Direct Bond Lagging
Direct Bond Lagging
As a specialist pulley lagging manufacturer Elastotec has developed the Direct Bond Ceramic Lagging and method of application.
The application method has been designed to ensure consistent and reliable results under various application conditions. In addition, a network of Approved Applicators has been trained to use the Elastotec Direct Bond Ceramic Lagging application method. This ensures that only trained operators using OEM materials apply the Elastotec Direct Bond Ceramic Lagging. The result:
- Consistent application to OEM specifications.
- Long-life trouble-free lagging performance.
- Reliable result.
Key Features and Benefits
Superior Traction & Wear Resistance
High friction coefficient for drive pulleys; smooth ceramic surfaces minimize wear on non-drive pulleys.
Grouted Tiles & Robust Bonding (>20 MPa)
Ensures tight adhesion, reduces risk of ingress/corrosion and improves service life.
Water-shedding & Belt-friendly Design
Dewatering grooves and rounded studs allow pulleys to be cleaned without sacrificing belt grip or damaging belt bottom cover.
Rigid, Low Maintenance Surface
The ceramic cover, once bonded, delivers long service life with reduced downtime and lower operating costs.
Tile Options & Formats Available
Multiple ceramic tile thicknesses (6 mm, 10.5 mm, 13.5 mm) and surface styles (smooth, dimple) enable tailoring for different duty levels.
Better Lagging Starts With Better Analysis
Lagging Select is Elastotec’s engineering-based assessment tool that evaluates your pulley conditions, loading, belt speed and operating environment to recommend the most suitable lagging type. It provides a structured, technical analysis to help identify the optimal lagging solution for traction, wear life and reliability.
Not sure which lagging you need?
Use Lagging Select to get a tailored recommendation based on real engineering data.
