Dmm imps. Immaculate marginal protection.

Dmm imps When you're high on the wall and the cracks get small, the DMM IMP brass nut set lets you confidently take advantage of the smallest and most marginal placements with 5 sizes of tiny yet mighty IMPs. This allows a thicker wire to be used, increasing the strength rating of each nut. These climbing nuts are the ideal basis for any experienced leader's rack of micro gear. Coupled with their Brass Offsets these give you a piece for nearly every small placement. Colour coded for easy size identification. The DMM IMP Brass Nut are part of the 'Immaculate Marginal Protection' range, that allows you to exploit marginal placements. IMPs let you take advantage of the smallest and most marginal placements. IMPs (Immaculate Marginal Protection) are 'brass' micro wires that have a regular taper for small crack climbing protection. The IMP (Immaculate Marginal Protection) range from DMM is their entry into the Micro Wire market. The heads on these nuts are machined on a new 9 axis CNC from a copper alloy that has very specific properties and a carefully controlled hardness; when developing these nuts DMM gradually honed in on an alloy and a hardness that allowed both good bite and Immaculate marginal protection.   Intended for the experienced lead climber looking to protect the thinnest cracks and fissures on more extreme routes. Ludicrously light and cleverly designed to better load the pieces in case of a fall they're well worth adding to your rack for thos IMP's are DMM's brass alloy Micro nuts. The wires of IMPS and Brass Offsets are soldered directly into their heads. These are soldered directly on to wires, allowing a thicker wire to be used and incr. The nut heads are made from brass which allow for both a good bite and also resistance to shear forces so they can lock into the DMM IMP sets. The DMM protection range is colour coded for quick and easy size selection. Nut heads are made of brass, allowing them to bite into small placements but making them strong enough to resist pulling through. yjnhm xgdnkjw aazda vspbyo gpeuv ezz nqgnehu fcbdmdr ajsbdm crh