M14 x 1mm Round Threading Die, Right Hand Threading Die Adjustable
√FEATURES:
Made from alloy steel, providing hardness and durability suitable for cutting operations.
Round die design, intended for general threading tasks, applicable in maintenance and repair work.
Used for re-threading existing threads or creating new threads in softer materials.
Right-hand rotation design, fit with standard threading procedures.
Die size is etched on the surface for identification.
Adjustable design enables fine-tuning of threading precision, ensuring optimal performance across a range of tolerances and materials.
√APPLICATIONS & MATERIALS:
Suitable for professional use in mechanical manufacturing, aerospace, and related applications.
Designed for material processing: Thread cutting of mild steel, copper, aluminum, and similar soft materials.
Threading production: Durable construction supports use in low-speed manual or light-duty batch operations.
Precision threading: Suitable for thread repair and matching tasks.
Maintenance and repair: Functions in the workshop and on-site conditions for thread restoration.
√NOTE:
Cutting fluid is recommended during operation to reduce heat and extend tool life, especially when processing softer yet adhesive materials (such as copper). Maintain perpendicular alignment between tool and workpiece, using steady and moderate feed pressure for optimal thread forming.
Made from alloy steel, providing hardness and durability suitable for cutting operations.
Round die design, intended for general threading tasks, applicable in maintenance and repair work.
Used for re-threading existing threads or creating new threads in softer materials.
Right-hand rotation design, fit with standard threading procedures.
Die size is etched on the surface for identification.
Adjustable design enables fine-tuning of threading precision, ensuring optimal performance across a range of tolerances and materials.
√APPLICATIONS & MATERIALS:
Suitable for professional use in mechanical manufacturing, aerospace, and related applications.
Designed for material processing: Thread cutting of mild steel, copper, aluminum, and similar soft materials.
Threading production: Durable construction supports use in low-speed manual or light-duty batch operations.
Precision threading: Suitable for thread repair and matching tasks.
Maintenance and repair: Functions in the workshop and on-site conditions for thread restoration.
√NOTE:
Cutting fluid is recommended during operation to reduce heat and extend tool life, especially when processing softer yet adhesive materials (such as copper). Maintain perpendicular alignment between tool and workpiece, using steady and moderate feed pressure for optimal thread forming.
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From $1.75
Original: $5.84
-70%M14 x 1mm Round Threading Die, Right Hand Threading Die Adjustable—
$5.84
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M14 x 1mm Round Threading Die, Right Hand Threading Die Adjustable
√FEATURES:
Made from alloy steel, providing hardness and durability suitable for cutting operations.
Round die design, intended for general threading tasks, applicable in maintenance and repair work.
Used for re-threading existing threads or creating new threads in softer materials.
Right-hand rotation design, fit with standard threading procedures.
Die size is etched on the surface for identification.
Adjustable design enables fine-tuning of threading precision, ensuring optimal performance across a range of tolerances and materials.
√APPLICATIONS & MATERIALS:
Suitable for professional use in mechanical manufacturing, aerospace, and related applications.
Designed for material processing: Thread cutting of mild steel, copper, aluminum, and similar soft materials.
Threading production: Durable construction supports use in low-speed manual or light-duty batch operations.
Precision threading: Suitable for thread repair and matching tasks.
Maintenance and repair: Functions in the workshop and on-site conditions for thread restoration.
√NOTE:
Cutting fluid is recommended during operation to reduce heat and extend tool life, especially when processing softer yet adhesive materials (such as copper). Maintain perpendicular alignment between tool and workpiece, using steady and moderate feed pressure for optimal thread forming.
Made from alloy steel, providing hardness and durability suitable for cutting operations.
Round die design, intended for general threading tasks, applicable in maintenance and repair work.
Used for re-threading existing threads or creating new threads in softer materials.
Right-hand rotation design, fit with standard threading procedures.
Die size is etched on the surface for identification.
Adjustable design enables fine-tuning of threading precision, ensuring optimal performance across a range of tolerances and materials.
√APPLICATIONS & MATERIALS:
Suitable for professional use in mechanical manufacturing, aerospace, and related applications.
Designed for material processing: Thread cutting of mild steel, copper, aluminum, and similar soft materials.
Threading production: Durable construction supports use in low-speed manual or light-duty batch operations.
Precision threading: Suitable for thread repair and matching tasks.
Maintenance and repair: Functions in the workshop and on-site conditions for thread restoration.
√NOTE:
Cutting fluid is recommended during operation to reduce heat and extend tool life, especially when processing softer yet adhesive materials (such as copper). Maintain perpendicular alignment between tool and workpiece, using steady and moderate feed pressure for optimal thread forming.
Product Information
Product Information
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Description
√FEATURES:
Made from alloy steel, providing hardness and durability suitable for cutting operations.
Round die design, intended for general threading tasks, applicable in maintenance and repair work.
Used for re-threading existing threads or creating new threads in softer materials.
Right-hand rotation design, fit with standard threading procedures.
Die size is etched on the surface for identification.
Adjustable design enables fine-tuning of threading precision, ensuring optimal performance across a range of tolerances and materials.
√APPLICATIONS & MATERIALS:
Suitable for professional use in mechanical manufacturing, aerospace, and related applications.
Designed for material processing: Thread cutting of mild steel, copper, aluminum, and similar soft materials.
Threading production: Durable construction supports use in low-speed manual or light-duty batch operations.
Precision threading: Suitable for thread repair and matching tasks.
Maintenance and repair: Functions in the workshop and on-site conditions for thread restoration.
√NOTE:
Cutting fluid is recommended during operation to reduce heat and extend tool life, especially when processing softer yet adhesive materials (such as copper). Maintain perpendicular alignment between tool and workpiece, using steady and moderate feed pressure for optimal thread forming.
Made from alloy steel, providing hardness and durability suitable for cutting operations.
Round die design, intended for general threading tasks, applicable in maintenance and repair work.
Used for re-threading existing threads or creating new threads in softer materials.
Right-hand rotation design, fit with standard threading procedures.
Die size is etched on the surface for identification.
Adjustable design enables fine-tuning of threading precision, ensuring optimal performance across a range of tolerances and materials.
√APPLICATIONS & MATERIALS:
Suitable for professional use in mechanical manufacturing, aerospace, and related applications.
Designed for material processing: Thread cutting of mild steel, copper, aluminum, and similar soft materials.
Threading production: Durable construction supports use in low-speed manual or light-duty batch operations.
Precision threading: Suitable for thread repair and matching tasks.
Maintenance and repair: Functions in the workshop and on-site conditions for thread restoration.
√NOTE:
Cutting fluid is recommended during operation to reduce heat and extend tool life, especially when processing softer yet adhesive materials (such as copper). Maintain perpendicular alignment between tool and workpiece, using steady and moderate feed pressure for optimal thread forming.
