Taian City Sincere Steel Balls

AUSI 1010/1015 Low-Carbon Steel


Low-carbon steel balls are spherical products made from carbon steel with a carbon content ranging from 0.0218% to 0.25%. They exhibit good toughness, excellent weldability, easy machinability, and low cost.


Detailed introduction

Product description:

Materials: Carbon steel 1010, 1015;

Diameter: 0.4 mm – 20 mm;

Accuracy classes: G200, G500, G1000

Hardness: HRC 20-55

Features: Low-carbon steel balls are spherical products made from carbon steel with a carbon content ranging from 0.0218% to 0.25%. They exhibit good toughness, excellent weldability, easy machinability, and low cost.

Applications: Due to their excellent toughness and ease of machining, low-carbon steel balls are widely used across numerous industries. From furniture manufacturing and handicrafts to wrought-iron art pieces, low-carbon steel balls play an important role in a variety of applications. Moreover, thanks to their cost-effectiveness and favorable mechanical properties, low-carbon steel balls are also employed in the production of toys, oil nozzles, and sliding arms, among other products.

Physical properties:

Strength and Hardness: Relatively low

Plasticity and toughness: Relatively good

Magnetic property: Strongly magnetic

Weldability: Good

Chemical composition:

%

C

Yes

Mn

P

S

Cr

You

(Cu)

Content

0.04

0.09

0.31

0.020

0.032

10-14%

0.40–0.70%

≤0.25

 

Production and Processing

Oil-removal machine
Photosphere Machine
Rotating Heat Treatment Furnace
Sorting Workshop
Photosphere Workshop
Photosphere Workshop
Cold Forging Workshop
Grinding Ball Workshop

Packaging and shipping

Packaging and Shipping
Packaging and Shipping
Packaging and Shipping
Packaging and Shipping
Packaging and Shipping
Packaging and Shipping
Packaging and Shipping
Packaging and Shipping

Get a quote

Please provide your contact information and specify your requirements—we’ll arrange for a specialist to get in touch with you!

  • How many products do you need?
  • What more information do you need to know?
Submit