Liner Plate

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MOQ : 50 Units

Liner Plate Specification

Machine Type
Ball Mill Machine

Accuracy
High Precision

Accessories Type
Spare Part

Surface Treatment
Heat Treated

Technology
Casting

Operating Pressure
Standard Atmospheric

Automation Grade
Manual

Features
Corrosion Resistance, High Durability, Abrasion Resistant

Type
Wear Plate

Material
High Manganese Steel

Function
Protective Lining

Application
Cement Plants, Mining, Power Plants

Standard
As per industry norms

Corrosion Resistance
Yes

Shape
Rectangular/Custom

Thickness Range
10 mm to 100 mm

Manufacturing Process
Precision Casting

Color
Grey Metallic

Compatibility
Fits standard crushing mills and custom sizes

Hardness
200 HB

Weight
10 kg - 120 kg (as per requirement)

Liner Plate Trade Information

Minimum Order Quantity
50 Units

Supply Ability
1000 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India, West Bengal, Assam, Nagaland, Bihar, Jharkhand, Arunachal Pradesh, Mizoram, Sikkim, Manipur, Tripura, Meghalaya, East India, Odisha

About Liner Plate

Our Liner plates are manufactured from high-quality manganese in a specified and continuously monitored process at our own foundries and manufacturing facilities. We have complete control over quality at every step of the process, from the selection of raw materials to final production.

Size - Customized

Standard - Grade 3 and Grade 7

Condition - New

Application - Crusher

Material - Manganese Steel

Superior Durability and Protection

Engineered with high manganese steel, our liner plates offer unmatched abrasion and corrosion resistance even in the most demanding industrial applications. The combination of precision casting and advanced heat treatment ensures longevity and reliable performance as protective linings in crushing and grinding operations.

Customized for Versatility

We cater to a broad range of industries by offering liner plates in standard and custom sizes and shapes. Whether required for traditional ball mill machines or specialized crushing mills, our plates are designed for adaptability without compromising accuracy or installation ease.

FAQs of Liner Plate:

Q: How are the liner plates manufactured to meet high durability and precision standards?

A: Our liner plates are made using high-quality high manganese steel through a precision casting process. After casting, each plate undergoes a heat treatment to enhance hardness and ensure uniform strength, resulting in highly durable and accurate wear parts suitable for rigorous industrial use.

Q: What applications are these liner plates specifically designed for?

A: These wear plates are engineered as protective linings for ball mills and crushing mills used in cement plants, mining, and power plants. They prevent wear and tear of the mills internal surfaces, significantly extending equipment lifespan under abrasive and corrosive conditions.

Q: When should liner plates in a grinding or crushing mill be replaced?

A: Liner plates should be inspected regularly and replaced when significant wear or thinning is observed, which could compromise machinery efficiency and safety. The frequency of replacement depends on the operational load and material processed, but our high-durability plates typically offer extended service intervals.

Q: Where can these liner plates be installed or utilized?

A: The plates are suitable for installation in ball mill machines and other crushing equipment across cement, mining, and power generation facilities. They are supplied to fit both standard industry models and customized machinery, enhancing versatility in installation.

Q: What is the process for ordering custom-sized liner plates?

A: To order custom sizes, clients simply provide the required dimensions and specifications. Our technical team will manufacture the liner plates to your exact requirements, ensuring a perfect fit and optimal performance within your machinery.

Q: How does the corrosion resistance feature benefit the end-users?

A: The engineered corrosion resistance, combined with high abrasion resistance, ensures that the liner plates maintain structural integrity and performance over extended periods, especially in harsh industrial environments. This reduces the frequency of replacements and minimizes operational downtime.

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