CNGN120416 BKU203

Name: CNGN120416 BKU203
Brand: SHREE JAGDISH ENTERPRISES
Price: 500.0 INR
Availability: InStock

Price 500.0 INR/ Piece

Get a Price/Quote

MOQ : 30 Pieces

CNGN120416 BKU203 Specification

Capacity
General purpose for moderate workloads

Finish
Smooth industrial finish

Surface Treatment
CVD Coated

Load Capacity
Industrial machining loads

Grade
BKU203

Corrosion Resistant
Yes (coating provides resistance)

Shape
Square (Double-sided)

Standard
ISO

Diameter
12 mm (Insert size: 12x12 mm nominal cubic dimension)

Thickness
4.76 mm

Feature
High wear resistance, long tool life

Drive Type
Insert; no drive

Hardness
HV 1700-2000

Material
carbide

Tolerance
0.05 mm

Application
Turning, CNC machining

Packing Size
10 inserts/box

Usage
Finishing and medium roughing

Insert Type
CNGN (without chipbreaker, negative geometry)

Color
Grey with coat marking

Industry
Metalworking, manufacturing

Corner Radius
1.6 mm

Compatibility
Fits standard ISO toolholders for CNGN1204 inserts

Cutting Direction
Neutral

Number of Cutting Edges
4

CNGN120416 BKU203 About

Discover the CNGN120416 BKU203 carbide insert, lauded for its favorable reviews and breathtaking performance in industrial machining. This valiant square insert, with a neutral cutting direction and four precise edges, is engineered for finishing and medium roughing tasks in metalworking and manufacturing. Its smooth, corrosion-resistant CVD coating ensures high wear resistance, while the 1.6 mm corner radius offers terrific finishing results. Procure your last chance to secure this versatile, ISO-standard insert-compatible with standard ISO toolholders-in a convenient pack of 10, perfect for general-purpose and moderate workloads.

Application Versatility: Elevate Your Metalworking

CNGN120416 BKU203 inserts are designed for outstanding performance in turning and CNC machining, especially for finishing and medium roughing applications. Perfect for use in automotive, aerospace, and general manufacturing sectors, these inserts seamlessly fit standard ISO toolholders, making them a preferred choice for workshops and production lines. Smooth industrial finishes and robust wear resistance guarantee reliable operation in moderate workload environments, ensuring your metalworking tasks achieve valiant results every time.

Shipping Excellence and Certifications: Secure and Trusted Delivery

Each box of CNGN120416 BKU203 is handed over via secure shipping channels, ensuring safe arrival at your doorstep or designated FOB port. Certified under stringent ISO standards, every insert upholds the highest manufacturing benchmarks. Clients can request samples under our transparent sample policy, with sale prices offered on initial orders. Trust in reliable logistics and professional documentation for each shipment, providing you peace of mind while you procure industry-leading carbide inserts.

FAQ's of CNGN120416 BKU203:

Q: What makes the CNGN120416 BKU203 suitable for finishing and medium roughing?

A: The CNGN120416 BKU203 features a smooth industrial finish, neutral cutting direction, and four precise edges, making it ideal for both finishing and medium roughing processes in metalworking and manufacturing.

Q: How does the insert's CVD coating benefit its performance?

A: The CVD coating provides high wear and corrosion resistance, enhancing tool life and maintaining cutting performance even under challenging machining conditions.

Q: Where can CNGN120416 BKU203 inserts be used most effectively?

A: These inserts excel in turning and CNC machining operations across various industries, including automotive, aerospace, and general manufacturing that require finishing and moderate material removal.

Q: What is the process for procuring samples of CNGN120416 BKU203?

A: Clients can request product samples as part of our sample policy. Once the sample request is approved, the inserts are handed over for secure shipping, ensuring safe and prompt delivery.

Q: When should you replace the insert during operations?

A: Replace the insert when you notice signs of wear, reduced cutting efficiency, or compromised finish quality to maintain optimal machining performance.