63.00€ 212.33€Price range: 63.00€ through 212.33€
TOUCHLAM 2FC1
Impregnated non-woven fibres. Stoke removal, finishing on extra hard materials. Usable with diamond abrasives from 3 to 9 µm
TOUCHLAM 2TT1
Taffeta woven synthetic fibres. Stock removal and inherent flatness on difficult materials. Usable with diamond abrasives from 6 to 15 µm.
TOUCHLAM 2TT2
Taffeta woven synthetic fibres. Stock removal and inherent flatness on difficult materials. High durability. Usable with diamond abrasives from 6 to 15 µm.
TOUCHLAM2TS3
Extra-thin satin woven natural fibres. Excellent inherent flatness and finishing, preservation of inclusions and edges, on all materials. Usable with diamond abrasives from 2 to 9 µm.
TOUCHLAM2TS4
Satin woven natural fibres. Excellent finishing and flatness, preservation of edges, especially on sample composed of materials of various hardness or with coating. High durability. Usable with diamond abrasives from 1 to 6 µm.
TOUCHLAM3SE2
Woven synthetic silk fibres. Finishing and flatness on soft materials. Usable with diamond abrasives from 1 to 3 µm.
TOUCHLAM® 3SA4
Soft composite synthetic fibres Finishing on soft materials. Usable with diamond abrasives from 0,25 to 3 µm.
TOUCHLAM3TL1
High resistant woven wool fibres. Adapted for the finishing of non-mounted samples High durability. Usable with diamond abrasives from 3 to 6 µm.
TOUCHLAM3FV1
Semi-hard flocked short viscose fibres. Super finishing, preservation of the inherent flatness on mounted hard materials. Usable with diamond abrasives from 1 to 3 µm.
TOUCHLAM4FV3
Soft flocked long viscose fibres. Super finishing on large variety of materials, including very soft materials. Principally used with diamond abrasives from 0,25 to 3 µm but also with alumina suspension and colloidal silica.
TOUCHLAM4MP1
Microporous polyurethane foam. Adapted to sensitive samples requiring an extreme super finish with chemical abrasives. Usable with oxides or colloidal silica.
TOUCHLAM4MP2
Microporous polyurethane foam. High thickness. High durability, usable in production process. Usable with oxides or colloidal silic
