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Mining Lubrication System

Effective lubrication in mining significantly reduces operational costs and equipment downtime, while enhancing overall efficiency and potentially saving millions in maintenance expenses.

MINING LUBRICATION

MINING LUBRICATION
MINING LUBRICATION

CENTRAL LUBRICATION SYSTEM

Protecting your mining equipment from the extreme environments in which it operates is essential for its efficient operation. Gear and pinion life can be extended by using an automatic lubrication system, resulting in lower component maintenance costs. Providing unsurpassed lubricant delivery accuracy, our systems increase production efficiency and uptime.

BALL MILL

GREASE LUBRICATION SYSTEM

Ball Mill
Conveyor
CONVERYOR

GREASE LUBRICATION

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CRUSHER

Crusher
machining workshop
What is mining grease?

Mining grease, also known as mining lubricant or mining grease lubricant, is a specialized type of grease designed to meet the demanding needs and harsh conditions encountered in mining operations. It is used for lubricating various equipment and machinery used in the mining industry, such as crushers, conveyors, drills, and heavy-duty mining vehicles.

Mining grease is formulated to withstand extreme loads, high temperatures, heavy shock loads, water contamination, and abrasive particles found in mining environments. It typically has the following characteristics:

1. High Load-Carrying Capacity: Mining grease is formulated with additives that provide excellent load-carrying properties, allowing it to withstand heavy machinery loads common in mining operations.

2. Extreme Pressure Protection: It contains EP (extreme pressure) additives that protect against metal-to-metal contact under high loads or shock-loading conditions, preventing wear and damage to critical components.

3. Water Resistance: Mining greases often have water-resistant properties to prevent washout and maintain lubrication effectiveness in wet or submerged conditions typically encountered in mining environments.

4. Corrosion Protection: These greases are designed to provide corrosion protection, as mining equipment may be exposed to moisture, acidic substances, or other corrosive agents.

5. High-Temperature Stability: Mining greases are formulated to withstand elevated temperatures generated during mining operations, ensuring proper lubrication even under extreme heat.

6. Anti-Wear Properties: They contain anti-wear additives that help reduce friction, minimize wear, and extend the life of mining equipment components.

Depending on the specific mining application and equipment, mining greases may come in different forms, such as semi-fluid greases, lithium-based greases, calcium sulfonate greases, or complex soap greases. The selection of mining grease should be based on the manufacturer’s recommendations and the operating conditions of the equipment.

How are machines lubricated?

Machines can be lubricated using various methods, depending on the specific machine and its components. Here are some common methods of lubrication:

1. Manual Lubrication: In this method, lubricants are manually applied to specific points or surfaces of the machine using tools such as grease guns, oil cans, or brushes. This is typically done at designated lubrication points indicated by the manufacturer.

2. Automatic Lubrication Systems: These systems are designed to automatically deliver lubricants to the machine’s moving parts at predetermined intervals or based on machine operation. Common types of automatic lubrication systems include centralized lubrication systems, drip feed lubricators, and spray lubrication systems.

3. Oil Bath or Splash Lubrication: Some machine components, such as gears or chains, are lubricated by immersing them in a bath of lubricating oil. As the components rotate, they splash the oil onto surrounding parts, ensuring proper lubrication.

4. Grease Lubrication: Grease, a semi-solid lubricant, is often used in machine applications where high temperatures, heavy loads, or sealing requirements are present. Grease is applied by hand or can be delivered through automated systems, such as grease pumps or specialized lubrication fittings.

5. Spray Lubrication: Machines with complex or hard-to-reach areas may benefit from spray lubrication. Lubricants are atomized into fine droplets and sprayed onto the desired surfaces using nozzles or sprayers.

6. Circulating Oil Systems: Industrial machines, such as large turbines or hydraulic systems, often use circulating oil systems. These systems circulate lubricating oil through the machine, utilizing pumps, filters, and coolers to maintain the oil’s quality and provide continuous lubrication.

It is important to refer to the machine’s operating manual or consult with the manufacturer to determine the appropriate lubrication method and schedule for specific machines. Regular inspections and maintenance are key to ensuring proper lubrication and optimal machine performance.

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