Metric Pitch Diameter Roll Threads
Metric Pitch Diameter Roll Threads
Weight Table
|
6HThread |
6gThread |
|||||||
|
Basic |
mmMin.GO |
InchMin.GO |
mmMaxHI |
InchMaxHI |
mmMin.GO |
InchMin.GO |
mmMaxLO |
InchMaxLO |
|
M1.6x.35 |
1.3730 |
.05406 |
1.4580 |
.05740 |
1.3540 |
.05331 |
1.2910 |
.05083 |
|
M1.8x.35 |
1.5730 |
.06193 |
1.6580 |
.06528 |
1.5540 |
.06118 |
1.4910 |
.05870 |
|
M2x.40 |
1.7400 |
.06850 |
1.8300 |
.07205 |
1.7210 |
.06776 |
1.6540 |
.06512 |
|
M2.2x.45 |
1.9080 |
.07512 |
2.0030 |
.07886 |
1.8880 |
.07433 |
1.8170 |
.07154 |
|
M2.5x.45 |
2.2080 |
.08693 |
2.3030 |
.09067 |
2.1880 |
.08614 |
2.1170 |
.08335 |
|
M3x.5 |
2.6750 |
.10531 |
2.7750 |
.10925 |
2.6550 |
.10453 |
2.5800 |
.10157 |
|
M3.5x.6 |
3.1100 |
.12244 |
3.2220 |
.12685 |
3.0890 |
.12161 |
3.0040 |
.11827 |
|
M4x.7 |
3.5450 |
.13957 |
3.6630 |
.14421 |
3.5230 |
.13870 |
3.4330 |
.13516 |
|
M4.5x.75 |
4.0130 |
.15799 |
4.1310 |
.16264 |
3.9910 |
.15713 |
3.9010 |
.15358 |
|
M5x.8 |
4.4800 |
.17638 |
4.6050 |
.18130 |
4.4560 |
.17543 |
4.3610 |
.17169 |
|
M6x1 |
5.3500 |
.21063 |
5.5000 |
.21654 |
5.3240 |
.20961 |
5.2120 |
.20520 |
|
M7x1 |
6.3500 |
.25000 |
6.5000 |
.25591 |
6.3240 |
.24898 |
6.2120 |
.24457 |
|
M8x1.25 |
7.1880 |
.28299 |
7.3480 |
.28929 |
7.1600 |
.28189 |
7.0420 |
.27724 |
|
M8x1 |
7.3500 |
.28937 |
7.5000 |
.29528 |
7.3240 |
.28835 |
7.2120 |
.28394 |
|
M10x1.5 |
9.0260 |
.35535 |
9.2060 |
.36244 |
8.9940 |
.35409 |
8.8620 |
.34890 |
|
M10x1.25 |
9.1880 |
.36173 |
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Specification Table
Metric pitch diameter roll threads are essential components in many industrial applications, offering precise measurements and reliable performance. These threads are defined by their pitch diameter, which is the diameter of an imaginary cylinder that passes through the thread profile where the widths of the thread and the groove are equal. This precise measurement ensures that the threads fit together seamlessly, providing a secure and stable connection.
One of the main advantages of metric pitch diameter roll threads is their compatibility with international standards, making them ideal for global manufacturing and distribution. They are commonly used in industries such as automotive, aerospace, and construction due to their ability to withstand high levels of stress and their superior resistance to wear and tear.