T-REX Pulley Lagging
T-REX Pulley Lagging is a natural rubber-based material that provides a high coefficient of friction and outstanding wear life, reducing maintenance costs and downtime across demanding conveyor systems.
T-REX Pulley Lagging
T-REX Pulley Lagging is a natural rubber based material that provides a high coefficient of friction and outstanding wear life, reducing the cost of maintenance and down time. It comes equipped with a CN bonding layer, which provides extremely high adhesion when used in combination with the REMA TIP TOP adhesive systems.
Typical Fields of Use
- Belt conveyors, with varying pulley diameters
Advantages
- Grooved rubber lagging for drive pulleys
- Avoidance of material build-up with positive influence on belt tracking
- Reduced slippage between belt and pulley through increased coefficient of friction
- Repels moisture and dirt
- Protects the pulleys from wear and corrosion
- For high-tension fabric belts and medium to high-tension steel-cord belts
Diamond-Pattern Rubber
- Diamond pattern features a bidirectional design for superior water-shedding characteristics and prevents hydroplaning
- Performs well in both dry and wet applications
T-REX 60 – 1“ Diamond Lagging
T-REX 70 – 2“ Diamond Lagging
TECHNICAL PROPERTIES
| T-REX 60 - 1" Diamond Lagging | T-REX 70 - 2" Diamond Lagging | ||
|---|---|---|---|
| Color | Black | Black | |
| Polymer | DIN ISO 1629 | NR/BR | NR/BR |
| Hardness | DIN ISO 7619-1 | 62 Shore A | 63 Shore A |
| Abrasion | DIN ISO 4649 | 140 mm³ | 90 mm³ |
| Density | DIN EN ISO 1183-1 | 1.12 g/cm³ (69.92 lb/ft³) | 1.12 g/cm³ (69.92 lb/ft³) |
| Tensile Strength | DIN 53 504 | 20 N/mm² (2900 psi) | 22 N/mm² (3190 psi) |
| Elongation at break | DIN 53 504 | 450% | 450% |