Abstract: The invention provides ice skates and methods of making ice skates which have a body of a synthetic plastic material and a steel blade. The body includes an upper portion for attachment to the sole of a suitable boot and the blade has an upper portion enclosed in the body and a lower portion projecting from the body. The blade and body combine to define a localized and discrete anchor structure which locks the blade and body to one another, and the blade has a non-interfering upper surface. This surface allows the body to move freely other than at the anchor structure as the body moves longitudinally of the blade thereby limiting stress build-up in the body caused by shrinking. Mechanical fastening devices are used after shrinking to further hold the blade in the body.

Abstract: The invention provides ice skates and methods of making ice skates which have a body of a synthetic plastic material and a steel blade. The body includes an upper portion for attachment to the sole of a suitable boot and the blade has an upper portion enclosed in the body and a lower portion projecting from the body. The blade has a non-interfering upper surface which allows the body to move freely longitudinally of the blade during shrinking. This movement prevents build-up of residual stress in the body.

Abstract: The invention provides ice skates and methods of making ice skates which have a body of a synthetic plastic material and a steel blade. The body includes an upper portion for attachment to the sole of a suitable boot and the blade has an upper portion enclosed in the body and a lower portion projecting from the body. The blade has a non-interfering upper surface which allows the body to move freely longitudinally of the blade during shrinking. This movement prevents build-up of residual stress in the body.

Abstract: An ice skate assembly comprising a hardened steel blade, a thermoplastic blade-supporting body molded about the upper portion of said blade and means associated with the blade to permit the plastic to shrink relative to the blade after molding in such a way as to prevent the creation of localized stresses in the plastic.