日韩精品一区二区在线天天狠天,噜噜噜噜噜久久久久久91,99国产精品欲蜜臀

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Tim — Mon, 27 Apr 2020 00:49:53 +0000

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OD
???? ?????
?????
12-100 ???
12
? 6
100
12-150-? 6
12
? 6
150
16-100- M8
16
? 8
100
16-150-M8
16
? 8
150
16-200-M8
16
? 8
200
16-250-M8
16
? 8
250
16-300-M8
16
? 8
300
20-100-? 10
20
? 10
100
20-150-? 10
20
? 10
150
20-200-M10
20
? 10
200
20-250-M10
20
? 10
250
20-300-M10
20
? 10
300
25-150-? 12
25
? 12
150
25-200-? 12
25
? 12
200
25-250-? 12
25
? 12
250
25-300-? 12
25
? 12
300
32-150-M16
32
? 16
150
32-200-M16
32
? 16
200
32-250-M16
32
? 16
250
32-300-M16
32
? 16
300
32-350-M16
32
? 16
350
32-400-M16
32
? 16
400

OEM ???? ?????

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?
MT20.8
???? ISO
?
K40-K50
WC + ????? ???
%
85
Co
%
15
??? ?????? WC
??????
0.8
?????
? /㎝3
13.95
?????
Hv30
1350
HRA
?
89.5
??? ???? ?????
N / ??2
3800
kpsi
?
551
??? ?????
Mpa.m?
17.5
????? ????
kpsi
79086
??? ?????
kpsi
957

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Tim — Sun, 26 Apr 2020 03:33:44 +0000

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.

Carbide Rod with One Central Coolant Hole

Type
D(mm)
d(mm)
Deviation of holes
position≤(mm)
L(mm)
?
Tol.
?
Tol.
???
??ol.
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

Carbide Rod with Two Straight Coolant Holes

Type
D(mm)
TK(mm)
d(mm)
Deviation of holes position≤(mm)
L(mm)
?
Tol.(mm)
TK
Tol.
?
Tol.(mm)
???
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
20.0≤Dia≤40.0 are available on request

Carbide Rod with Two Helical Coolant Holes 30°Helical

Type
D(mm)
d(mm)
Tk
a
Pitch
?
?????
?
?????
TK
?????
P1
P2
P3
?????
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.}

Carbide Rod with Two Helical Coolant Holes 40°Helical

Type
D(mm)
d(mm)
TK(mm)
a
Ptich
?
Tol.
?
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, Length Tolerance+3~+10

Carbide Rod with Three Helical Coolant Holes 30° Helical

Type
D(mm)
d(mm)
TK
a
Pitch
?
Tol.
?
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, L Tolerance+3~+10.

Carbide Rod with Three Helical Coolant Holes 40°Helical

Type
D(mm)
d(mm)
Tk
a
Pitch
?
Tol.
?
?????
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
Note:? D<18.3, L>100, L Tolerance0~+7, L<100, L Tolerance0~+5, D≥18.3, Length Tolerance+3~+10

??????
??? ?? ????.

??? ????? ????? HIP ???????? ???? ??? ?????? ???? ?????? ????????? ?????? ??? ???? ????? ????? ??????? ?? ??? ?????? ??? ???? ???? ?????.

?????
?????.

???? ??????? ?????? ?? ??????? HCStarck ? ?????? ???? ????? ?????? ????? ?? ?????? ????? ??????? ???????? ?????? ????? ?????.

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 ???? ?????

?????? ????? ??????? ????? ????????? ???? ??? ??? ????? ????? ??. ????? ????? ?????? ?????? ????? ?????? ???????.

????

???? ???????

????	?	MT09U	MT10S	MT12S	MT25S	MT06U	MT20.8
???? ISO	?	K10-K20	K20-K40	K20-K40	K20-K40	K05-K10	K40-K50
WC + ????? ???	%	91	90	88	88	93.5	85
Co	%	9	10	12	12	6.5	15
??? ?????? WC	??????	0.4	0.8	0.6	0.4	0.6	0.8
?????	? / ㎝3	14.5	14.42	14.12	14.1	14.85	13.95
?????	Hv30	1890	1600	1580	1750	1890	1350
HRA	?	93.5	91.5	91.2	92.5	93.5	89.5
??? ???? ?????	N / ??2	3800	4100	4200	4400	3700	3800
kpsi	?	590	609	638	540	551	551
??? ?????	Mpa.m?	10.2	14.2	14.7	13.5	10.1	17.5
????? ????	kpsi	86780	85360	80860	80000	91000	79086
??? ?????	kpsi	1145	1015	1010	1109	1156	957

?????

????	??????? ??????????
MT09U?	????? ???? ??????? ?? 9%Co ?????? ????? ????? ??????? ?????? ??????? ????? ???? ?????? ????? ? ????? ????????? ??? ??????? ?????? ?????????? ??????? ??????? ???????? ? HRC55-65
MT10S?	????? ???? ??????? ?? 10%Co ?????? ????? ????? ??????? ???? ?????? ??? ????? ??? ????? ????????? ????? ?????? ????? ????? ?????? ????? HRC45
MT12S?	WC ?????? ??????? ?? 12%Co ????? ????? ??????? ???? ????? ?????? ?????? ??????? ??????? ????? ????????? ??? ??????? ??????? ????? ???????? ??????? ??? ?????? ?????? ?????????? ?????? ????
MT25S?	????? ???? ??????? ?? 12%Co ????? ????? ?????? ??????? ???? ????? ????? ?????? ?????? ?????? ??????? ?? ????? ??? 45 ? 55 HRC ???????? ??????? ?????? ?????? ???????
MT06U?	WC ?????? ??? ???????? ?? 6% Co ?????? ????? ????? ????? ???? ????? ??????? ???? ???? ?????? ??????????? ? ????? ??????? ????? ?????? ? ????????? ? ??????? ? MDF
MT20.8?	????? ?????? ??? ???????? ?? 15%Co ??? ????? ?????? ????? ???? ?????? ????????? ?? ??????? ?????? ?? ???????

????? ??? ????????

Tim — Sun, 26 Apr 2020 02:27:50 +0000

?????? ???????? ????? ???????? ??? ????????

??????
??? ?? ????.

??? ????? ????? HIP ???????? ???? ??? ?????? ???? ?????? ????????? ?????? ??? ???? ????? ????? ??????? ?? ??? ?????? ??? ???? ???? ?????.

?????
?????.

???? ??????? ?????? ?? ??????? HCStarck ? ?????? ???? ????? ?????? ????? ?? ?????? ????? ??????? ???????? ?????? ????? ?????.

??????
?????.

??? ??????? ???? ??? ??? ?????? ? ??? ?? ??? ????? ?????? ???????????? ?????? ???????? ????? ?????? ?????? ???? ??? ?? ??????? ?? ????? ????? ???????.

????? ??????? 330 ?? ? ???? ? ???? ????????

??? ???????	?????	??????? ?? ?????	??? ???????	?????	??????? ?? ?????	??? ???????	?????	??????? ?? ?????
0.5	+0.20/+0.45	.00.0 / + 10.0	9.5	+0.20/+0.45	.00.0 / + 10.0	19.5	+0.20/+0.60	.00.0 / + 10.0
1.0	+0.20/+0.45	.00.0 / + 10.0	10.0	+0.20/+0.45	.00.0 / + 10.0	20.0	+0.20/+0.60	.00.0 / + 10.0
1.2	+0.20/+0.45	.00.0 / + 10.0	10.5	+0.20/+0.45	.00.0 / + 10.0	20.5	+0.20/+0.80	.00.0 / + 10.0
1.6	+0.20/+0.45	.00.0 / + 10.0	11.0	+0.20/+0.45	.00.0 / + 10.0	21.0	+0.20/+0.80	.00.0 / + 10.0
1.8	+0.20/+0.45	.00.0 / + 10.0	11.5	+0.20/+0.45	.00.0 / + 10.0	22.0	+0.20/+0.80	.00.0 / + 10.0
2.3	+0.20/+0.45	.00.0 / + 10.0	12.0	+0.20/+0.45	.00.0 / + 10.0	23.0	+0.20/+0.80	.00.0 / + 10.0
2.5	+0.20/+0.45	.00.0 / + 10.0	12.5	+0.20/+0.60	.00.0 / + 10.0	24.0	+0.20/+0.80	.00.0 / + 10.0
3.0	+0.20/+0.45	.00.0 / + 10.0	13.0	+0.20/+0.60	.00.0 / + 10.0	25.0	+0.20/+0.80	.00.0 / + 10.0
3.5	+0.20/+0.45	.00.0 / + 10.0	13.5	+0.20/+0.60	.00.0 / + 10.0	26.0	+0.20/+0.80	.00.0 / + 10.0
4.0	+0.20/+0.45	.00.0 / + 10.0	14.0	+0.20/+0.60	.00.0 / + 10.0	27.0	+0.20/+0.80	.00.0 / + 10.0
4.5	+0.20/+0.45	.00.0 / + 10.0	14.5	+0.20/+0.60	.00.0 / + 10.0	28.0	+0.20/+0.80	.00.0 / + 10.0
5.0	+0.20/+0.45	.00.0 / + 10.0	15.0	+0.20/+0.60	.00.0 / + 10.0	29.0	+0.20/+0.80	.00.0 / + 10.0
5.5	+0.20/+0.45	.00.0 / + 10.0	15.5	+0.20/+0.60	.00.0 / + 10.0	30.0	+0.20/+0.80	.00.0 / + 10.0
6.0	+0.20/+0.45	.00.0 / + 10.0	16.0	+0.20/+0.60	.00.0 / + 10.0	31.0	+0.20/+0.80	.00.0 / + 10.0
6.5	+0.20/+0.45	.00.0 / + 10.0	16.5	+0.20/+0.60	.00.0 / + 10.0	32.0	+0.20/+0.80	.00.0 / + 10.0
7.0	+0.20/+0.45	.00.0 / + 10.0	17.0	+0.20/+0.60	.00.0 / + 10.0	33.0	+0.20/+0.80	.00.0 / + 10.0
7.5	+0.20/+0.45	.00.0 / + 10.0	17.5	+0.20/+0.60	.00.0 / + 10.0	34.0	+0.20/+0.80	.00.0 / + 10.0
8.0	+0.20/+0.45	.00.0 / + 10.0	18.0	+0.20/+0.60	.00.0 / + 10.0	35.0	+0.20/+0.80	.00.0 / + 10.0
8.5	+0.20/+0.45	.00.0 / + 10.0	18.5	+0.20/+0.60	.00.0 / + 10.0
9.0	+0.20/+0.45	.00.0 / + 10.0	19.0	+0.20/+0.60	.00.0 / + 10.0

???? ?????? ????? 0.3 ?? ?????? ?????? 40 ??

OEM ???? ?????

?????? ????? ??????? ????? ????????? ???? ??? ??? ????? ????? ??. ????? ????? ?????? ?????? ????? ?????? ???????.

????

???? ???????

????	?	MT09U	MT10S	MT12S	MT25S	MT06U	MT20.8
???? ISO	?	K10-K20	K20-K40	K20-K40	K20-K40	K05-K10	K40-K50
WC + ????? ???	%	91	90	88	88	93.5	85
Co	%	9	10	12	12	6.5	15
??? ?????? WC	??????	0.4	0.8	0.6	0.4	0.6	0.8
?????	? / ㎝3	14.5	14.42	14.12	14.1	14.85	13.95
?????	Hv30	1890	1600	1580	1750	1890	1350
HRA	?	93.5	91.5	91.2	92.5	93.5	89.5
??? ???? ?????	N / ??2	3800	4100	4200	4400	3700	3800
kpsi	?	590	609	638	540	551	551
??? ?????	Mpa.m?	10.2	14.2	14.7	13.5	10.1	17.5
????? ????	kpsi	86780	85360	80860	80000	91000	79086
??? ?????	kpsi	1145	1015	1010	1109	1156	957

?????

????	??????? ??????????
MT09U?	????? ???? ??????? ?? 9%Co ?????? ????? ????? ??????? ?????? ??????? ????? ???? ?????? ????? ? ????? ????????? ??? ??????? ?????? ?????????? ??????? ??????? ???????? ? HRC55-65
MT10S?	????? ???? ??????? ?? 10%Co ?????? ????? ????? ??????? ???? ?????? ??? ????? ??? ????? ????????? ????? ?????? ????? ????? ?????? ????? HRC45
MT12S?	WC ?????? ??????? ?? 12%Co ????? ????? ??????? ???? ????? ?????? ?????? ??????? ??????? ????? ????????? ??? ??????? ??????? ????? ???????? ??????? ??? ?????? ?????? ?????????? ?????? ????
MT25S?	????? ???? ??????? ?? 12%Co ????? ????? ?????? ??????? ???? ????? ????? ?????? ?????? ?????? ??????? ?? ????? ??? 45 ? 55 HRC ???????? ??????? ?????? ?????? ???????
MT06U?	WC ?????? ??? ???????? ?? 6% Co ?????? ????? ????? ????? ???? ????? ??????? ???? ???? ?????? ??????????? ? ????? ??????? ????? ?????? ? ????????? ? ??????? ? MDF
MT20.8?	????? ?????? ??? ???????? ?? 15%Co ??? ????? ?????? ????? ???? ?????? ????????? ?? ??????? ?????? ?? ???????

???????? ???? ?????

Tim — Sat, 25 Apr 2020 03:10:58 +0000

Cut-to-Length (CTL) Tungsten Carbide Rod, Ground, Polished, Chamfer one end

We have one of the largest and most complete lines of ground CTL carbide rods for cutting tool blanks in stock. Meetyou Carbide proudly announces that we have achieved the best cost-effectiveness for this kind of rods for cutting tool blanks. Because we use a unique method of pressing technology combined with the supreme quality powder from Germany H.C.Starck.

h6
Polished.

Our standard tolerance for the diameter is h6 polished. We can also provide h5 polished or other tolerance as per your requirement.

?????
Cut.

Both advanced wire cutting and diamond wheel cutting are applied to cut the carbide rod into the length you need.

One End
Chamfered

45 degree chamfered one end is provided for better looking and a smooth edge.

Complete lines of ground cut to length carbide rod for cutting tool blanks
Standard h6 ISO diameter tolerances in inch and metric lengths and diameters
Special perform like male center, female center, ball nose, step reduction, and shaped points, etc are available according to your drawing

Standard Size ,Metric, Milimeter

Φ3.0 X 60	Φ8.0 X 50	Φ12.0 X 120
Φ4.0 X 40	Φ8.0 X 60	Φ13.0 X 100
Φ4.0 X 46	Φ8.0 X 63	Φ14.0 X 75
Φ4.0 X 50	Φ8.0 X 75	Φ14.0 X 80
Φ4.0 X 60	Φ8.0 X 90	Φ14.0 X 83
Φ4.0 X 75	Φ8.0 X 100	Φ14.0 X 100
Φ4.0 X 100	Φ10.0 X 50	Φ16.0 X 80
Φ5.0 X 50	Φ10.0 X 70	Φ16.0 X 90
Φ5.0 X 60	Φ10.0 X 72	Φ20.0 X 100
Φ5.0 X 100	Φ10.0 X 75
Φ6.0 X 40	Φ10.0 X 80
Φ6.0 X 50	Φ10.0 X 90
Φ6.0 X 58	Φ10.0 X 100
Φ6.0 X 60	Φ12.0 X 70
Φ6.0 X 67	Φ12.0 X 79
Φ6.0 X 75	Φ12.0 X 83
Φ6.0 X 100	Φ12.0 X 100

OEM ???? ?????

?????? ????? ??????? ????? ????????? ???? ??? ??? ????? ????? ??. ????? ????? ?????? ?????? ????? ?????? ???????.

????

???? ???????

????	?	MT09U	MT10S	MT12S	MT25S	MT06U	MT20.8
???? ISO	?	K10-K20	K20-K40	K20-K40	K20-K40	K05-K10	K40-K50
WC + ????? ???	%	91	90	88	88	93.5	85
Co	%	9	10	12	12	6.5	15
??? ?????? WC	??????	0.4	0.8	0.6	0.4	0.6	0.8
?????	? / ㎝3	14.5	14.42	14.12	14.1	14.85	13.95
?????	Hv30	1890	1600	1580	1750	1890	1350
HRA	?	93.5	91.5	91.2	92.5	93.5	89.5
??? ???? ?????	N / ??2	3800	4100	4200	4400	3700	3800
kpsi	?	590	609	638	540	551	551
??? ?????	Mpa.m?	10.2	14.2	14.7	13.5	10.1	17.5
????? ????	kpsi	86780	85360	80860	80000	91000	79086
??? ?????	kpsi	1145	1015	1010	1109	1156	957

?????

????	??????? ??????????
MT09U?	????? ???? ??????? ?? 9%Co ?????? ????? ????? ??????? ?????? ??????? ????? ???? ?????? ????? ? ????? ????????? ??? ??????? ?????? ?????????? ??????? ??????? ???????? ? HRC55-65
MT10S?	????? ???? ??????? ?? 10%Co ?????? ????? ????? ??????? ???? ?????? ??? ????? ??? ????? ????????? ????? ?????? ????? ????? ?????? ????? HRC45
MT12S?	WC ?????? ??????? ?? 12%Co ????? ????? ??????? ???? ????? ?????? ?????? ??????? ??????? ????? ????????? ??? ??????? ??????? ????? ???????? ??????? ??? ?????? ?????? ?????????? ?????? ????
MT25S?	????? ???? ??????? ?? 12%Co ????? ????? ?????? ??????? ???? ????? ????? ?????? ?????? ?????? ??????? ?? ????? ??? 45 ? 55 HRC ???????? ??????? ?????? ?????? ???????
MT06U?	WC ?????? ??? ???????? ?? 6% Co ?????? ????? ????? ????? ???? ????? ??????? ???? ???? ?????? ??????????? ? ????? ??????? ????? ?????? ? ????????? ? ??????? ? MDF
MT20.8?	????? ?????? ??? ???????? ?? 15%Co ??? ????? ?????? ????? ???? ?????? ????????? ?? ??????? ?????? ?? ???????

??????	OD	???? ?????	?????
12-100 ???	12	? 6	100
12-150-? 6	12	? 6	150
16-100- M8	16	? 8	100
16-150-M8	16	? 8	150
16-200-M8	16	? 8	200
16-250-M8	16	? 8	250
16-300-M8	16	? 8	300
20-100-? 10	20	? 10	100
20-150-? 10	20	? 10	150
20-200-M10	20	? 10	200
20-250-M10	20	? 10	250
20-300-M10	20	? 10	300
25-150-? 12	25	? 12	150
25-200-? 12	25	? 12	200
25-250-? 12	25	? 12	250
25-300-? 12	25	? 12	300
32-150-M16	32	? 16	150
32-200-M16	32	? 16	200
32-250-M16	32	? 16	250
32-300-M16	32	? 16	300
32-350-M16	32	? 16	350
32-400-M16	32	? 16	400

Type	D(mm)		d(mm)		Deviation of holes position≤(mm)	L(mm)
	?	Tol.	?	Tol.		???	??ol.
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

Type	D(mm)		TK(mm)		d(mm)		Deviation of holes position≤(mm)	L(mm)
	?	Tol.(mm)	TK	Tol.	?	Tol.(mm)		???	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

日韩精品一区二区在线天天狠天,噜噜噜噜噜久久久久久91,99国产精品欲蜜臀

????? ????? ????? ??????

????? ????? ????? ?????? ??????? ?? ?????

?????? ??? ?? ????.

??????????.

???????????

???? ??????

OEM ???? ?????

????

???? ????? ?? ???? ???? ???????

Coolant Tungsten Carbide Rods with oil duct

?????? ??? ?? ????.

??????????.

CoolingInternal.

OEM ???? ?????

????

????? ??? ????????

?????? ???????? ????? ???????? ??? ????????

?????? ??? ?? ????.

??????????.

???????????.

????? ??????? 330 ?? ? ???? ? ???? ????????

OEM ???? ?????

????

???????? ???? ?????

Cut-to-Length (CTL) Tungsten Carbide Rod, Ground, Polished, Chamfer one end

h6 Polished.

?????Cut.

One EndChamfered

Standard Size ,Metric, Milimeter

OEM ???? ?????

????

??????
??? ?? ????.

?????
?????.

????
???????

??????
??? ?? ????.

?????
?????.

Cooling
Internal.

??????
??? ?? ????.

?????
?????.

??????
?????.

h6
Polished.

?????
Cut.

One End
Chamfered