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簡(jiǎn)體中文 Coolant Tungsten Carbide Rods with oil duct
Both carbide rod with straight coolant holes and helical coolant holes are supplied. Different grades are also available in stock. The internal cooling hole can provide much more efficient chip evacuation and deeper hole making capabilities. It is widely used in deep-hole drills and thread end mills.
Type
D(mm)
d(mm)
Deviation of holes
position≤(mm)
L(mm)
D
Tol.
d
Tol.
L
Tol.
OD4.0×ID1.0×330
4.0
+0.2/+0.6
1.0
±0.15
0.2
330
0/+5
OD5.0×ID1.0×330
5.0
+0.2/+0.6
1.0
±0.15
0.2
330
0/+5
OD5.0×ID1.5×330
5.0
+0.2/+0.6
1.5
±0.15
0.2
330
0/+5
OD6.0×ID1.0×330
6.0
+0.2/+0.6
1.0
±0.15
0.2
330
0/+5
OD6.0×ID1.5×330
6.0
+0.2/+0.6
1.5
±0.15
0.2
330
0/+5
OD8.0×ID1.0×330
8.0
+0.2/+0.6
1.0
±0.15
0.25
330
0/+5
OD8.0×ID1.5×330
8.0
+0.2/+0.6
1.5
±0.15
0.25
330
0/+5
OD9.0×ID1.0×330
9.0
+0.3/+0.7
1.0
±0.15
0.25
330
0/+5
OD10.0×ID1.0×330
10.0
+0.3/+0.7
1.0
±0.15
0.25
330
0/+5
OD10.0×ID2.0×330
10.0
+0.3/+0.7
2.0
±0.2
0.25
330
0/+5
OD11.0×ID1.0×330
11.0
+0.3/+0.7
1.0
±0.15
0.25
330
0/+5
OD12.0×ID1.0×330
12.0
+0.3/+0.7
1.0
±0.15
0.25
330
0/+5
OD12.0×ID2.0×330
12.0
+0.3/+0.7
2.0
±0.2
0.25
330
0/+5
OD14.0×ID2.0×330
14.0
+0.3/+0.7
2.0
±0.2
0.25
330
0/+5
OD16.0×ID2.0×330
16.0
+0.4/+0.8
2.0
±0.2
0.25
330
0/+5
OD16.0×ID3.0×330
16.0
+0.4/+0.8
3.0
±0.25
0.25
330
0/+5
OD18.0×ID3.0×330
18.0
+0.4/+0.8
3.0
±0.25
0.3
330
0/+5
OD20.0×ID3.0×330
20.0
+0.4/+0.8
3.0
±0.25
0.3
330
0/+5
20.0≤Dia≤40.0 are available on request
20.0≤Dia≤40.0 are available on request
Type
D(mm)
TK(mm)
d(mm)
Deviation of holes position≤(mm)
L(mm)
D
Tol.(mm)
TK
Tol.
d
Tol.(mm)
L
Tol.(mm)
OD4.3×2ID0.8×1.8×330
4.3
0/+0.6
1.8
-0.4/0
0.8
±0.10
0.15
330
0/+10
OD5.3×2ID0.8×2.0×330
5.3
0/+0.6
2.0
-0.4/0
0.8
±0.10
0.20
330
0/+10
OD6.3×2ID1.0×3.0×330
6.3
0/+0.6
3.0
-0.5/0
1.0
±0.15
0.20
330
0/+10
OD7.3×2ID1.0×3.5×330
7.3
0/+0.6
3.5
-0.5/0
1.0
±0.15
0.20
330
0/+10
OD8.3×2ID1.0×4.0×330
8.3
0/+0.6
4.0
-0.6/0
1.0
±0.15
0.20
330
0/+10
OD9.3×2ID1.4×4.0×330
9.3
0/+0.6
4.0
-0.6/0
1.4
±0.15
0.20
330
0/+10
OD10.3×2ID1.4×5.0×330
10.3
0/+0.6
5.0
-0.6/0
1.4
±0.15
0.20
330
0/+10
OD11.3×2ID1.4×5.0×330
11.3
0/+0.6
5.0
-0.6/0
1.4
±0.15
0.28
330
0/+10
OD12.3×2ID1.75×6.0×330
12.3
0/+0.6
6.0
-0.6/0
1.75
±0.15
0.30
330
0/+10
OD13.3×2ID1.75×6.0×330
13.3
0/+0.6
6.0
-0.6/0
1.75
±0.15
0.34
330
0/+10
OD14.3×2ID1.75×7.0×330
14.3
0/+0.6
7.0
-0.6/0
1.75
±0.15
0.37
330
0/+10
OD15.3×2ID2.0×7.0×330
15.3
0/+0.6
7.0
-0.6/0
2.0
±0.20
0.37
330
0/+10
OD16.3×2ID2.0×8.0×330
16.3
0/+0.6
8.0
-0.6/0
2.0
±0.20
0.40
330
0/+10
OD17.3×2ID2.0×8.0×330
17.3
0/+0.8
8.0
-0.6/0
2.0
±0.20
0.47
330
0/+10
OD18.3×2ID2.0×9.0×330
18.3
0/+0.8
9.0
-0.6/0
2.0
±0.20
0.50
330
0/+10
OD19.3×2ID2.0×9.0×330
19.3
0/+0.8
9.0
-0.6/0
2.0
±0.20
0.50
330
0/+10
OD20.3×2ID2.5×10.0×330
20.3
0/+0.8
10.0
-0.8/0
2.5
±0.25
0.50
330
0/+10
Type
D(mm)
d(mm)
Tk
a
Pitch
D
Tolerance
d
Tolerance
TK
Tolerance
P1
P2
P3
Tolerance
OD3.3×2ID0.4×1.7×330
3.3
2.33
0.4
±0.10
1.7
0/-0.3
≤0.08
15.89
16.32
16.77
±0.23
OD4.3×2ID0.6×2.2×330
4.3
2.33
0.6
±0.15
2.2
0/-0.3
≤0.10
21.19
21.77
22.36
±0.31
OD5.3×2ID0.7×2.6×330
5.3
2.67
0.7
±0.15
2.6
0/-0.4
≤0.13
26.49
27.21
27.95
±0.38
OD6.3×2ID0.7×2.6×330
6.3
2.5
0.7
±0.15
2.6
0/-0.4
≤0.15
31.79
32.65
33.54
±0.46
OD6.3×2ID1.0×2.6×330
6.3
2.5
1.0
±0.15
2.6
0/-0.4
≤0.15
31.79
32.65
33.54
±0.46
OD7.3×2ID1.0×3.7×330
7.3
2.5
1.0
±0.15
3.7
0/-0.4
≤0.15
37.09
38.09
39.13
±0.54
OD8.3×2ID1.0×4.0×330
8.3
2.5
1.0
±0.15
4.0
0/-0.4
≤0.15
42.38
43.53
44.73
±0.62
OD8.3×2ID1.0×3.5×330
8.3
2.5
1.0
±0.15
3.5
0/-0.4
≤0.15
42.38
43.53
44.73
±0.62
OD8.3×2ID0.6×2.8×330
8.3
2.5
0.6
±0.15
2.8
0/-0.4
≤0.15
42.38
43.53
44.73
±0.62
OD9.3×2ID1.4×4.8×330
9.3
2.5
1.4
±0.15
4.8
0/-0.6
≤0.20
47.68
48.97
50.32
±0.69
OD10.3×2ID1.4×4.8×330
10.3
2.75
1.4
±0.15
4.8
0/-0.6
≤0.20
52.98
54.41
55.91
±0.77
OD10.3×2ID0.7×2.6×330
10.3
2.75
0.7
±0.15
2.6
0/-0.4
≤0.20
52.98
54.41
55.91
±0.77
OD10.3×2ID1.0×3.0×330
10.3
2.75
1.0
±0.15
3.0
0/-0.4
≤0.20
52.98
54.41
55.91
±0.77
OD10.3×2ID1.4×5.0×330
10.3
2.75
1.4
±0.15
5.0
0/-0.6
≤0.20
52.98
54.41
55.91
±0.77
OD11.3×2ID1.4×5.3×330
11.3
2.75
1.4
±0.15
5.3
0/-0.8
≤0.28
58.28
59.86
61.5
±0.85
OD12.3×2ID1.4×6.25×330
12.3
2.75
1.4
±0.15
6.25
0/-0.8
≤0.30
63.58
65.3
67.09
±0.92
OD12.3×2ID1.75×6.0×330
12.3
2.75
1.75
±0.20
6.0
0/-0.8
≤0.30
63.58
65.3
67.09
±0.92
OD13.3×2ID1.75×6.5×330
13.3
3.0
1.75
±0.20
6.5
0/-0.8
≤0.34
68.87
70.74
72.68
±1.00
OD14.3×2ID1.75×7.1×330
14.3
3.5
1.75
±0.20
7.1
0/-0.8
≤0.37
74.17
76.18
78.27
±1.08
OD14.3×2ID0.8×3.5×330
14.3
3.5
0.8
±0.15
3.5
0/-0.4
≤0.37
74.17
76.18
78.27
±1.08
OD14.3×2ID1.4×4.5×330
14.3
3.5
1.4
±0.15
4.5
0/-0.6
≤0.37
74.17
76.18
78.27
±1.08
OD15.3×2ID1.75×7.7×330
15.3
3.5
1.75
±0.20
7.7
0/-0.8
≤0.40
79.47
81.62
83.86
±1.15
OD16.3×2ID1.75×8.3×330
16.3
3.5
1.75
±0.20
8.3
0/-0.8
≤0.40
84.77
87.06
89.45
±1.23
OD16.3×2ID2.0×8.0×330
16.3
3.5
2.0
±0.20
8.0
0/-0.6
≤0.40
84.77
87.06
89.45
±1.23
OD17.3×2ID1.75×8.9×330
17.3
3.5
1.75
±0.20
8.9
0/-0.8
≤0.47
90.07
92.5
95.04
±1.31
OD18.3×2ID2.0×9.55×330
18.3
3.5
2.0
±0.25
9.55
0/-0.8
≤0.50
95.36
97.95
100.63
±1.38
OD18.3×2ID1.75×9.15×330
18.3
3.5
1.75
±0.20
9.15
0/-0.8
≤0.50
95.36
97.95
100.63
±1.38
OD19.3×2ID2.0×10×330
19.3
3.5
2.0
±0.25
10.0
0/-0.8
≤0.50
100.66
103.39
106.22
±1.46
OD20.3×2ID2.0×10.4×330
20.3
3.5
2.0
±0.25
10.4
0/-1
≤0.50
105.96
108.83
111.81
±1.54
Note： D<18.3, L>100, L Tolerance0~+7; L<100, L Tolerance0~+5.? D ≥ 18.3, L Tolerance+3~+10.
Note: D<18.3, L>100, L Tolerance0~+7, L<100, L Tolerance0~+5, D≥18.3, Length Tolerance+3~+10
Type
D(mm)
d(mm)
TK(mm)
a
Ptich
D
Tol.
d
Tol.
TK
Tol.
P 1
P 2
P 3
Tol.
OD6.3×2ID0.6×1.9×LC
6.3
2.5
0.6
±0.15
1.9
0/-0.4
≤0.15
18.20
18.85
19.52
±0.34
OD6.3×2ID0.5×2.2×LC
6.3
2.5
0.5
±0.15
2.2
0/-0.4
≤0.15
21.68
22.46
23.28
±0.42
OD8.3×2ID0.65×2.7×LC
8.3
2.5
0.65
±0.15
2.7
0/-0.6
≤0.15
28.91
29.95
31.04
±0.56
OD10.3×2ID0.8×3.5×LC
10.3
2.75
0.8
±0.15
3.5
0/-0.8
≤0.20
36.14
37.44
38.8
±0.70
OD12.3×2ID0.9×4.2×LC
12.3
2.75
0.9
±0.15
4.2
0/-0.8
≤0.30
43.37
44.93
46.55
±0.84
OD14.3×2ID1.0×4.7×LC
14.3
3.5
1.0
±0.20
4.7
0/-0.8
≤0.37
50.6
52.42
54.31
±0.98
OD16.3×2ID1.2×5.5×LC
16.3
3.5
1.2
±0.20
5.5
0/-0.8
≤0.40
57.82
59.9
62.07
±1.12
OD18.3×2ID1.4×6.3×LC
18.3
3.5
1.4
±0.20
6.3
0/-0.8
≤0.50
65.05
67.39
69.83
±1.26
OD20.3×2ID1.5×7.1×LC
20.3
3.5
1.5
±0.20
7.1
0/-1.0
≤0.50
72.28
74.88
77.59
±1.40
Note: D<18.3, L>100, L Tolerance0~+7; L<100, L Tolerance0~+5. D≥18.3, L Tolerance+3~+10.
Type
D(mm)
d(mm)
TK
a
Pitch
D
Tol.
d
Tol.
TK
Tol.
P 1
P 2
P 3
Tol.
OD6.3×3ID0.5×2.9×LB
6.3
2.5
0.5
±0.15
2.9
0/-0.4
≤0.15
31.79
32.65
33.54
±0.46
OD8.3×3ID0.7×4.0×LB
8.3
2.5
0.7
±0.15
4
0/-0.4
≤0.15
42.38
43.53
44.73
±0.62
OD9.3×3ID0.7×4.0×LB
9.3
2.5
0.85
±0.15
5.1
0/-0.5
≤0.20
47.68
48.97
50.32
±0.69
OD10.3×3ID0.85×5.1×LB
10.3
2.75
0.85
±0.15
5.1
0/-0.4
≤0.20
52.98
54.41
55.91
±0.77
BФ12.3×3Ф1.1×6.3×LB
12.3
2.75
1.1
±0.15
6.3
0/-0.6
≤0.30
63.58
65.3
67.09
±0.92
OD14.3×3ID1.4×7.3×LB
14.3
3.5
1.4
±0.20
7.3
0/-0.8
≤0.40
74.17
76.18
78.27
±1.08
OD15.3×3ID1.4×7.3×LB
15.3
3.5
1.4
±0.20
7.8
0/-0.8
≤0.40
79.47
81.62
83.86
±1.15
OD16.3×3ID1.6×8.3×LB
16.3
3.5
1.6
±0.20
8.3
0/-0.8
≤0.40
84.77
87.06
89.45
±1.23
OD18.3×3ID1.7×9.5×LB
18.3
3.5
1.7
±0.20
9.5
0/-0.8
≤0.50
95.36
97.95
100.63
±1.38
OD20.3×3ID1.9×10.2×LB
20.3
3.5
1.9
±0.25
10.2
0/-0.8
≤0.50
105.96
108.83
111.81
±1.54
Note:? D<18.3, L>100, L Tolerance0~+7, L<100, L Tolerance0~+5, D≥18.3, Length Tolerance+3~+10
Type
D(mm)
d(mm)
Tk
a
Pitch
D
Tol.
d
Tolerance
TK
Tol.
P1
P2
P3
Tol.
OD6.3×3ID0.5×2.9×LB
6.3
2.5
0.5
±0.15
2.2
0/-0.4
≤0.15
21.68
22.46
23.28
±0.42
OD8.3×3ID0.7×4.0×LB
8.3
2.5
0.65
±0.15
2.7
0/-0.4
≤0.15
28.91
29.95
31.04
±0.56
OD10.3×3ID0.85×5.1×LB
10.3
2.75
0.8
±0.15
3.5
0/-0.4
≤0.20
36.14
37.44
38.8
±0.70
BФ12.3×3Ф1.1×6.3×LB
12.3
2.75
0.9
±0.15
4.2
0/-0.6
≤0.30
43.37
44.93
46.55
±0.84
OD14.3×3ID1.4×7.3×LB
14.3
3.5
1.0
±0.20
4.7
0/-0.6
≤0.37
50.60
52.42
54.31
±0.98
OD16.3×3ID1.6×8.3×LB
16.3
3.5
1.2
±0.20
5.5
0/-0.8
≤0.40
57.82
59.90
62.07
±1.12
OD18.3×3ID1.7×9.5×LB
18.3
3.5
1.4
±0.20
6.3
0/-0.8
≤0.50
65.05
67.39
69.83
±1.26
OD20.3×3ID1.9×10.2×LB
20.3
3.5
1.5
±0.20
7.1
0/-0.8
≤0.50
72.28
74.88
77.59
±1.40
Sintering
HIP.
The advanced computer-controlled HIP furnaces are applied to provide more pressure during the sintering process in order to get denser structure.
Powder
Excellent.
Thanks to our deep cooperation with Germany H.C.Starck, we use the best powder for carbide rod in the world for all our standard grades for carbide rod manufacturing.
Cooling
Internal.
The internal cooling hole can provide much more efficient chip evacuation and deeper hole making capabilities. We supply not only straight coolant but also spiral coolant carbide rod.
OEM Custom Service
We can develop grades as per your requirement and make the same shape as your drawing. Laser marking and neutral package are also available for your benefits.
Grade
| grade | ? | MT09U | MT10S | MT12S | MT25S | MT06U | MT20.8 |
| ISO range | ? | K10-K20 | K20-K40 | K20-K40 | K20-K40 | K05-K10 | K40-K50 |
| WC+other carbide | % | 91 | 90 | 88 | 88 | 93.5 | 85 |
| Co | % | 9 | 10 | 12 | 12 | 6.5 | 15 |
| WC grain size | μm | 0.4 | 0.8 | 0.6 | 0.4 | 0.6 | 0.8 |
| density | g/㎝3 | 14.5 | 14.42 | 14.12 | 14.1 | 14.85 | 13.95 |
| hardness | Hv30 | 1890 | 1600 | 1580 | 1750 | 1890 | 1350 |
| HRA | ? | 93.5 | 91.5 | 91.2 | 92.5 | 93.5 | 89.5 |
| transverse rupture strength | N/mm2 | 3800 | 4100 | 4200 | 4400 | 3700 | 3800 |
| kpsi | ? | 590 | 609 | 638 | 540 | 551 | 551 |
| fracture toughness | Mpa.m? | 10.2 | 14.2 | 14.7 | 13.5 | 10.1 | 17.5 |
| young’s modulus | kpsi | 86780 | 85360 | 80860 | 80000 | 91000 | 79086 |
| compressive strength | kpsi | 1145 | 1015 | 1010 | 1109 | 1156 | 957 |
Grade | Properties and applications |
MT09U? | Ultra-fine grain WC with 9%Co Very high wear resistance and excellent deformation resistance High cutting speed milling, finishing For use on hardened steel, plastics, fibre reinforced materials, HRC55-65 |
MT10S? | Ultra-fine grain WC with 10%Co? Very high wear resistance and excellent deformation resistance High cutting speed milling&drilling For general usage and suitable for all kinds of material belowHRC45 |
MT12S? | Submicron grain WC with 12%Co High toughness and wear resistance Specially designed for machining stainless steel For use on stainless steel, nickel-based alloys, titanium alloy and special alloy |
MT25S? | Ultra-fine grain WC with 12%Co Very high toughness and high wear resistance Suitable for finishing processing and roughing of steels with hardness between 45 and 55HRC steels for surface treatments, nickel and nickel alloys |
MT06U? | Submicron grain WC with 6% Co Very high wear resistance High cutting speed For drilling and milling of plastic composites, PCB, ceramics, woods and MDF |
MT20.8? | Submicron grain WC with 15%Co High strength and toughness High-speed punching For use on solid carbide punches |
