16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED

16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED Specification

Tool Type
Carbide Ballnose End Mill

Coating Type
Nano Coated

Cutting Force
High

Cutting Capacity
For hard materials up to 65 HRC

Shape
Ball Nose

Coating
Blue Nano Coating

Features
Wear Resistant, Long Life

Length
150 mm overall

Operation Type
CNC compatible

Material
Solid Carbide

Drill Bits Types
End Mill

Cutting Speed
High Speed

Cutter Type
2 Flute Ballnose

Operate Method
Automatic

Cutting Accuracy
High Precision

Machine Type
CNC Milling Machine

Hardness
65 HRC

Diameter
16MM

Processing Type
Finishing, Semi-Finishing

End Type
Ball Nose End

Heat Resistance
Excellent

Applications
Mold, Die, Alloy Steel

Surface Finish
Polished

Cutting Length
50 mm

Number of Flutes
2

Chip Evacuation
Efficient

Tool Life
Extended

Shank Diameter
16MM

Tolerance
High precision

Color
Silver/Blue

16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About 16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED

Experience the eminent performance of our special 16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED carbide end mill. This best-seller delivers unassailable results in machining hardened materials, with a noble blue nano coating that delivers superior heat resistance and durability. Engineered for high precision and efficiency, its polished surface and high tolerance guarantee reliable, extended tool life. Designed for CNC machining of molds, dies, and alloy steel, its two-flute, ball nose construction ensures adept chip evacuation and high-speed operation. Purchase today from a leading exporter and supplier in India.

High-Performance Applications and Competitive Edge

The 16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED tool excels on a range of application surfaces, including hardened steel up to 65 HRC. With its universal, general-use design and high precision, it delivers finely finished results in both finishing and semi-finishing operations. The advanced nano coating provides a competitive advantage by offering excellent wear resistance, efficient chip evacuation, and extended cutter life, making it ideal for demanding machining environments.

Domestic Supply, Packaging, and Certification Assurance

Our 16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED product is always stock ready for prompt handover within India's main domestic market. Each unit is packaged securely to ensure safe shipping and delivery. Certified for quality and performance, our products provide peace of mind throughout the supply chain. Whether you are an importer, wholesaler, or trader, trust our reliable exporting process and dedicated support for seamless transactions.

FAQ's of 16x150 2FLUTE BALLNOSE BLUE 65HRC NANO COATED:

Q: How does the nano coating benefit the tool's performance?

A: The blue nano coating on the 16x150 2FLUTE BALLNOSE significantly enhances wear resistance, heat tolerance, and overall tool life, ensuring prolonged precision even when cutting hardened materials.

Q: What materials and applications is this tool specifically designed for?

A: This carbide ballnose end mill is optimized for machining molds, dies, and alloy steel materials up to 65 HRC, making it perfect for use in finishing and semi-finishing processes on CNC milling machines.

Q: When can I expect delivery for domestic orders within India?

A: Stock is ready and available for prompt handover, with secure packaging and swift shipping ensuring timely delivery throughout India's main domestic markets.

Q: Where is the tool commonly used in the industry?

A: It finds eminent use in mold and die manufacturing, alloy steel processing, and high-precision CNC milling operations requiring exceptional surface finishes and efficiency.

Q: What packaging and certification standards are followed for this product?

A: Each tool is packaged in secure, protective containers and adheres to industry certifications for quality assurance, maintaining product integrity during shipping and handling.

Q: How does efficient chip evacuation contribute to the tool's extended life?

A: Efficient chip evacuation reduces heat build-up and prevents tool clogging, resulting in smoother operation, less wear, and a notably longer tool lifespan.

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