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A male component of a mechanical fastening system, such as a hook and loop fastener, that can remain fastened to a female component under high levels of shear force. The male component has a backing material with protrusions extending from the backing material at an angle toward the direction of fas

A male component of a mechanical fastening system, such as a hook and loop fastener, that can remain fastened to a female component under high levels of shear force. The male component has a backing material with protrusions extending from the backing material at an angle toward the direction of fastener force. The combination of the male component with a female loop component results in a secure fastening system.

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We claim: 1. An elongated absorbent pad having two ends, two side edges, an absorbent surface for contacting the body of a user and a backsheet with a back surface for contacting the clothing of the user, said back surface having one or more protrusion islands positioned within each end of the pad

We claim: 1. An elongated absorbent pad having two ends, two side edges, an absorbent surface for contacting the body of a user and a backsheet with a back surface for contacting the clothing of the user, said back surface having one or more protrusion islands positioned within each end of the pad and one or more protrusion islands centrally positioned inside each of the side edges of the pad for attaching the absorbent pad to the clothing of the user, wherein each protrusion island has a size of from about 5 to about 100 square millimeters and contains a plurality of outwardly extending first protrusions and a plurality of outwardly extending second protrusions, said first and second protrusions within each protrusion island being oriented differently from each other and pointing in opposite directions, said protrusions having a height from about 0.003 centimeters to about 0.9 centimeters and a Flexural Modulus from about 331 MPa to about 2,758 MPa, wherein the first protrusions extend at an angle from about 5 degrees to about 85 degrees relative to the back surface and the second protrusions extend at an angle from about 95 degrees to about 175 degrees relative to the back surface. 2. The absorbent pad of claim 1, wherein the protrusion islands contain about the same number of first protrusions and second protrusions. 3. The absorbent pad of claim 1 wherein the first protrusions and the second protrusions are arranged within the protrusion islands in alternating rows. 4. The absorbent pad of claim 1 having an absorbent core and an absorbent core edge positioned inside the outer edges of the ends of the pad, wherein the one or more protrusion islands positioned within each end of the pad are positioned between the absorbent core edge and the outer edge of the end of the pad. 5. The absorbent pad of claim 1 having an absorbent core and an absorbent core edge positioned inside the outer edges of the ends of the pad, wherein the one or more protrusion islands positioned within each end of the pad overlap the absorbent core edge. 6. The absorbent pad of claim 1 having an absorbent core and an absorbent core edge positioned inside the outer edges of the ends of the pad, wherein the one or more protrusion islands positioned within each end of the pad are positioned inside the absorbent core edge. 7. The absorbent pad of claim 1 having 3 or more protrusion islands positioned within each end of the pad and arranged in an arc, wherein the first protrusions and the second protrusions within each protrusion island are arranged in alternating rows and wherein the protrusion islands are oriented such that the rows of protrusions within each protrusion island are not parallel to the rows of protrusions in the other protrusion islands. 8. The absorbent pad of claim 1 wherein the number of protrusion islands positioned at each end of the pad is from 1 to about 15. 9. The absorbent pad of claim 1 wherein the number of protrusion islands positioned at each end of the pad is from 2 to about 10. 10. The absorbent pad of claim 1 wherein the number of protrusion islands positioned at each end of the pad is from 3 to about 5. 11. The absorbent pad of claim 1 wherein the number of protrusion islands positioned on each side of the pad near the center of the pad is from 1 to about 30. 12. The absorbent pad of claim 1 wherein the number of protrusion islands positioned on each side of the pad near the center of the pad is from 2 to about 20. 13. The absorbent pad of claim 1 wherein the number of protrusion islands positioned on each side of the pad near the center of the pad is from 3 to about 15. 14. The absorbent pad of claim 1 wherein the number of protrusion islands positioned on each side of the pad near the center of the pad is from 3 to about 12. 15. The absorbent pad of claim 1 wherein the number of protrusion orientations is 2 or more.