Extended Tool Life 22NRBUT Oil Pip Threading Inserts for High-Accuracy Machining
Description
Carbide threading inserts are precision cutting tools used to create internal threads in materials like steel, stainless steel, aluminum, and plastics. Made from durable carbide with wear-resistant coatings, they ensure high accuracy, fast machining, and extended tool life. Fitted into tool holders, they provide efficient and reliable thread cutting.
Product Features
High-quality threading: Producing threads with tight tolerances and superior materials to ensure durability, reliability, and consistent performance.
Cost-effective: Optimizing threading processes to reduce material waste, labor time, and overall production costs without compromising quality.
Long tool life: Threading tools that resist wear, maintain sharpness, and perform reliably over extended periods—minimizing downtime and replacement costs.
Easy to use: Intuitive threading tools and methods that require minimal training, reducing setup time and operator errors.
High-precision threading: Threads machined to exact specifications using advanced tools and techniques, ensuring repeatable accuracy for critical applications.
Materials
The selection of thread cutting insert materials varies depending on the workpiece material to achieve better cutting performance.
Some optional Carbide Grade:
| Metal Grade |
performance and use |
|
MC1
|
MC1 exhibits exceptional matrix red hardness and remarkable toughness, making it ideally suited for processing with high-efficiency threading machines. Furthermore, it is perfectly compatible with the threading requirements of oil pipes, casings, and couplings that belong to medium steel grades and secondary high steel grades, encompassing materials like J55, K55, N80, L80.
|
| MC2 |
MC2 boasts high matrix strength, excellent red hardness, and good impact resistance. It is suitable for high-efficiency threading machine processing of medium to high steel grade oil pipes, casings, and coupling threads, such as N80 and P110.
|
| MC3 |
MC3 boasts good overall mechanical properties in its matrix, along with stable cutting performance. It is suitable for high-efficiency threading machine processing of oil pipes, casings, and coupling threads that belong to low, medium, and secondary high steel grades, such as H40, J55, M65, C75, N80, and similar specifications.
|
| P35 |
P35 utilizes a matrix with high strength and excellent red hardness, making it suitable for processing the threads of drill pipes, oil drilling collars, sucker rods, and other related equipment.
|
| YT15 |
Depending on the specific application, it can be coated or uncoated, and possesses good red hardness and toughness. It is suitable for use in the manufacturing of specialized chip breakers for thread cutting combs and other cutting tools.
|
| S Material |
Exhibits excellent wear resistance and high-temperature red hardness, making it suitable for the internal threading of medium to high alloy steels.
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For over 30 years, Minjiang has been a trusted partner in the industry, renowned for reliability and excellence. Our passion for quality and innovation sets us apart, backed by a team of experts dedicated to delivering tailored solutions for every client’s unique needs.Committed to superior performance, we leverage cutting-edge technology and sustainable materials to maximize efficiency and impact. Beyond products, we pride ourselves on exceptional customer service—ensuring a seamless, hassle-free experience at every step.With Minjiang, you can always expect top-tier quality, unmatched dependability, and service you can rely on.
FAQ
1. Q: Do you offer customized products?
A: Yes, we often make customized products.
2. Q: Do you provide free samples?
A: We can provide free samples, but do not undertake the freight cost.
3. Q: What is the benefit of using Carbide Threading Inserts?
A: Carbide Threading Inserts offer several benefits over traditional threading methods. They are highly precise, provide a superior surface finish, and are capable of producing high thread accuracy with minimal tool wear. Carbide Threading Inserts also require less torque and power to produce threads, reducing cutting time and costs.
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