The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
test text Kverneland’s XHD plough parts are designed with the most extreme conditions in mind. Abrasive soils put significant stresses on earth wearing parts, resulting in fast wear and regular parts replacement. Thus increasing both costs and downtime.
The traditional method of reinforcing steel parts is to apply flat tungsten carbide tiles to the surface of the cutting edge.
The Kverneland XHD+ Carbide range consists of parts that have been reinforced with larger amounts of tungsten carbide compared to the standard XHD Carbide parts. This dramatically increases the lifetime of the parts, up to 20 times the life* of the standard parts, double the life of the standard XHD parts.