Types of Greases

A. Food Grade Greases

Specially engineered for use in industries where incidental food contact may occur (e.g., food processing, beverage manufacturing, pharmaceuticals).

• Base Oil: Synthetic
• Thickener: Aluminum complex or polyurea
• Properties: Water & oxidation resistant, stable in wide temperatures, non-toxic, NSF H1 compliant
• Applications: Sanitary valves, conveyor bearings, packaging/filling equipment
• Precaution: Avoid mixing with conventional greases

B. Lithium and Calcium Complex Greases

1. Lithium-Calcium Complex Soap Grease

• Base Oil: Mineral
• Additives: Anti-oxidation, anti-corrosion
• Applications: Bearings under shock loads
• Performance: Good temp resistance & mechanical stability

2. Calcium Sulfonate Complex Grease

• Base Oil: High-viscosity mineral or synthetic
• Features: Excellent water, heat & pressure resistance, strong stability
• Industries: Steel, marine, paper, open gear systems

3. Calcium Soap Grease

• Use Case: Medium-speed, medium-load roller bearings
• Properties: Excellent water resistance, anti-rust & oxidation
• Applications: Automotive wheel hubs, humid conditions

C. Polyurea and Semi-Synthetic Greases

1. Polyurea-Based Grease

• Thickener: Polyurea
• Base Oil: Semi-synthetic
• Advantages: High-temperature stability, corrosion & water resistance
• Applications: Automotive ball joints, motors, fan bearings

2. Semi-Synthetic Grease for Ball Joints

• Target Use: Automotive assembly
• Key Benefits: Strong adhesion, withstands high stress

D. MoS₂ Reinforced Greases

Greases fortified with molybdenum disulfide for extreme pressure and anti-wear performance.

• Thickener: Lithium complex
• Benefits: Reduces metal-to-metal contact, emergency lubrication
• Applications: Roller bearings, chassis, mining/construction equipment

E. Non-Soap & High-Temp Greases

1. Non-Soap Greases

• Thickener: Clay, bentonite, polyurea
• Attributes: No melting point, high temp/load resistance
• Applications: Steel plants, cement coolers, furnace conveyors

2. High-Temp & Pressure-Resistant Greases

• Attributes: Oxidation & wear resistance, thermal stability
• Applications: Casting lines, heavy-duty machinery

F. Long-Lasting & High-Performance Greases

1. High-Performance Lithium Complex

• Designed For: Extended intervals, harsh environments
• Industries: Automotive, construction
• Resistant To: Water washout, thermal degradation

2. Water-Resistant & High-Stability Greases

• Properties: Adhesive in wet environments, low evaporation
• Applications: Electric motors, vertical shafts, offshore systems

G. Heavy-Duty Industrial Greases

1. For Heavy-Duty Machinery

• Characteristics: Shock absorption, high-speed bearing lubrication
• Use: Industrial roller bearings, heavy automotive

2. Sticky Greases

• Thickener: Calcium soap
• Properties: Oxidation & corrosion resistant, strong adherence
• Applications: General-purpose bearings, agricultural machinery

Comparison Table

Greases are vital for reliable mechanical operation where oils cannot perform. The right grease selection reduces downtime, extends equipment life, cuts maintenance costs, and ensures safe, efficient performance across industries.

The appropriate selection of grease depends on:
. Operating temperature and load
. Exposure to water, dust, or chemicals
. Compatibility with system components
. Regulatory requirements (e.g., NSF certification for food grade)

Choosing the right grease ensures:
✅ Reduced equipment downtime
 ✅ Extended component life
 ✅ Lower maintenance costs
 ✅ Safe and efficient operation