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CNMA Carbide Insert

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MOQ : 100 Kilograms

CNMA Carbide Insert Specification

Corrosion Resistant
Moderate to High

Surface Treatment
Uncoated / Black finish

Head Type
Flat

Thickness
Standard thickness, varies by insert size (typically 3.18 mm, 4.76 mm, etc.)

Tensile Strength
High (inherent to carbide material)

Grade
Carbide (Cemented Carbide)

Feature
Reversible, four cutting edges

Shape
Square (Diamond / Rhombic) with 80 corner angle

Hardness
Approx. 89-93 HRA

Diameter
Standard insert inner hole, typically 3.18 mm to 5.16 mm

Finish
Smooth black

Standard
ISO CNMA

Load Capacity
Suitable for industry-standard turning loads

Fasteners Type
Insert (not a fastener)

Material
carbide

Tolerance
General ISO tolerance for carbide inserts

Application
Turning, facing on steel and cast iron

Relief Angle
0 (Neutral)

Compatible Tool Holder
CNM tool holders

Suitable Workpiece Materials
Steel, cast iron, non-ferrous metals

Weight
Typically a few grams, varies by size

Edge Preparation
Ground edges

Number of Cutting Edges
4

Chipbreaker
None (Flat insert)

ISO Code
CNMA

Insert Hole Type
Central hole for clamping

Color
Black

Insert Type
Negative insert

CNMA Carbide Insert Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Kilograms Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About CNMA Carbide Insert

Experience transcendent machining performance with the CNMA Carbide Insert-engineered for top-tier turning and facing in steel, cast iron, and non-ferrous metals. This special negative insert features a commanding square (diamond/rhombic) profile, offering four reversible cutting edges for exceptional value. The ground edges and smooth, uncoated black finish deliver advanced surface quality, while the central clamping hole ensures secure installation. With high tensile strength and moderate to high corrosion resistance, this ISO-standard insert excels in demanding environments. Ideal for retailers, suppliers, traders, and wholesalers across India.

Special Features & Applications of CNMA Carbide Insert

The CNMA Carbide Insert is designed for commanding performance in industrial turning and facing applications. Suitable for a variety of workpiece materials like steel, cast iron, and non-ferrous metals, it is the top choice for machinists seeking reliability and longevity. Its special reversible design offers four cutting edges, while ground-edge preparation provides a smooth finish-ensuring precision and extended usability in any advanced manufacturing setup.

Valuation, Packing & Dispatch for CNMA Carbide Insert

Each CNMA Carbide Insert is meticulously packed to preserve its quality until delivery. Our FOB ports in India ensure prompt and cost-effective international shipments. Typical delivery time ranges from advance purchase processing to swift dispatch, supported by certifications for product authenticity and quality. We prioritize accurate valuation and careful handling, so your orders arrive intact and ready for high-precision machining tasks.

FAQ's of CNMA Carbide Insert:

Q: How is the CNMA Carbide Insert installed in a tool holder?

A: The CNMA Carbide Insert has a central hole specifically designed for clamping with CNM tool holders, ensuring secure and precise installation during tool setup.

Q: What are the primary applications for the CNMA Carbide Insert?

A: This insert excels in turning and facing operations on steel, cast iron, and non-ferrous metals, making it a top-tier solution for diverse machining needs in industrial environments.

Q: When is it necessary to replace the CNMA insert?

A: Replacement is recommended when all four edges have been used or show significant wear, ensuring continued transcendent cutting performance and surface finish.

Q: Where can retailers and suppliers source these inserts in India?

A: CNMA Carbide Inserts are available from reputable industrial retailers, authorized traders, and wholesalers across India specializing in cutting tools and machine supplies.

Q: What special benefits does the lack of a chipbreaker provide?

A: The flat design without a chipbreaker results in a smooth, unbroken surface, providing better control during precision cuts and reducing potential weak points on the insert.

Q: How does the edge preparation enhance cutting performance?

A: Ground edges promote consistent and precise cuts, minimizing tool marks and extending the service life of the insert-a critical factor for top-tier production outcomes.

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