
Continuous Steel Grinding Ball Skew Rolling Mill
The Continuous Steel Grinding Ball Skew Rolling Mill is designed for high-volume production of steel grinding balls through a continuous hot skew rolling process. Unlike batch forming methods that handle billets individually, the mill maintains a continuous material flow from billet feeding to ball forming and discharge.
Product Introduction
The Continuous Steel Grinding Ball Skew Rolling Mill is designed for high-volume production of steel grinding balls through a continuous hot skew rolling process. Unlike batch forming methods that handle billets individually, the mill maintains a continuous material flow from billet feeding to ball forming and discharge.
Technical Specifications
|
Parameter |
Specification |
|
Applicable Ball Diameter |
φ20–φ125 mm |
|
Production Capacity |
0.5–25 t/h |
|
Main Motor Power |
30–1000 kW |
|
Heating Temperature |
850–1100°C |
|
Applicable Materials |
Medium carbon steel, low alloy steel, 65Mn, B2, B3, GCr15, etc. |
|
Ball Surface Hardness |
57–67 HRC |
|
Surface-to-Core Hardness Difference |
<5 HRC |
|
Ball Breakage Rate |
<1% under specified production conditions |
Why Choose Continuous Skew Rolling
High Production Capacity - Continuous ball formation supports production rates of up to 25 t/h, depending on ball diameter and machine configuration.
Stable Material Flow - Continuous feeding reduces interruptions caused by repeated billet loading and unloading.
Lower Manual Handling - Automated feeding, conveying and process coordination reduce routine material handling.
Production Line Integration - The rolling mill can be matched with heating, conveying, quenching and tempering equipment for continuous production.
Continuous Skew Rolling Mechanism
Continuous Feeding
Heated round steel bars are continuously fed into the rolling zone at a controlled rate, maintaining a stable material flow.
Forward Movement and Rotation
The crossed rolls rotate in the same direction, causing the billet to rotate and advance while the helical grooves progressively deform the material.
Progressive Ball Formation
As the billet passes through the grooves, it is gradually formed into a series of spherical sections according to the groove geometry.
Successive Ball Separation
The connecting sections between adjacent balls are reduced during rolling, allowing individual hot grinding balls to separate and discharge continuously.
Continuous Steel Ball Production
The production flow can be organized as:
Round Steel Bar → Heating → Continuous Feeding → Skew Rolling → Ball Separation → Conveying → Quenching → Tempering
Each stage can be coordinated with the rolling output to maintain continuous material flow.
Production Capacity and Output
The mill is configured for production capacities from 0.5 to 25 t/h, depending on ball diameter and machine configuration. Actual output is determined by ball diameter, round bar size, rolling speed, groove design, material and feeding rate.
Actual production capacity depends on the selected machine configuration and production parameters, including:
- Grinding ball diameter
- Round bar size
- Steel grade and material temperature
- Roll rotational speed
- Groove design
- Feeding rate
- Required production schedule
Automation for Continuous Operation
|
Automated Function |
Purpose |
|
Billet Feeding |
Controls the supply of heated steel to the rolling mill. |
|
Heating Temperature |
Maintains the required billet temperature before rolling. |
|
Rolling Speed |
Matches forming conditions with ball size and production requirements. |
|
Ball Conveying |
Transfers hot balls continuously to downstream equipment. |
|
Heat Treatment |
Coordinates quenching and tempering with rolling output. |
|
Process Monitoring |
Tracks key operating parameters during production. |
System Configuration
|
Item |
Description |
|
Product |
Steel Grinding Balls |
|
Forming Process |
Continuous Hot Skew Rolling |
|
Raw Material |
Round Steel Bar |
|
Ball Diameter |
Configured according to required ball size |
|
Production Capacity |
Configured according to target output |
|
Feeding |
Continuous Controlled Feeding |
|
Forming System |
Two Crossed Rolls with Helical Grooves |
|
Heating |
Matched to rolling capacity |
|
Downstream Processing |
Conveying, Quenching and Tempering |
|
Automation |
Configured according to production requirements |
Machine Selection and Capacity Matching
The rolling mill configuration is selected based on:
Grinding Ball Diameter - Required finished ball size
Round Bar Size - Raw material diameter matched to the forming process
Steel Grade - Material grade and rolling conditions
Production Capacity - Required output in t/h
The rolling mill, heating system and downstream heat-treatment equipment are matched to the target output to maintain continuous production and avoid process bottlenecks.
Installation and Utility Requirements
Before installation, the buyer should prepare:
Foundation and Installation Space
Electrical Supply
Cooling Water
Compressed Air
Final foundation, utility and installation requirements are provided according to the selected equipment configuration.
Manufacturer & Engineering Support
Symuren provides grinding ball skew rolling mills configured for specific ball diameters, steel grades and production capacities.
Engineering support covers mill selection, production line matching and integration with heating and heat-treatment equipment. Final equipment parameters and technical drawings are confirmed before manufacturing.


FAQ
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