The following chart details all available V Pads based on Coefficient of Friction* and Material Composition.
All V Pads are are both RoHS and REACH compliant.
Not sure which style of Pad is best for your application? Get an Assisted V Pad Quote.
Pad # |
Part # |
COF |
Material |
Description |
SDS |
Request Price |
V4512 |
22000085 |
High |
Carbon base with Kevlar & various phenolic fillers and bonding agents. |
Standard material for most applications. Low cost. H302V imprinted on back |
PDF |
Price Request |
V4512GT Anti-Sql |
22000103 |
High |
Carbon base with Kevlar & various phenolic fillers and bonding agents. |
Standard material for most applications with Anti-Squeal noise reducation. Low cost. One of the best pads for noise problems. H302VGT imprinted on back |
PDF |
Price Request |
Kevlar+ |
22000083 |
Medium |
Kevlar base with carbon base backing, phenolic fillers and bonding agents. |
Stable COF at most temps and pressures. Good for high wear applications (HP26) with high power dissipation requirements. H313V imprinted on back |
PDF |
Price Request |
V3012 |
22000088 |
Medium |
Carbon base with various phenolic fillers and bonding agents |
Med. Friction, Med. Torque. Unstable above 350F. One of the best pads for noise problems. M201V imprinted on back |
PDF |
Price Request |
V2001 |
22000091 |
Low |
Teflon w/fiberglass, fillers, and bonding agents |
High speed, low temp, low torque. Stable COF at low temps. Unstable above 200F. COF lower at slow speeds. Very quiet. M203V imprinted on back |
PDF |
Price Request |
V1011 |
22000087 |
Low |
Carbon base with various phenolic fillers and bonding agents |
General use. Low friction, low torque. May glaze at high temps and low operating pressures. Unstable above 350F. L100V imprinted on back |
PDF |
Price Request |