CY CARBIDE MFG. CO., LTD.
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Carbide Rods

Carbide Rods

CYC offers high-performance carbide rods designed for a wide range of cutting and machining applications. Our rods are known for their durability, toughness, and wear resistance, making them ideal for demanding environments. Available in various sizes and grades, our carbide rods provide the precision and reliability required for top-tier manufacturing processes. Whether for end mills, drills, or reamers, CYC's cemented carbide rods help improve tool life and machining efficiency.


Grade Chart

Grades

Binder%

Hardness

T.R.S ≥N/mm²

Density g/cm³

KIC MPa*m1/2

Grain Size

ISO Code

Application

HRA

HV10

MH10F

10

91.8

1600

3800

14.45

11.0

Submicron

K30

An excellent universal grade to cover most of the cutting applications for materials (ISO P,M,K,N).

CS43

12

92.5

1720

4500

14.20

11.0

Ultrafine

K40

High toughness, high wear resistance. Suitable for ISO P,M,S,H finishing.

CS40

12

91.5

1560

4000

14.15

13.0

Submicron

K40

Suitable for roughing and machining under extreme conditions/environments.

SH904

9

94.0

2040

4000

14.45

8.5

Superfine

K30

Made of superfine grain size 0.3-0.4 um, high wear resistance and impact strength for meeting the most critical cutting challenges in composite materials including CFRP, graphite and hardened steels >60HRC.

UH8

8

93.2

1860

3300

14.60

9.0

Ultrafine

K20

Ultrafine carbide grade with high hardness suitable for profiling hardened materials (50-60HRC) and finishing, and for machining of non-ferrous metals such as aluminum.

MH7

6

93.1

1850

3600

14.85

8.5

Submicron

K10

A grade with high wear resistance for machining aluminum alloys, graphite, composite materials and suitable for diamond coating.

CH03D

3

93.2

1860

1800

15.25

9.5

Fine

K05

High performance grade for diamond coated tools, which is used for machining graphite, composite materials, CFRP.

*Above data are typical parameters.


Types of Carbide Rods for Sale

HOW SHOULD CARBIDE RODS BE STORED?

Carbide rods should be stored in a cool, dry environment to prevent oxidation and corrosion. These solid carbide rods should be kept in their original packaging or in protective containers to avoid physical damage. It’s essential to store them away from moisture and chemicals that could cause degradation. Organizing them in a manner that prevents contact with other hard materials will help maintain their integrity. Labeling the storage containers with relevant information, such as size and grade, can facilitate easy identification and inventory management. Regular inspections should be conducted to ensure the cemented carbide rods remain in optimal condition.

HOW SHOULD CARBIDE RODS BE STORED?

HOW TO SELECT THE RIGHT CARBIDE ROD

  • Grade: Choose the appropriate grade based on the material you'll be machining. Different grades offer varying hardness and toughness.

  • Diameter and Length: Ensure the carbide rod's dimensions match your tool requirements.

  • Tolerance: Check for the required tolerance levels to ensure precision.

  • Coating: Decide if a coated or uncoated rod is needed based on the application.

  • Supplier Reputation: Opt for reputable suppliers to ensure quality and consistency.

  • Application: Consider the specific application, such as drilling, milling, or cutting, to select the most suitable rod.


HOW TO SELECT THE RIGHT CARBIDE ROD
GET IN TOUCH WITH CY Carbide
GET IN TOUCH WITH CY Carbide

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No.67, Yucheng Rd.(N), Kunshan, Jiangsu, China