Indexable Threading Inserts-manufacture,factory,supplier from China

Description：1. Trapezoidal threading inserts are made of high-quality carbide with excellent wear resistance, ensuring long-term reliability in various machining applications.2. Indexable threading inserts with a versatile pitch range of 1.5 mm to 6.0 mm, they can meet various machining needs.3.

Description：1. Material: Threading inserts are made of carbide, suitable for non-ferrous metals, high-temperature alloys and titanium alloys.2. Structural type: integral and indexable inserts.3. Thread profile: including full profile and wiper profile.4. Applicable materials: CNC threading insert is suitable for steel, stainless steel, cast iron, hard materials, high-temperature alloys, etc.5. Cutting direction: right-hand tool.6.

Description：1.ISO metric thread inserts are the gold standard for threading, designed to ISO specifications for high precision and reliability.2.ISO inserts are available in two types: external and internal, to meet different threading needs.3.ISO threaded inserts are available in right-hand (R) and left-hand (L) directions, ensuring compatibility with a variety of threading directions.4.Threading inserts are versatile and can handle 60° universal threads and ISO metric threads, making them a must-have in industries such as machinery and automotive.Specification：BrandIRON ROOTHa

Description：1. CCMT inserts feature a single-sided 80° design for superior cutting performance.2. Indexable turning inserts have a positive rake angle and cutting edge sizes of 6 mm, 9 mm, and 12 mm, making them flexible for semi-finishing and finishing of a wide range of materials.3.

   WPMT indexable milling inserts are designed for versatility and efficiency in milling operations. They offer a range of features that make them ideal for a variety of materials, including steel and stainless steel. These inserts are known for their ability to enhance tool life and performance, ensuring reliable and consistent results even when machining hard materials. With a sharp cutting edge and advanced coatings like TiAlN PVD for heat and wear resistance, WPMT inserts deliver high feed rates and smooth chip evacuation.

     APMT indexable carbide inserts are widely used for square shoulder endmilling and facemilling applications, featuring two cutting edges for smooth free cutting action. They come in various geometries for different machining requirements, such as light cutting with lowest cutting forces (PL), medium machining with broad application range (PM), roughing with highest edge security (PR), and high positive geometry for non-ferrous materials (AL).

   The SNMX Indexable Milling Inserts from Korloy are known for their versatility and durability in various milling operations. These inserts feature a square shape and four cutting edges, which not only provide a balance of durability but also precision in cutting. The robust tungsten carbide material ensures excellent longevity and wear resistance, suitable for a wide range of materials including steel, stainless steel, cast iron, and non-ferrous metals.

TNMG16 indexable carbide inserts are 60° triangular inserts designed for versatile turning applications. They feature a negative rake angle suitable for a wide range of materials, including stainless steel and steel alloys. The TNMG16 size indicates a 16mm inscribed circle diameter, offering a balance between strength and precision for both roughing and finishing operations. These inserts are known for their advanced coatings like PVD TiAlN, which enhance wear resistance and extend tool life, especially when tackling hard-to-machine materials.

1. TGF32 grooving inserts are indexable carbide inserts that are mainly used for shallow grooving on CNC lathes. The grooving insert is particularly suitable for machining steel, stainless steel and cast iron materials.2.

1. Material: Face grooving inserts are made of strong carbide for excellent durability and wear resistance. 2. Versatile Model Range: These inserts are available in a wide range of models to suit different turning needs. 3. PVD and CVD Coatings: Indexable inserts are available in both CVD and PVD coatings for excellent heat and friction resistance. 4.Wide Workpiece Compatibility: SP grooving inserts are suitable for a wide range of turning applications.

TNMG 331 carbide indexable inserts are triangular-shaped with a negative rake angle, designed for versatile turning applications. They feature an inscribed circle diameter (IC) of 3/8" (9.525 mm), a cutting edge length (L) of 0.65" (16.5 mm), and a thickness (S) of 3/16" (4.76 mm)。 These inserts offer up to six cutting edges and are secured via a cylindrical fixing hole, suitable for a variety of materials including steel, stainless steel, and cast iron.

DCMT 3(2.5)1 indexable carbide lathe tools are designed for versatility in metalworking, featuring a 55° rhombic shape with a 7° positive rake angle. These inserts are suitable for a range of materials, including stainless steel and steel alloys. They offer two effective cutting edges and are secured via a cylindrical fixing hole with a countersink on one side. The DCMT 3(2.5)1 size indicates an edge length of 3/8", a thickness of 5/32", and a corner radius of 1/64".

The SP 3D Indexable U Drill is a revolutionary tool designed to enhance the drilling process with its innovative features and superior performance. This advanced U Drill is crafted from high-quality H13 steel, renowned for its excellent wear resistance and ability to withstand hot cracking, ensuring a long service life even under the most demanding conditions.One of the standout features of the Indexable U Drill is the widened chip removal slot, which effectively prevents chip accumulation, a common issue that can hinder drilling efficiency.

Description:1.BSPT thread inserts are made of durable carbide, which is wear-resistant and sharp for efficient threading.2.Thread insert features a refined nano-matrix for increased stability and a high-energy coating that increases hardness, reduces friction, and resists high-temperature oxidation.3.The versatility and impact-resistant design of pipe thread inserts ensure smooth chip breaking and long insert life, making them an affordable choice for a variety of workpieces.Specification：BrandIRON ROOTHand DirectionRight HandInsert Size11mm,16mmMaterialCemented carbideThread Ty

CCMT0602 lathe turning tools indexable carbide inserts are 80° diamond shaped with a 7° positive rake angle, suitable for a variety of materials including steel, stainless steel, and cast iron. These inserts are designed for precision turning operations and offer multiple cutting edges for extended tool life. Known for their versatility and efficiency, CCMT0602 inserts provide excellent surface finish and chip control, making them ideal for both roughing and finishing applications.

SP 2D indexable insert drill specifications:1. Indexable carbide U drill CNC drilling tools can be matched with SPMG SPMT drill inserts.2. Drilling depth: 2D.3. Indexable insert drills can be used on CNC lathes and ordinary lathes.4. Indexable drill spare parts are made of high-quality steel, and the screw hardness is 12.9.5. The indexable insert drill uses a 0.02mm feeler gauge to ensure a tight connection between the blade and the tool.Features of SP 2D indexable insert drill:1.

Description：1. NPT thread insert is a conical thread with a thread angle of 60°.2. There are many types of 60° NPT thread inserts, including indexable inserts, which can be used to process internal and external threads with low cost and long service life.3.

5D WCMX U Drill can Drill Oblique Holes and is MultifunctionalThe WCMX U drill is a indexable drill that can drill inclined holes up to 30 degrees without altering cutting parameters. It also enables intermittent cutting for complex hole patterns when parameters are reduced by 30%. The WC 5D U drill is a versatile tool for drilling, boring, chamfering, and eccentric drilling, with an internal cooling system for efficient chip removal.

SPMG Indexable U drill insert is designed for versatile drilling applications across a range of materials including steel, stainless steel, cast iron, and non-ferrous metals. These inserts offer four usable cutting edges, which reduce costs, and are compatible with various holder sizes from 2xD to 4xD.

The SRGCR Indexable Carbide Insert Holder is designed for versatile machining applications on CNC lathes. It features a robust construction with high-speed steel and accommodates a range of carbide inserts for precision cutting. This tool holder is known for its durability, wear resistance, and high cost-performance ratio. It's suitable for machining stainless steel and other hard materials, offering excellent chip control and surface finish.

    This cutting tool is crafted from microcrystalline carbide, which has been optimized for superior wear resistance and toughness. It is further enhanced by a nanocrystalline TiALSiN coating that offers high bonding strength.

Description：1. Fast feed milling inserts are double-sided groove design, 4 cutting edges with high cutting strength, suitable for high-speed and high-feed cutting, greatly improving work efficiency.2. Mill inserts can adapt to different working conditions. Flat surface processing, step surface processing, mold profiling processing.3.

The MCFNR Indexable External Turning Tool Holder is designed for secure and precise turning operations on CNC lathes. It features a negative rake clamp and locking pin mechanism for reliable insert retention. Compatible with a range of CNMG style inserts, this tool holder is ideal for various materials, ensuring high precision and efficient machining. It offers easy indexability, reducing downtime, and enhancing productivity.

The SCGCR Indexable External Turning Tool Holder is a high-strength and stable tool designed for precision external turning on CNC lathes. It features a screw clamping system for secure insert retention and is compatible with a range of CCGT inserts, offering versatility in various machining applications. This tool holder is manufactured from high-quality steel, ensuring minimized vibrations and heat treatment for increased hardness and strength. It provides strong shock resistance, stable machining, and high efficiency.