Leaf Spring - Heavy Load (880 GVW) - CS003R - FJ45, BJ 1958-1984
$329.00
SKU:593-208 Model:FJ45, BJ Year:1958-1984
Product Features - Draw Tapered & Diamond Cut Leaves: Ensure the load is progressively distributed over a larger surface area, reducing the high stresses that develop at leaf ends. This provides increased ride quality and protection against leaf breakage, significantly increasing the spring life. - Fully Scragged & Load Tested: Scragging ensures the spring takes a permanent 'set' which reduces the risk of sagging. Load testing ensures the spring meets the required specification. - Graphite Coating: To further reduce the friction between the spring leaves & friction pads. - Military Wrap: Designed to provide added safety. - Anti Friction Pads: Regreasable nylon interleaf liners reduce friction at the leaf tips where the load is the greatest. - Flat Axle Seat Area: Allows a positive, safe axle mount reducing spring stress & increasing spring life. - Shot Peening: The tension side of all leaves is shot peened to reduce spring stress. This process can double the life of a spring.
Details
Product Features - Draw Tapered & Diamond Cut Leaves: Ensure the load is progressively distributed over a larger surface area, reducing the high stresses that develop at leaf ends. This provides increased ride quality and protection against leaf breakage, significantly increasing the spring life. - Fully Scragged & Load Tested: Scragging ensures the spring takes a permanent 'set' which reduces the risk of sagging. Load testing ensures the spring meets the required specification. - Graphite Coating: To further reduce the friction between the spring leaves & friction pads. - Military Wrap: Designed to provide added safety. - Anti Friction Pads: Regreasable nylon interleaf liners reduce friction at the leaf tips where the load is the greatest. - Flat Axle Seat Area: Allows a positive, safe axle mount reducing spring stress & increasing spring life. - Shot Peening: The tension side of all leaves is shot peened to reduce spring stress. This process can double the life of a spring.