Abstract: An axle seal is provided and includes a seal element having a seal element top, a seal element bottom, a seal element mounting lip which extends downwardly from the seal element bottom, and a seal element sleeve, wherein the seal element sleeve is securely and sealingly associated with the seal element mounting lip, and wherein the seal element includes a circumferential outer edge portion which extends outwardly from at least one of seal element mounting lip and the seal element sleeve to form a circumferential lip around the seal element sleeve and wherein the seal element defines a seal element opening which communicates the seal element top with the seal element bottom.

Abstract: An axle seal is provided and includes a seal element having a seal element top, a seal element bottom, a seal element mounting lip which extends downwardly from the seal element bottom, and a seal element sleeve, wherein the seal element sleeve is securely and sealingly associated with the seal element mounting lip, and wherein the seal element includes, a first surface having a first edge, and a second surface having a second edge, wherein the first surface and second surface extend circumferentially away from the seal element, and wherein the first surface and second surface are separated from each other to form an edge channel which extends circumferentially around the seal element.

Abstract: An axle seal is provided and includes a seal element having a seal element top, a seal element bottom, a seal element mounting lip which extends downwardly from the seal element bottom, and a seal element sleeve, wherein the seal element sleeve is securely and sealingly associated with the seal element mounting lip, and wherein the seal element includes, a first surface having a first edge, and a second surface having a second edge, wherein the first surface and second surface extend circumferentially away from the seal element, and wherein the first surface and second surface are separated from each other to form an edge channel which extends circumferentially around the seal element.

Abstract: An axle seal is provided and includes a seal element having a seal element top, a seal element bottom, a seal element mounting lip which extends downwardly from the seal element bottom, and a seal element sleeve, wherein the seal element sleeve is securely and sealingly associated with the seal element mounting lip, and wherein the seal element includes a circumferential outer edge portion which extends outwardly from the seal element sleeve to form a circumferential lip around the seal element sleeve and wherein the seal element defines a seal element opening which communicates the seal element top with the seal element bottom.

Abstract: A compartment seal is disposed about an automotive tube or hose at the automotive firewall to prevent leakage of smoke and fumes generally from an engine compartment to an occupant compartment. The compartment seal comprises a rigid washer body member having a plurality of apertures circumferentially arranged around an opening therethrough. The plurality of apertures is receptive to fasteners for attachment of the body member to the automotive firewall to provide a seal between the engine compartment and the occupant compartment. The tube or hose passes through the opening in the body member. The body member includes a seal component within the opening configured to form a seal between a periphery of the tubular structure and the seal component. The seal component is disposed within the opening of the body member.

Abstract: A compartment seal is disposed about an automotive tube or hose at the automotive firewall to prevent leakage of smoke and fumes generally from an engine compartment to an occupant compartment. The compartment seal comprises a rigid washer body member having a plurality of apertures circumferentially arranged around an opening therethrough,. The plurality of apertures is receptive to fasteners for attachment of the body member to the automotive firewall to provide a seal between the engine compartment and the occupant compartment. The tube or hose is attached to fittings at either end and passes through the opening in the body member. The body member includes a seal component within the opening configured to form a seal between a periphery of the hose and the seal component. The seal component is disposed within the opening of the body member.

Abstract: A compartment seal is disposed about an automotive tube or hose at the automotive firewall to prevent leakage of smoke and fumes generally from an engine compartment to an occupant compartment. The compartment seal comprises a rigid washer body member having a plurality of apertures circumferentially arranged around an opening therethrough,. The plurality of apertures is receptive to fasteners for attachment of the body member to the automotive firewall to provide a seal between the engine compartment and the occupant compartment. The tube or hose is attached to fittings at either end and passes through the opening in the body member. The body member includes a seal component within the opening configured to form a seal between a periphery of the hose and the seal component. The seal component is disposed within the opening of the body member.

Abstract: An axle seal is presented. The axle seal is disposed about an automotive axle at the automotive differential to prevent leakage of lubricant from the differential. The axle seal comprises a rigid cylindrical body member having outer grooves receptive to o-ring seals to provide a seal between the differential and the body member which is mounted within an opening of the differential. The axle is attached to the differential and passes through an opening in the body member. The body member is chamfered at the opening to direct the axle to the center line during assembly. A step defining a recessed portion is formed within the opening of the body member where inner seals are disposed. The inner seals provide a seal between the axle and the body member and allow significant angular displacement of the axle from the center line without compromising the integrity of the seal between the body member and the axle or between the body member and the differential.

Abstract: A fuel pump insulator assembly is mounted on a fuel pump. The fuel pump insulator assembly comprises insulating fasteners, an insulating gasket and a seal. The insulating gasket provides a thermal barrier between an engine and a fuel pump, whereby heat from the engine is not transferred to the fuel pump. The seal seals the fuel pump from the engine, whereby hot engine oil is not allowed to splash into the fuel pump. The insulating fasteners reduce heat transfer from the engine through the fasteners to the fuel pump. The insulating fasteners each comprise a elongated cylindrical body portion having an opening longitudinally therethrough with an insulating washer disposed at one end thereof. The insulating gasket has opposing flange portions which depend from a main portion with an elongated opening therethrough. The seal comprises a flange mounting seal portion with a fuel arm seal portion depending therefrom.

Abstract: A hub seal is presented. The hub seal is disposed between inner and outer bearings about an automobile axle within a hub housing. The bearings are disposed between the hub housing and the axle at each end of the hub housing. The hub seal comprising a rigid sleeve having sealing members affixed at each end thereof. The sealing members are in sealing contact with the bearings and support the sleeve away from the axle.

Abstract: A spherical rod end assembly includes a seal component in the form of a fastener or a washer, or a combination thereof. The seal component has a flexible, resilient skirt, affixed to a metal body, which skirt overlies and seals the cavity within which the ball of the assembly is seated, to exclude dirt and other foreign matter, and to enhance lubrication.

Abstract: A spherical rod end assembly includes sealing components, each having a flexible, resilient skirt, integrally formed on a metal body, which overlies and seals the cavity within which the ball of the assembly is seated, to exclude dirt and other foreign matter. The sealing component may take the form of fasteners or washers, or combinations thereof.