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L.M. Van Moppes & Sons SA P.O.Box 1550 1211 Geneva 26 Switzerland T.+41 22 342 34 50 F. +41 22 342 34 51 [email protected] www.idf-superabrasives.com www.vanmoppes.ch FBN Coatings Nickel coating at 60% of total particle weight. Recommended for phenolic resin bonds and polyimide bonds, for improved mechanical retention of the CBN particles in the bond. Improves wheel life and surface finish. Titanium and nickel coating at 60% of total FBN particle weight. Recommended where better particle retention is required in resin and polyimide bonds. Enhances the chemical bond between CBN particles and their coating, for improved wheel life and performance consistency. Titanium coating at 2% of total particle weight, specially designed for bonds containing cobalt, iron and bronze. The thin titanium layer is applied chemically by the CVD method and forms a bridge between the CBN particles and the metal bond. N60 TN60 T2 05.2013

FBN EN 05-2013 - Van Moppes · 2013-06-14 · Improves wheel life and surface finish. Titanium and nickel coating at 60% of total FBN particle weight. Recommended where better particle

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Page 1: FBN EN 05-2013 - Van Moppes · 2013-06-14 · Improves wheel life and surface finish. Titanium and nickel coating at 60% of total FBN particle weight. Recommended where better particle

L.M. Van Moppes & Sons SA P.O.Box 1550 1211 Geneva 26 SwitzerlandT.+41 22 342 34 50 F. +41 22 342 34 51 [email protected]

www.idf-superabrasives.comwww.vanmoppes.ch

FBN Coatings

Nickel coating at 60% of

total particle weight.

Recommended for phenolic

resin bonds and polyimide

bonds, for improved

mechanical retention of the

CBN particles in the bond.

Improves wheel life and

surface finish.

Titanium and nickel coating at 60% of

total FBN particle weight.

Recommended where better particle

retention is required in resin and

polyimide bonds. Enhances the

chemical bond between CBN particles

and their coating, for improved wheel

life and performance consistency.

Titanium coating at 2% of total

particle weight, specially designed

for bonds containing cobalt, iron and

bronze. The thin titanium layer is

applied chemically by the CVD

method and forms a bridge between

the CBN particles and the metal

bond.

N60

TN60

T2

05.2

013