Ball Mill

Ball Mill Specification

Model
BM Series

Rotation
Continuous

Product Type
Ball Mill

General Use
Industrial Grinding

Material
Mild Steel

Type
Horizontal Cylindrical

Capacity
Up to 100 TPH

Weight (kg)
6-45 Tons depending on model

Computerized
No

Automatic
No

CNC Or Not
Not CNC

Control System
Manual

Table Size
Customizable

Table Slide Way
Heavy Duty

Grinding Wheel Size
Customized

Grinding Wheel Speed
Variable

Grinding Length
Up to 2250 mm

Floor Space
As per machine size

Spindle Speed
Variable

Power
7.5 - 75 kW

Voltage
220-440 V

Dimension (L*W*H)
Various (custom) sizes available

Feature
Durable, Long Service Life, High Efficiency

Color
Blue / Customized

Ball Load
1.5-75 Tons

Noise Level
Low

Feeding Size
Less than 25 mm

Cylinder Speed
18-23 r/min

Application
Cement, Ore, Chemicals, Refractory, Mining

Cooling System
Optional

Shell Thickness
16-36 mm

Discharge Size
0.074-0.4 mm

Maintenance
Low Maintenance

Mounting Type
Floor Mount

Liner Type
Rubber and Manganese Steel

Drive Type
Gear/Direct Coupling

Ball Mill Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
20 Units Per Month

Delivery Time
7-20 Days

Main Domestic Market
All India

About Ball Mill

Ball Mill

A Ball Mill Works On The Principle Of Impact And Attrition: Size Reduction Is Done By Impact As The Balls Drop From Near The Top Of The Shell. A Ball Mill Consists Of A Hollow Cylindrical Shell Rotating About Its Axis. . Two Tiers Fixed On Both End Of Mill, Which Are Rotate On Four Rollers. Rollers Are Fixed On Support And Oil Immersed. Mill Rotates On Four Roller And Two Tiers. Girth Gear Is Fixed On Shell, Which Driven Mating Gear, Gearbox And Motor, Which Are Fixed On Heavy Drive Base. It Is Partially Filled With Balls. Input Material Is Fed In Two Primary Grinding Compartments. Large Diameter Balls For Reduce Particle Size Are Lying Inside First Compartment. Material Comes Into Second Compartment For Further Grinding. Smaller Size Media Are Laying Inside This Compartment For Fine Grinding. Diaphragms May Place To Regulate Material Level And Control Retention Time. Material Is Feed And Discharged Through Hollow Trunnion At Opposite End. The Grinding Media Is The Balls, Which May Be Made Of Steel (Chrome Steel), Stainless Steel, Ceramic, Or Rubber. The Inner Surface Of The Cylindrical Shell Is Usually Lined With An Abrasion-Resistant Material Such As Manganese Steel Or Rubber. Less Wear Takes Place In Rubber Lined Mills.

Vira EngineeringS Ball Mill Is Widely Used In The Powder Production Lines, Such As Cement, Ceramics, Silicate, Refractory Materials, Chemical Fertilizer, Glass Ceramics, , Pencil, Paint , Marble, Coal, Minerals, Ferro Alloys Etc. According To The Need Of Customers And Material, Ball Mills Have Been Designed In Standard Sizes. Motor Hp And Production Is Totally Depends On Property Of Material And Require Fineness.

Product details

Frequency	60Hz
Material Grade	SS304
Surface Finish	Color Coated
Voltage	440 V
Country of Origin	Made in India
Phase	3 Phase
Power Source	Electricity
Material	Stainless Steel
Brand	Vira Engineering
Capacity	800kg/hr
Usage/Application	Industrial
Power	3Hp

Efficient Industrial Grinding

Built for a wide spectrum of industries, the BM Series Ball Mill seamlessly handles cement, ores, chemicals, and refractory materials. Variable grinding speeds, customizable dimensions, and adaptable table sizes empower operators to optimize throughput while minimizing power consumption. The durable build and heavy-duty table slide way ensure steady, precise performance across a variety of grinding tasks.

Customizable Design for Versatility

The BM Series offers a choice between rubber and manganese steel liners to match specific process requirements, whether dealing with highly abrasive or corrosive substances. The flexibility in ball load, shell thickness, and milling capacity allows for customization to meet unique operational needsenabling effective grinding for both small-scale and high-capacity facilities.

FAQs of Ball Mill:

Q: How do I choose between rubber and manganese steel liners for the ball mill?

A: Rubber liners are best for less abrasive materials and provide quieter, longer-lasting operation with reduced maintenance. Opt for manganese steel liners when grinding highly abrasive ores, as they offer enhanced impact resistance and durability in heavy-duty applications.

Q: What are the typical applications of the BM Series Ball Mill?

A: This ball mill model is extensively used for industrial grinding in the cement, mining, chemical, and refractory sectors, handling tasks such as ore processing, raw material grinding, and fine particulate material preparation.

Q: When should the optional cooling system be considered?

A: The cooling system is advisable when processing heat-sensitive materials or conducting extended grinding sessions. It helps regulate internal temperatures and maintain consistent grinding quality, especially in high-capacity or continuous operations.

Q: Where should the BM Series Ball Mill be installed for optimal performance?

A: Best results are obtained when the machine is floor-mounted on a stable, vibration-free foundation with adequate space for maintenance access. Installation in a well-ventilated industrial environment ensures safety and effective operation.

Q: What is the process for adjusting grinding parameters?

A: Grinding parameters such as cylinder speed, grinding wheel speed, and spindle speed can be manually set according to material and desired output. Fine-tuning these ensures optimal particle size and maximizes efficiency for specific applications.

Q: How does the BM Series Ball Mill benefit industrial grinding operations?

A: It delivers high efficiency, long service life, and considerable durability owing to solid materials and innovative liner choices. Combined with low maintenance needs and variable operational settings, it optimizes productivity and lowers the overall cost of ownership.