight Range Certification Price
Wallnut 00 - A1600A
A1600A Gold 2kN 5g 4.0 / 9.7mm EN 12276:2013
£10.50
Wallnut 0 - A1610A
A1610A Blue 2kN 6g 4.6 / 10.8mm EN 12276:2013
£10.50
Wallnut 0.5 - A1658A
A1658A Red 4kN 9g 5.1 / 11.7mm EN 12276:2013
£10.50
Wallnut 0.75 - A1659A
A1659A Grey 6kN 10g 5.9 / 12.6mm EN 12276:2013
£10.50
Wallnut Set 00-0.75 - A1600/59A
A1600/59A Assorted 2 - 6kN 30g 4.0 - 12.6mm EN 12276:2013
£37.50

Micro protection for small cracks

As climbs become harder, the need to make the most of all available protection increases. Micro protection lets you protect cracks which normal sized pieces would not fit. Having these wires on your rack gives you more options.

Large surface area effectively dissipates force

These nuts have large surface areas that spread forces in a fall across a greater area, increasing placement security in fragile rock. They increase security on routes where fragile rock may be encountered.

Colour coded for easy size identification

The DMM protection range is colour coded for quick and easy size selection. Colours are co-ordinated across passive and active protection, for quick selection of alternatives if your first choice doesn't fit.

Passive protection works in wet and icy conditions

Passive protection works by jamming in constrictions to prevent falls. It is suitable for use in all conditions. Unlike active protection such as cams, passive protection can be used in wet or icy cracks, where friction is reduced.