| stainless steel pipe fittings difficult process? In fact, | | | | stainless steel pipe fittings difficult process? In fact, |
| the reasons are as follow: | | | | the reasons are as follow: |
| 1: stainless steel pipe fittings | | | | 1: stainless steel pipe fittings |
| Hardness resulted in faster processing of tool wear, it | | | | Hardness resulted in faster processing of tool wear, it |
| is difficult to chip removal. | | | | is difficult to chip removal. |
| 2: stainless steel pipe fittings | | | | 2: stainless steel pipe fittings |
| Low thermal conductivity caused by cutting off edge | | | | Low thermal conductivity caused by cutting off edge |
| of the plastic deformation and tool wear faster. | | | | of the plastic deformation and tool wear faster. |
| 3: stainless steel pipe fittings | | | | 3: stainless steel pipe fittings |
| BUE easily lead to small Fen Xie Hui stay in the cutting | | | | BUE easily lead to small Fen Xie Hui stay in the cutting |
| edge on the pin, and cause bad surfaces. | | | | edge on the pin, and cause bad surfaces. |
| 4: stainless steel pipe fittings | | | | 4: stainless steel pipe fittings |
| Tools and materials to be processed relationship | | | | Tools and materials to be processed relationship |
| between the chemical processing of materials to be | | | | between the chemical processing of materials to be |
| caused by work-hardening and low thermal | | | | caused by work-hardening and low thermal |
| conductivity, not only likely to cause unusual wear, | | | | conductivity, not only likely to cause unusual wear, |
| and will collapse tool | | | | and will collapse tool |
| Edge and abnormal rupture. | | | | Edge and abnormal rupture. |
| Over existing solutions to processing problems as | | | | Over existing solutions to processing problems as |
| follows: | | | | follows: |
| A: Use a high thermal conductivity of stainless steel | | | | A: Use a high thermal conductivity of stainless steel |
| tube cutter, | | | | tube cutter, |
| B: cutting edge sharp edges: chip-breaker edge with a | | | | B: cutting edge sharp edges: chip-breaker edge with a |
| wide, can reduce the cutting pressure, so Chip could | | | | wide, can reduce the cutting pressure, so Chip could |
| be controlled. | | | | be controlled. |
| C: the best cutting conditions: stainless steel pipe | | | | C: the best cutting conditions: stainless steel pipe |
| fittings improper processing conditions will reduce the | | | | fittings improper processing conditions will reduce the |
| tool life. | | | | tool life. |
| D: Select the appropriate tools: Stainless steel tube | | | | D: Select the appropriate tools: Stainless steel tube |
| with the tool should have very good toughness, | | | | with the tool should have very good toughness, |
| cutting edge combination of strength and power | | | | cutting edge combination of strength and power |
| coated membrane also higher. | | | | coated membrane also higher. |