Introduction
In modern manufacturing and material handling systems, overhead chain conveyors are widely deployed for the continuous movement of components across production lines. Industries such as automotive, paint shops, forging, and general engineering rely on these systems for efficient, synchronized, and space-optimized transfer of loads. The Overhead Chain Conveyor operates as a backbone of automated production, where any interruption directly impacts throughput and line efficiency.
In high-volume manufacturing environments, even minor inefficiencies in conveyor systems can cascade into significant production losses. Therefore, lubrication plays a strategic role—not just in asset protection, but in sustaining overall operational productivity.
This case study demonstrates how a technically engineered lubrication solution enhances chain performance, reduces wear and downtime, and ensures reliable operation of overhead conveyor systems in demanding industrial conditions
Challenge
- Grease drips off or flings off during movement
- Grease gets harder at elevated temperatures
- Uneven chain movement leads to noise, vibration, etc
- Oil bleeding leads to premature bearing failure
Expectation
- Excellent penetration into pin & bush areas
- Strong adhesion to prevent dripping or throw-off
- High temperature stability (for oven zones)
- Resistant to dust, paint, and contaminants
- Provides anti-wear and anti-corrosion protection
Recommendation
MOSIL SN 700, MOSIL GM 707 M
Application Benefits
- Effective lubrication of chain pins, bushes, and bearings
- Reduces chain wear, elongation, and premature failure
- Excellent adhesion minimizes dripping and lubricant loss
- Performs reliably in high temperature and oven environments
- Resistant to dust, paint particles, and contamination
- Ensures smooth, quiet, and vibration-free operation
- Extends chain and bearing service life
Industry Segment: Auto Components, Auto Assembly, MRO
Equipment: Overhead Conveyor System
Application: Conveyor Chain & Bearing Lubrication