Wear surface
A wear surface that is easily modified and fitted for installation to a wearable surface includes alternating longitudinal wear members and retaining members. The wear members consist of a hard material such as white iron with good wear resistance. The retaining members are of a ductile material that is readily welded and overlap the wear members on each side over at least a portion of their length. The retaining members can be welded to the equipment to be protected and retain the wear members which are not readily welded.
1. A wear surface for protecting a wearable surface of mining equipment exposed to abrasive material, the wear surface comprising wear members each having two opposite sides, and spaced and separate discrete retention members welded to the wearable surface and overlapping each said wear member on the two sides to retain the wear members over the wearable surface, wherein each said wear member is independently movable with respect to the retention members and the wearable surface.
2. The wear surface of claim 1 wherein each of the retention members includes at least one opening for welding each said retention member to the equipment.
3. The wear surface of claim 1 wherein the wear member is white iron.
4. The wear surface of claim 1 wherein the retention members are composed of a metal that is softer than the wear member.
5. The wear surface of claim 1 wherein at least two wear members are composed of different materials.
6. The wear surface of claim 1 wherein the retention members wear at a higher rate than the wear members.
7. The wear surface of claim 1 wherein the wear member and the retention members are elongate members with aligned longitudinal axes.
8. The wear surface of claim 1 wherein the retention members diverge and the wear member converges extending from the wearable surface.
9. The wear surface of claim 1 wherein the wear member is a half round in cross section.
10. The wear surface of claim 1 wherein the retention members and the wear member are each trapezoidal in cross section.
11. The wear surface of claim 1 wherein the retention members are wider at a middle portion and the wear member is narrower at a middle portion to correspond with the retention members.
12. The wear surface of claim 1 wherein the retention members are T shaped.
13. The wear surface of claim 1 including a backing layer adapted to be secured to the equipment, wherein each said retention member is secured to the backing layer.
14. The wear surface of claim 13 wherein the backing layer is flexible.
15. The wear surface of claim 13 wherein each of the retention members includes at least one opening for welding each said retention member to the backing layer.
16. The wear surface of claim 1 wherein the sides of the wear member is arcuate, and each of the retention members have arcuate sides to complement the arcuate sides of the wear member.
17. The wear surface of claim 16 the arcuate sides of the wear member are convex and the arcuate sides of each of the retention members are concave.
18. The wear surface of claim 16 the sides of the wear member continuously converge as the sides extend away from the wearable surface.
19. The wear surface of claim 16 the wear member is a metal harder than the retention member.
20. The wear surface of claim 16 the wear member floats between the retention members.
21. The wear surface of claim 1 wherein the wear members have a width and the retention members cover a majority of the width of the wear member.
22. The wear surface of claim 21 the wear member is elongate and the sides of the wear member converge as the sides extend away from the wearable surface.
23. The wear surface of claim 21 where the wear members are a metal harder than the retention member.
24. The wear surface of claim 21 the wear members float between the retention members.
25. A wear surface for protecting a wearable surface of mining equipment exposed to abrasive material, the wear surface comprising a plurality of wear members overlying the wearable surface and free of direct securement to the wearable surface, and a plurality of discrete retaining members individually welded to the wearable surface and overlapping the wear members to retain the wear members to the wearable surface, wherein each said wear member is independently movable with respect to the retaining members and the wearable surface.
26. The wear surface of claim 25 wherein each of the wear members includes a base surface facing the wearable surface, an exposed surface opposite the base surface, and opposite sides extending between the base and exposed surface, and the retaining members overlie the exposed surface.
27. The wear surface of claim 25 including a backing underlying the wear members and retaining members, wherein each said retaining member is secured to the backing.
28. The wear surface of claim 27 wherein the backing is flexible.
29. A wear surface for protecting a wearable surface of mining equipment exposed to abrasive material, the wear surface comprising a plurality of wear members and a plurality of discrete retaining members overlapping and retaining the wear members over the wearable surface, the retaining members each being separately welded to the wearable surface and shaped relative to the wear members to accommodate both a planar or curved wearable surface, wherein each said wear member is independently movable with respect to the retaining members and the wearable surface.
30. The wear surface of claim 29 wherein each said wear member is bordered on each of a pair of opposite sides by one said retaining member.
31. The wear surface of claim 29 , including a backing underlying the wear members and retaining members, wherein each said retaining member is secured to the backing.
32. The wear surface of claim 29 , wherein the backing is flexible.
33. The wear surface of claim 29 wherein a different one of the retaining members is positioned between each adjacent pair of the wear members.
34. The wear surface of claim 29 wherein the retaining members are discontinuous.