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Indexable Carbide Inserts
150 INR/Number
Product Details:
- Corrosion Resistant Yes
- Shape Triangular
- Diameter 16 mm (typical)
- Capacity Optimized for medium to heavy cutting
- Feature Wear Resistant, High Durability, Reversible
- Finish Coated Finish
- Standard ISO 1832
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Indexable Carbide Inserts Price And Quantity
- 100 Number
- 150 INR/Number
Indexable Carbide Inserts Product Specifications
- Wear Resistant, High Durability, Reversible
- 0.05 mm
- Coated Finish
- Optimized for medium to heavy cutting
- 16 mm (typical)
- Yes
- Triangular
- carbide
- Gold PVD/ CVD Coating
- Industrial grade
- 89-93 HRA
- Turning, Boring, Facing, Grooving, Cutting, CNC Machining
- Carbide PVD/ CVD Coated
- ISO 1832
- 3.18 mm (typical)
- Up to 950C
- TiN (Titanium Nitride) / Al2O3 / TiCN Options
- Yes-Indexable for Multiple Use
- Plastic Box / Blister Pack
- Suitable for High-Precision Applications
- ISO Turning Tool Holders
- Three Cutting Edges per Insert
- Gold
- Indexable, Replaceable
- Integrated Chip Breaker Geometry
Product Description
Our provided Indexable Carbide Inserts are perfect for machining alloys, cast iron and steel with a better surface finish. These inserts allow faster finishing, cutting and shaping of metals. These inserts are capable of withstanding extreme heat and force conditions. Also, these inserts are easily replaceable when damaged. Designed with a hole at the center, these inserts are manufactured in triangle shape using hardest material by incorporating cutting edge techniques. The offered inserts are resistant to abrasion and corrosion. You can get these Indexable Carbide Inserts from us in several sizes, finishes and designs.
Exceptional Cutting Performance
Designed with integrated chip breaker geometry and three cutting edges, our inserts deliver outstanding chip control and superior cutting efficiency for a wide range of machining operations. Precision-ground tolerances (0.05 mm) ensure consistent, high-quality results in industrial settings.
Advanced Coating Options for Durability
Customers can choose from TiN, Al2O3, or TiCN coatings, each providing robust resistance to wear, oxidation, and corrosion, thus greatly extending the operational lifespan of every insert even under extreme temperatures up to 950C.
Versatile Compatibility and Easy Replacement
Compatible with ISO turning tool holders, these inserts are indexable and reversible, allowing for simple, swift replacement and maximizing tool utilization. Their durable gold PVD/CVD surface finish further enhances longevity and aesthetic appeal.
FAQ's of Indexable Carbide Inserts:
Q: How do I replace these indexable carbide inserts in my ISO turning tool holder?
A: Replacing the insert is straightforward: unlock your ISO-compatible tool holder, remove the used insert, and securely position the new insert into place, ensuring the cutting edge aligns correctly. This process maintains consistent performance with minimal downtime due to the indexable design.Q: What are the benefits of the TiN, Al2O3, and TiCN coatings on these inserts?
A: The TiN, Al2O3, and TiCN coatings significantly enhance the inserts' durability by providing exceptional resistance to wear, heat, and corrosion. This results in longer tool life, improved surface finish on machined parts, and stable performance even at elevated temperatures.Q: When should I use the integrated three-edge inserts versus single-edge alternatives?
A: Three-edge inserts are ideal for medium to heavy-duty cutting applications where both tool life and cost efficiency are priorities. Their design allows you to use multiple cutting edges sequentially, reducing replacement frequency and ensuring optimal machining outcomes.Q: Where can these carbide inserts be effectively used?
A: These inserts are suitable for industrial CNC machinery, including applications like turning, boring, facing, grooving, and cutting. Their compatibility with standard ISO tool holders makes them especially useful in production environments where high precision and durability are required.Q: What processes benefit most from the chip breaker geometry?
A: Operations such as continuous turning, facing, and grooving benefit greatly from the integrated chip breaker. It ensures efficient chip fragmentation, which prevents chip entanglement, improves workplace safety, and enhances the machined surface's finish.Q: What makes these inserts suitable for high-precision applications?
A: With a tight dimensional tolerance of 0.05 mm and a surface hardness of 89-93 HRA, these inserts provide consistent, accurate cuts. The precision manufacturing and advanced coatings deliver stable tool performance required for demanding, high-precision jobs.Tell us about your requirement
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