The application of tungsten alloy crankshaft block is an exercise in compromise. Depending upon the engine's number of cylinders, crank configuration, and firing order, the mass properties and location of counterweights can vary. Counterweights can balance dynamic loads and couples, it can be used to alter tensional shaft dynamics, and they can be used to reduce main bearing radial and pin bending loads.
With a crank design that has limited throw clearance in the sump, like an F1 engine, using a counterweight material with high density (like tungsten) minimizes the radial space needed for a given counterweight.
From a technical point's view, no engine regardless of the application can benefit from balancing. As tungsten crankshaft has high density, so adding tungsten alloy crankshaft block balance weight into the racing car has good effected in optimizing the performance of the racing car during the racing progress. it contributes to the better control of the car's movement.
Tungsten alloy crankshaft block often used to counterweight. The tungsten crankshaft block counterweight means that the sum of all the forces is roughly equal to zero at any point in the assembly's rotation, of which the operation is done by the tungsten alloy crankshaft block counterweights. It is critical that the crankshafts must be balanced to customized rod and piston combination. The product provided by us are qualified.
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