Products
- Knives for Feed Mixer Wagons
Knives for Feed Mixer Wagons
Busatis develops and manufactures quality knives for feed mixer wagons according to the specifications of our customers. The products are made of special alloy tool steel with wear protection coating and are delivered to all leading manufacturers of agricultural machinery worldwide.
Go - Brushcutter Blades
Brushcutter Blades
Busatis develops and manufactures quality brushcutter blades according to the requirements of our customers. The blades are made from special steels.
Go - Knives for Balers, Self-Loading and Feed Mixer Wagons
Knives for Balers, Self-Loading and Feed Mixer Wagons
Busatis develops and manufactures quality knives for balers, self-loading and feed mixer wagons according to the specifications of our customers. The products are made of special alloy tool steel either with or without wear protection coating and are delivered to all leading manufacturers
Go - Sickle sections for agricultural machinery
Sickle sections for agricultural machinery
Busatis develops and manufactures quality sickle sections according to the specifications of our customers. The products are made of special alloy tool steel. Busatis delivers quality sickle sections to leading manufacturers of agricultural machinery.
Go - Zone-Hardened Knife Back
Zone-Hardened Knife Back
Busatis develops and manufactures quality knife assembly with zone-hardened knife backs according to the specifications of our customers. The products are made of special alloy tool steel.
Go - Segmented Knife Assembly System
Segmented Knife Assembly System
Busatis develops and manufactures quality segmented knife assembly systems according to the specifications of our customers. The products are made of special alloy tool steel. Busatis delivers quality segmented knife assembly systems to the leading manufacturers of agricultural machinery.
Go - Shear Bars
Shear Bars
Busatis develops and manufactures quality shear bars according to the specifications of our customers. The products are made of special alloy tool steel, are heat-treated, and have a highly wear-resistant coating. Busatis delivers highly wear-resistant quality shear bars to all leading manufacturers
Go - Forage Harvester Knives
Forage Harvester Knives
Busatis develops and manufactures quality forage harvester knives according to the specifications of our customers. The products are made of special alloy tool steel, are heat-treated, and have a highly wear-resistant coating.
Go - Knives for Row-Independent Corn Headers
Knives for Row-Independent Corn Headers
Busatis develops and manufactures quality knives for row-independent corn headers according to the specifications of our customers. The products are made of special alloy tool steel, are heat-treated, and have a highly wear-resistant coating.
Go - Straw Chopper Knives
Straw Chopper Knives
Busatis develops and manufactures quality straw chopper knives according to the specifications of our customers. The products are made of special alloy tool steel. Busatis delivers quality straw chopper knives either with or without wear protection coating to leading manufacturers of agricultural...
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Company
Since 1953, the Gregoris-Segher family has acted as importer, exclusivist and distributor of Busatis products. Busatis was founded in 1888 and is aworld leader in manufacturing of all types of agricultural blades, a repository of proprietary technologies.
Technologies
BusaDUR® Busatis Wear Protection Technology
Advantages of the BusaDUR® wear protection coatings:
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High versatility regarding a variety of materials
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Extreme variability regarding surface from a very smooth surface for efficient material flow
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Formability and workability after sintering process (rolling, edging, milling, grinding, welding)
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Saving of costs and time – less downtime
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Less maintenance effort
BusaCLAD® BUSATIS Wear Protection Technology
Advantages of the Busa®CLAD wear protection coatings:
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High adhesive tensile strength combined with low heat affected zones and extremely low warpage
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Thin coating layers possible
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Partial coating, also on edges and blades
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Low measurements and minimal rework due to near end-shape coatings
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High hard material contents combined with uniform particle distribution
