Mũi taro nén ren with oil groove DIN 371 Form C HSSE ISO3X (6GX) - M 10 x 1.5

• Use in workshop production, maintenance, and fabrication where the stated thread designation must be matched accurately.
• Select the tool by the thread system, size, and form stated in the product name before the job begins.
• Use in machine controlled thread forming where the workpiece material is suitable for plastic deformation.
• Plan the process around thread forming rather than chip producing cutting.

Lưu ý Confirm thread designation, holder concept, and workpiece condition before you start the operation.

• Chipless forming supports a clean process where chips are undesirable.
• Formed threads can provide dense flank structure in suitable ductile materials.
• Oil groove supports Chất bôi trơn cắt gọt ren flow into the working zone.
• HSSE construction supports wear resistance and hot hardness tendencies.

• Thread forming is limited to materials with sufficient ductility and requires process control matched to forming.
• It is not intended for brittle materials that do not respond well to plastic deformation.

1. Confirm that the workpiece material is suitable for thread forming and that the named thread matches the drawing.
2. Prepare the core hole for a forming process rather than a chip producing cutting process.
3. Clamp the tool securely in a holder that supports accurate alignment and synchronized drive.
4. Apply suitable Chất bôi trơn cắt gọt ren so the forming zone is supplied during the operation.
5. Run the tool with controlled feed so the thread profile is formed consistently along the hole.
6. Reverse the tool cleanly, then inspect the formed thread and the surface condition of the work area.

• 1 chiếc Mũi taro nén ren with oil groove DIN 371 Form C HSSE ISO3X (6GX) - M 10 x 1.5

• Product type: Mũi taro nén ren
• Thread system: M
• Standard: DIN 371, ISO3X (6GX)
• Form: Form C
• Operating principle: Chipless thread forming
• Lubrication feature: Oil groove
• Tolerance class: ISO3X (6GX)
• Tool material: HSSE

Match the thread designation, standard, and execution from the product name to the drawing or the existing mating thread before you start the job.

Check whether you need manual handling, assisted driving, or a controlled machine process, and confirm that the product type in the name matches that use case.

Inspect hole or workpiece condition, alignment, lubrication plan, and holder suitability so the tool can work under controlled conditions.

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In many workshop situations, yes, provided the tool type, thread condition, and workpiece state support that use case.

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After size matching, the main checkpoint is whether the tool form and process type suit the workpiece material and the intended hole or ren ngoài condition.