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Heavy Duty Round Bar Work Roll Alloy Steel Roller
  • Heavy Duty Round Bar Work Roll Alloy Steel Roller

Product Information

Heavy Duty Round Bar Work Roll Alloy Steel Roller


A heavy-duty round bar work roll is a cylindrical component made from alloy steel, designed for use in rolling mills and metalworking processes. These rolls are essential for shaping and forming metals, particularly in the production of round bars and other profiles.

Applications:
Heavy-duty round bar work rolls are primarily used in:

  • Steel Mills: For rolling and shaping steel into round bars and other forms.

  • Aluminum Processing: In rolling mills to produce aluminum products.

  • Manufacturing: Utilized in various metal fabrication processes where high strength and durability are required.

Characteristics:

  • Material Composition: Typically made from high-quality alloy steels, which provide excellent strength, toughness, and wear resistance.

  • Design: Engineered to withstand high pressures and temperatures during the rolling process, ensuring consistent performance.

  • Surface Finish: Often treated to achieve a smooth surface, reducing friction and improving the quality of the finished product.

Benefits:

  • High Load Capacity: Capable of handling significant loads without deformation, making them suitable for heavy-duty applications.

  • Improved Wear Resistance: Alloy steel materials enhance the longevity of the rolls by resisting wear and tear during operation.

  • Thermal Stability: Designed to maintain performance under varying temperatures, which is crucial in rolling operations.

Manufacturing Process:

  1. Material Selection: High-quality alloy steel is selected based on the specific requirements of the application.

  2. Forging: The initial shape is created through forging, which improves the material's internal structure.

  3. Machining: Precision machining is performed to achieve the desired dimensions and surface finish.

  4. Heat Treatment: The rolls undergo heat treatment processes to enhance hardness and toughness.

  5. Finishing: Final surface treatments may be applied to ensure optimal performance and durability.



Data Needed for Quotation

1) Your own drawing 

2) Your requirement on material and necessary dimensional data

3) Ask for recommend

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Processing Materials

Case Hardened Comparison Table
GBГOCTENDINW.N.JISAISI/SAE
15CrMn
16MnCr516MnCr51.7131
5115
20CrMn
20MnCr520MnCr51.7147
5120
12CrMo12XM
13CrMo441.7335
4119
15CrMo15XM
15CrMo51.7262SCM415

20CrMo20XM
20CrMo51.7264SCM4204118
25CrMo30XM
25CrMo41.7218


30CrMo



SCM4304130
35CrMo35XM
34CrMo41.722SCM4354135
42CrMo
EN1942CrMo41.7225SCM4404140



50CrMo41.7228


40Cr40X
41Cr4




38XC





25Cr2MoV25X2M1Φ
24CrMoV551.7733


50CrVA

50CrV41.8159SUP10




31CrMoV91.8519


GCr15
100Cr6100Cr61.3505
52100
20CrNiMo20XHM20NiCrMo2-221NiCrMo21.6523SNCM2208620

20XH3A






20X2H4A








17CrNiMo61.6587





18CrNiMo7-61.6587





34CrNiMo61.6582

VCN150


34NiCrMo1635NiCrMo161.2766





30CrNiMo81.658

VCN200



39NiCrMo31.651





34CrAlNi71.855


38CrMoAl38X2MОA
41CrAlMo71.8509


40CrNiMo
EN2440NiCrMo8-41.6562SNCM4394340
40CrNi
40XH40NiCr61.5711


20CrMnMo18XTM


SCM421

40CrMnMo40XTM


SCM440


30XTCA






38XTH






40XH2MA






40X2H2MA






38XH3MA






38XH3MΦA








Processing technology

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Application areas: 

Automotive transmissions, medical equipment, metallurgical machinery, lifting equipment, ore equipment, power equipment, light industry equipment, etc

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Packaging : 

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