Amony 11ER/16ER/16IR A55 ACME External/Internal API Threading Carbide Insert 1.50 ISO AG55/AG60 CNC Turning Inserts Tools
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- Supplier: Dongguan Harmonie Cutting Tools Co. ltd.
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Product Overview
Description
Product Overview
Carbide Threading Insert
A carbide threading insert is a small, durable cutting tool used in machining operations to create threads on various materials. It is made from carbide, a strong and heat-resistant material, which allows for high-speed cutting and extended tool life.
The threading insert features sharp, precision-ground cutting edges that effectively remove material to form threads of different sizes and pitches. It is commonly used in lathes, milling machines, and other metalworking equipment to produce accurate and reliable threaded components for various applications.
The threading insert features sharp, precision-ground cutting edges that effectively remove material to form threads of different sizes and pitches. It is commonly used in lathes, milling machines, and other metalworking equipment to produce accurate and reliable threaded components for various applications.
Due to the wide variety of specifications for CNC Inserts, we are unable to display them all here.
If you require other specifications or models, please contact our customer service.
PRODUCT SPECIFICATIONS
Product Name | carbide threading insert |
Brand | Amony |
Place of Origin | CHINA |
Workpiece | Steel/Stainless steel/IRON |
Usage | TurningTool |
MOQ | 10 Pieces |
Delivery Time | sample order 1-3 days, big order 3-15 days |
Details Images
Precision threading
These inserts are designed specifically for threading applications, ensuring precise and accurate thread formation on various materials.
Versatility
Carbide thread turning inserts can be used on a wide range of materials, including steel, stainless steel, cast iron, and non-ferrous metals, making them suitable for various industries and applications.
Compatibility with various threading systems
These inserts are available in different sizes and configurations to fit different threading systems, such as ISO, UN, ACME, and metric threads.
Specifications
Product Packaging
Company Profile
What are the two types of threading inserts?
Threading inserts are replaceable cutting inserts that are used to create internal or external threads. There are two types of threading inserts: full profile and partial profile.
Full profile inserts produce specific thread types, such as round, Whitworth, or Acme threads. They have a complete profile that matches the shape of the thread. They are suitable for high precision and quality thread cutting.
Partial profile inserts produce various thread types, such as metric, unified, or pipe threads. They have a partial profile that covers only the top and bottom of the thread. They are suitable for general purpose and versatile thread cutting.
Full profile inserts produce specific thread types, such as round, Whitworth, or Acme threads. They have a complete profile that matches the shape of the thread. They are suitable for high precision and quality thread cutting.
Partial profile inserts produce various thread types, such as metric, unified, or pipe threads. They have a partial profile that covers only the top and bottom of the thread. They are suitable for general purpose and versatile thread cutting.
How do I know if my insert is carbide?
There are a few ways to tell if your insert is carbide or not. One way is to look at the identification code engraved on the insert, which follows the Turning Tool ISO code system. This code consists of several letters and numbers, each representing a specific aspect of the insert, such as shape, clearance angle, tolerance, etc. The insert material is indicated by the last letter of the code, which can be one of the following:
• P: for steel and cast iron
• M: for stainless steel
• K: for cast iron
• N: for non-ferrous metals
• S: for heat-resistant alloys
• H: for hardened materials
• C: for carbide
So, if your insert has a C at the end of the code, it means it is made of carbide. For example, the code CNMG 120408 C means the insert is a rhombic shape, negative rake angle, 0° clearance angle, M tolerance class, 12 mm cutting edge length, 4.76 mm thickness, 0.8 mm nose radius, and carbide material.
Another way to tell if your insert is carbide is to use a needle file and drag it over the insert surface. If the file does not "bite" but just slides over the surface, it means the insert is carbide, because carbide is harder than the file. If the file digs into the surface, it means the insert is not carbide, but some other material, such as steel or ceramic.
• P: for steel and cast iron
• M: for stainless steel
• K: for cast iron
• N: for non-ferrous metals
• S: for heat-resistant alloys
• H: for hardened materials
• C: for carbide
So, if your insert has a C at the end of the code, it means it is made of carbide. For example, the code CNMG 120408 C means the insert is a rhombic shape, negative rake angle, 0° clearance angle, M tolerance class, 12 mm cutting edge length, 4.76 mm thickness, 0.8 mm nose radius, and carbide material.
Another way to tell if your insert is carbide is to use a needle file and drag it over the insert surface. If the file does not "bite" but just slides over the surface, it means the insert is carbide, because carbide is harder than the file. If the file digs into the surface, it means the insert is not carbide, but some other material, such as steel or ceramic.
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