BIG KAISER High Performance Tooling Solutions 2018-2019

INDEXABLE INSERTS
APPLICATION ADVICE
This section contains a wide range of indexable inserts selected for fine boring or rough boring tools which have been tested under
the most diverse working conditions.
For individual tool combinations comprehensive cutting data tables with detailed information about selection of insert, cutting speed,
feed, stock allowance, ect. for different cutting methods are available on request.
CUTTING MATERIALS
ISO Main Groups
Work Piece Materials
ISO Application Groups
P Carbon Steels
P10 P20 P30 P40 P50
Cast Steel
M
Stainless Steels
M10 M20 M30 M40
K
Cast Iron
K10
K20
K30
N
Aluminium
Non-Ferrous Metals
Synthetic Materials
N10
S
Titanium
NiCo Alloys
High Temperature Alloys
S10
S20
Increasing Fracture Strength / Toughness
Increasing Abrasion & Thermal Resistance
UNCOATED CARBIDE
Uncoated tungsten carbide with the addition of titanium carbide, tantalum carbide and cobalt as binding agents. Depending on
the ISO group, these are suitable for rough boring and finishing of ferrous and non-ferrous materials.
COATED CARBIDE C
Multiple coatings improve resistance to wear, has a low friction coefficient and reduces built-up edge formation.
CERMET CT
Cermet cutting materials consist of titanium carbide and titanium nitride. They have high thermal and abrasion resistance and
are suitable for finish boring and light rough-boring of steel & cast iron at high cutting speeds.
POLYCRYSTALLINE CUBIC BORON NITRIDE CBN
CBN cutting materials feature an extremely high wear and heat resistance. CBN inserts are suitable for boring hardened steel,
up to 70 HRC, hard cast steel, cast iron and hard nickel alloys.
POLYCRYSTALLINE DIAMOND PCD
PCD cutting edges are extremely hard and abrasion-resistant. They permit high speed finish boring of non-ferrous materials
and composites.
B.5
INSERTS & CUTTERS
SYMBOLS
+
++
= Less Suitable
= Suitable
= First Choice
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