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Carbide INSERTS

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MOQ : 10 Pieces

Carbide INSERTS Specification

Features
Wear Resistant, High Toughness, Replaceable

Shape
Triangular | Square | Diamond | Round (Varies by application)

Operate Method
Clamp and Lock, Replaceable

Coating
TiN | TiAlN | Al2O3

Tool Type
Industrial Cutting Tool

Cutter Type
Indexable Insert

Material
Tungsten Carbide

Length
Standard insert size; varies by type (e.g., 12 mm, 16 mm, 19 mm)

Hardness
92-94 HRA (after coating)

Cutting Capacity
Varies with insert size and machine capability

Cutting Accuracy
High precision (up to 0.01 mm)

Drill Bits Types
Carbide Inserts

Coating Type
CVD Coated, PVD Coated, or Uncoated

Machine Type
CNC Lathe, CNC Milling Machine

Cutting Speed
Up to 300 m/min (depending on material & application)

Operation Type
External & Internal Turning, Facing, Grooving, Threading

Cutting Force
High (suitable for heavy machining)

Diameter
Typically 8 mm to 20 mm (varies per insert design)

Maximum Torque
Dependent on application and tool holder

Processing Type
CNC Turning, Milling, and Boring

Color
Metallic Gold, Black, Silver, or Multicolor (as per coating)

Temperature Resistance
Up to 900C (dependent on coating and material)

Application
Steel, Stainless Steel, Cast Iron, Non-ferrous metals

Mounting System
Screw-on or Clamp-on

Edge Preparation
Sharp, Honed, or Chamfered

Replacement
Quick-change, indexable design for minimal downtime

Tolerance
Class G/GG per ISO 1832

ISO Code
TNMG, CNMG, SNMG, etc. (as per insert geometry)

Chipbreaker Style
Various (M, F, G types, etc.)

About Carbide INSERTS

Buy premier Carbide INSERTS-an excellent solution for CNC turning, milling, and boring with ISO codes like TNMG, CNMG, SNMG, and more. These sought-after inserts, crafted from tough tungsten carbide, are available in various shapes (triangular, square, diamond, round) and coatings (TiN, TiAlN, Al2O3). Able to withstand temperatures up to 900C, they deliver high cutting accuracy (up to 0.01 mm) and impressive hardness (92-94 HRA). Benefit from a quick-change, indexable design, ideal for steel, stainless steel, cast iron, and non-ferrous materials. Try now for enhanced productivity and minimal downtime! Purchase today for excellent machining results.

Application Sites and Advantages of Carbide Inserts

Carbide INSERTS excel in demanding CNC machine applications, including turning, facing, grooving, threading, and boring, whether internally or externally. Used extensively in processing steel, stainless steel, cast iron, and non-ferrous metals, these inserts feature edge preparations (sharp, honed, chamfered) and versatile chipbreaker styles. Their robust design ensures high cutting force, substantial wear resistance, and quick replacement, providing machinists productivity advantages and flexibility as they switch operations seamlessly. These features make them highly sought-after in heavy industrial environments.

Certifications, Domestic Markets, and Shipping Information

Our Carbide INSERTS comply with international standards like ISO 1832 (G/GG tolerance class), assuring superior quality for every purchase. With logistics streamlined for efficiency, your purchase order can be shipped promptly from major FOB ports. We're a trusted exporter and supplier to main domestic markets across India, ensuring timely delivery and excellent support. Whether you're a trader, end user, or distributor, these inserts are reliably shipped using robust processes, bolstering your operations with consistent supply and certified products.

FAQ's of Carbide INSERTS:

Q: How do I select the correct Carbide INSERT for my CNC application?

A: Begin by evaluating your material (steel, stainless steel, cast iron, non-ferrous), geometry requirements (TNMG, CNMG, SNMG, etc.), insert shape, and chipbreaker style. Consider the desired edge preparation and ensure compatibility with your mounting system. Consult your machine's specifications for tolerance and size.

Q: What are the main benefits of using CVD or PVD coated Carbide INSERTS?

A: CVD and PVD coatings enhance wear resistance, extend insert life, and increase cutting speed. Coatings like TiN, TiAlN, and Al2O3 enable higher temperature operation, reduce friction, and provide stable performance during heavy-duty machining.

Q: How does the quick-change, indexable design minimize downtime in machining?

A: The indexable and quick-change design allows operators to rapidly swap out worn inserts without removing the entire tool holder, significantly minimizing downtime and maintaining high productivity during extended machining cycles.

Q: When should Carbide INSERTS be replaced?

A: Replace Carbide INSERTS when you observe decreased cutting accuracy, visible wear, chipping, or when the tool life recommended by the manufacturer is reached. Frequent inspection ensures consistent part quality and optimal machining operation.

Q: Where can Carbide INSERTS be used most effectively?

A: They are most effective in high-precision CNC turning, milling, and boring applications on steel, stainless steel, cast iron, and non-ferrous metals in heavy industrial settings, automotive factories, and component manufacturing plants.

Q: What certifications ensure the quality of these Carbide INSERTS?

A: Our Carbide INSERTS adhere to ISO 1832 standards, providing assurance of internationally recognized quality, strict manufacturing tolerances, and reliability for diverse machining environments.