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CARBIDE INSERT

Name: CARBIDE INSERT
Brand: IZON ENGINEERING
Price: 150.0 INR
Availability: InStock

Price 150.0 INR/ Number

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CARBIDE INSERT Specification

Usage
Machining

Size
ISO

Height
5-10 mm Millimeter (mm)

Product Type
CARBIDE

Color
STANDARD

Length
10-30 mm Millimeter (mm)

Width
10-30 mm Millimeter (mm)

CARBIDE INSERT Trade Information

Minimum Order Quantity
10 Number

Delivery Time
3 Days

About CARBIDE INSERT

We are engaged in offering a premium quality Carbide Cutting Insert, designed for high-performance machining applications. Manufactured using superior grade tungsten carbide and advanced coating technology, these inserts ensure excellent wear resistance, high hardness, and consistent cutting performance.

Our carbide inserts are widely used for turning, milling, boring, and facing operations across industries such as automotive, engineering, die & mold, aerospace, and general machining. They deliver longer tool life, improved surface finish, and stable performance even under high speed and heavy cutting conditions.

Key Features:

High wear and heat resistance
Excellent edge strength and toughness
Precise dimensions for accurate machining
Superior chip control and surface finish
Suitable for high-speed and heavy-duty cutting

Specifications:

Material: Tungsten Carbide
Grade: PVD / CVD Coated (As per requirement)
Application: Turning / Milling / Boring
Work Material: Steel, Stainless Steel, Cast Iron, Alloy Steel
Shape & Size: As per ISO standard / Customer requirement

Why Choose Our Carbide Inserts?

Cost-effective with longer tool life
Consistent quality and performance
Available in multiple grades and geometries
Timely delivery and competitive pricing

Packaging: Safe industrial packing
Supply Ability: Bulk quantity available

Precision Engineering for Consistent Results

Manufactured to strict ISO specifications, these carbide inserts provide exceptional accuracy and repeatability in machining operations. Their precision engineering allows users to rely on uniform dimensions and performance, ensuring seamless integration with compatible toolholders and machinery.

Enhanced Durability and Cost Efficiency

The robust carbide material extends operational life by offering excellent hardness and resistance to wear, even under high-speed cutting conditions. This reduction in tool replacement frequency translates to lower operational costs and increased productivity for workshops and factories.

FAQ's of CARBIDE INSERT:

Q: How are carbide inserts typically used in machining operations?

A: Carbide inserts are installed into compatible toolholders and used in lathes or milling machines to perform cutting, shaping, or finishing of metal workpieces, offering efficient material removal and smooth surface finishes.

Q: What benefits do carbide inserts of size 10-30 mm offer for industrial machining?

A: Inserts within this size range are versatile, covering various machining needs while providing stable performance and extended tool life. Their standardized dimensions make them suitable for numerous ISO-compliant applications.

Q: When should I replace a carbide insert during machining processes?

A: You should replace a carbide insert when visible signs of wear, chipping, or dullness are observed, or when machining quality diminishes, to maintain precision and avoid damaging the workpiece or machine.

Q: Where can I source ISO standard carbide inserts in India?

A: You can purchase these carbide inserts from authorized suppliers and traders throughout India, many of whom offer product catalogs and technical support for selection and purchase.

Q: What is the process for installing a carbide insert in a toolholder?

A: Install the insert by securely placing it into the designated slot on the toolholder and fastening it with screws or clamps as specified by the manufacturer, ensuring proper alignment for optimal cutting performance.

Q: Which industries benefit the most from using these standard carbide inserts?

A: Industries such as automotive manufacturing, aerospace, general engineering, and metal fabrication benefit greatly due to improved machining efficiency, reduced downtime, and consistent surface finish quality.

Q: How does using a standard color and size help in machining processes?

A: Standardized color and size simplify identification, tool management, and inventory tracking, helping machinists quickly select the right insert for each job, while ensuring compatibility with multiple machines and setups.

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