Material
style C, F tool steel
style E, O stainless steel
style K POM
style E, O stainless steel
style K POM
Version
style C, F hardened and black oxide finish.
style E, hardened, bright.
style K white.
style O with diamond impregnated surface comparable to 100 grade abrasive grit.
style E, hardened, bright.
style K white.
style O with diamond impregnated surface comparable to 100 grade abrasive grit.
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Grippers and inserts, round with counterbore, Style C
from
$9.00
plus sales tax
plus shipping costs
Grippers and inserts, round with counterbore, Style E
from
$9.90
plus sales tax
plus shipping costs
Grippers and inserts, round with counterbore, Style K
from
$8.65
plus sales tax
plus shipping costs
Grippers and inserts, round with counterbore, Style O
from
$16.97
plus sales tax
plus shipping costs
Grippers and inserts, round with counterbore, Style F
from
$14.35
plus sales tax
plus shipping costs
Description
Material
style C, F tool steel
style E, O stainless steel
style K POM
style E, O stainless steel
style K POM
Version
style C, F hardened and black oxide finish.
style E, hardened, bright.
style K white.
style O with diamond impregnated surface comparable to 100 grade abrasive grit.
style E, hardened, bright.
style K white.
style O with diamond impregnated surface comparable to 100 grade abrasive grit.
Note
Grippers and inserts are ideal for use in clamping arms, gripping systems, clamping fixtures, clamping jaws and self-aligning pads. The use of grippers allows the transfer of very high torque values and above average grip, even with hard materials and surface irregularities.
style O: The abrasive diamond surface is bonded firmly to the base. It is ideally suited to supporting smooth or slippery applications with a minimum of clamping pressure. This allows the diamond particles to get a firm grip on a very small area with minimum damage to the surface.
The diamond surface offers excellent wear resistance.
style O: The abrasive diamond surface is bonded firmly to the base. It is ideally suited to supporting smooth or slippery applications with a minimum of clamping pressure. This allows the diamond particles to get a firm grip on a very small area with minimum damage to the surface.
The diamond surface offers excellent wear resistance.