Rubber Delta fenders

Delta Fenders are profiled rubber fendering products designed to protect structures and equipment from impact and abrasion in industrial and marine environments. They provide a resilient interface that reduces transmitted forces and limits surface damage by absorbing and distributing energy. These Delta rubbers are selected for applications that require compact, energy-absorbing protection. For application-specific selection or compatibility questions, contact our technical team for advice.

Delta rubbers are used as impact-absorption and edge-protection profiles across sectors such as material handling, transport and infrastructure. They reduce wear at contact points, dampen collision noise and help prevent structural damage by dissipating kinetic energy. Delta protection profiles can also function as resilient sealing or buffering elements where repeated contact occurs. For recommendations on the appropriate profile for a particular duty cycle or environment, contact our technical team.

Delta protection profiles absorb impact through elastic deformation of the rubber compound, which dissipates kinetic energy and reduces peak forces transmitted to adjacent structures. The material compresses under load and partially recovers when the load is removed, enabling repeated energy absorption without immediate deterioration. Actual performance depends on compound properties, profile geometry and operating conditions. For guidance on expected behaviour in specific environments or under particular loads, contact our technical team.

Choosing the right Delta fender requires consideration of impact severity, mounting method, surface compatibility, environmental exposure and maintenance requirements. Assess the expected loads, chemical or temperature exposure and whether a resilient sealing or purely buffering function is required. Material compatibility with adjoining surfaces and the preferred fixing arrangement also influence selection. For tailored advice on selecting a Delta protection profile that matches operational conditions, contact our technical team.