CUT3254 Cemented Carbide Milling Inserts

Type:

Dimensions (mm)

D
Tol.

C
±0.13

r

X307050

7.34±0.08

3.3

0.5

X310050

10.34±0.08

3.85

0.5

X313050

13.45±0.13

4.85

0.5

X313100

13.45±0.13

4.85

1.0

X316100

16.50±0.18

5.85

1.0

X316150

16.50±0.18

5.85

1.5

X316200

16.50±0.18

5.85

2.0

ISO-Code

Type

Physical and Mechanical Properties

Recommended Applications

Density
g/cm3

Hardness
HRA

TRS
N/mm2

P10

YT15

11.3

91.5

1700

For finishing operations on steel and cast steel. High cutting speeds and medium feed rates are recommended.

P20

YT14

11.4

90.5

1600

For semi-finishing operations on steel and cast steel.

P25

YZ25

13

91.5

2000

For milling operations on steel and cast steel.

P30

YT5

12.9

89.5

2000

For heavy machining of steel and cast steel, roughing operations at medium and low speeds.

P40

YM40

13.1

90.5

2300

For heavy turning of steel and cast steel, including face milling.

M05

YS8
YM05

13.4
13.8

92.5
92

1600
1800

For finishing high-temperature alloys based on iron, cobalt, and nickel, as well as high-strength steel. Also suitable for finishing hard cast iron, high-manganese steel, and heat-treated steel.

M10

JW1

13.1

91.5

1500

For finishing and semi-finishing operations on stainless steel and general alloyed steel.

M20

JW2

13

90.5

1700

For pre-finishing and light roughing of stainless steel, alloyed steel, and high-manganese steel.

K05

T04F
(YG3X)
YG3

15.0
15.0

92
90.6

1800
1600

For finishing operations on cast iron, non-ferrous metals, heat-resistant alloys, and titanium alloys.

K10

YG6X
YG6A

15.0
14.8

91.0
91.5

1800
1700

For finishing and semi-finishing to light roughing of cast iron, non-ferrous metals, heat-resistant alloys, and titanium alloys.

K20

YG6

14.9

89.5

1800

For finishing to light roughing of cast iron, heat-resistant non-ferrous alloys, and titanium alloys.

K30

YF8

14.7

89

2000

For pre-finishing and roughing of cast iron, non-ferrous metals, heat-resistant alloys, and titanium alloys under continuous and intermittent machining conditions.