Cultivator tillage point Duratop

compatible for Pöttingercompatible for Amazonecompatible for Kuhn

Duratop technology for superior service life.
Duratop cultivator tines and stubble‑management parts combine Bellota premium steels with pure tungsten carbide inserts and controlled anti‑wear processes. Industrialized bonding and quality control produce more resistant components with a significantly extended service life, ensuring optimal hardness in both the base material and the carbide insert and minimizing wear at the joint.

Advanced bonding with brazing technology
The bond between the carbide insert and the base piece is achieved using advanced brazing technology, providing high mechanical strength and durability across varied working conditions. This industrialized process delivers a homogeneous, stable and resistant joint suitable for demanding field operations.

Two key technologies in the Duratop range

• High‑resistance hardfacing: Critical working zones are analyzed and reinforced by industrial welding processes that add highly wear‑resistant material where required, strengthening exposed areas and extending component life.
• Pure tungsten carbide (non‑recycled): Inserts manufactured from pure (non‑recycled) tungsten carbide combine wear resistance, hardness and toughness to withstand severe agricultural conditions, ensuring consistent quality and stable performance against abrasive wear.

Durability and performance in demanding conditions
By combining selected materials and advanced bonding processes, Duratop parts maintain performance in intensive, high‑friction operations, reducing downtime, replacements and maintenance costs.

Technical characteristics / specifications

• Brand: Bellota
• Commercial name / model: Duratop
• Application: cultivator tines and stubble‑management parts
• Bonding technology: advanced brazing
• Materials: Bellota premium steels; pure (non‑recycled) tungsten carbide inserts
• Key technologies: high‑resistance hardfacing; pure tungsten carbide inserts
• Benefits: significantly longer service life; reduced wear in bonding area; lower downtime, fewer replacements and reduced maintenance costs