Curved Loader Tines 820mm for Tractors, Loaders and Skid Steers

Operational Advantages

• Curved Tine Design
  The compact 820 mm curved profile follows the natural pivot movement of the loader during lifting and curling operations. This geometry improves ground penetration and helps retain material when the loader is curled back, reducing load spillage during transport.
• Improved Load Distribution
  Unlike straight tines that concentrate bending force at the mounting base, the curved structure distributes stress more evenly along the tine. Combined with the shorter leverage arm of the 820 mm length, this design improves structural stability when handling dense, uneven, or heavy shifting loads.
• Forged Steel Construction
  Manufactured using a high pressure drop forging process, the tine features a refined internal grain structure and superior tensile strength. This construction improves resistance to bending, wear, and metal fatigue during continuous lifting and material handling operations.

Manufacturing Quality

• Drop Forging
  The tine body is produced using closed die drop forging, aligning the internal grain structure from the mounting base through the curved sweep. This process significantly increases yield strength and durability under extreme cantilever loads.
• German-Standard Heat Treatment
  A controlled heat treatment process based on German standards is applied to optimize hardness and bending resistance across the arc. The mounting base remains tough and ductile to prevent cracking or shear failure at the connection point.
• CNC Precision Machining
  The mounting base is CNC machined to precise tolerances to ensure a secure fit inside standard loader sleeves. Accurate machining minimizes lateral play and helps maintain load stability during high speed transport.

Applications
This 820 mm curved tine is suitable for manure forks, brush grapples, dense silage handling, and general loose material scooping. It performs reliably on tractors, loaders, and skid steer machines in demanding farming environments requiring high material retention and tight-clearance operation.