Granted Patent B2

US 8,309,200 · App. 11/827,633 · Granted Nov 13, 2012

Abstract

Claims (38)

1. A reflective insulation system, comprising:

a) an outermost aluminum layer that reflects approximately 97% of heat radiated to the aluminum layer;

b) a layer of fiberglass having a first side bonded to said outermost aluminum layer by a first deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the outermost aluminum layer; and

c) a layer of vapor retarder material bonded to a second side of said layer of fiberglass by a second deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the vapor retarder material and which is applied to said vapor retarder in a swirling pattern, said vapor retarder material comprising polypropylene approximately 0.0015 inches thick.

2. The insulation system of claim 1 wherein said vapor retarder material is a laminate and also includes a layer of scrim material, and a layer of kraft material.

3. The insulation system of claim 1 wherein said vapor retarder material is a laminate and also includes a layer of scrim material, and a layer of kraft material.

4. The insulation system of claim 1 wherein said reflective layer is perforated.

5. The insulation system of claim 4 wherein perforations in the reflective layer allow air trapped between the reflective layer and the layer of vapor retarder material to escape from the reflective insulation as the reflective insulation is rolled onto a reflective insulation roll.

6. A reflective insulation system, comprising:

a) an outermost aluminum layer that reflects approximately 97% of heat radiated to the aluminum layer;

b) a layer of fiberglass having a first side bonded to said outermost aluminum layer by a first deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the outermost aluminum layer; and

c) a vapor retarder material bonded to a second side of said layer of fiberglass by a second deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the vapor retarder material, said vapor retarder material being a laminate including a layer of polypropylene, a layer of scrim material, and a layer of kraft material.

7. The insulation system of claim 6 wherein said reflective layer is perforated.

8. The insulation system of claim 7 wherein perforations in the reflective layer allow air trapped between the reflective layer and the layer of vapor retarder material to escape from the reflective insulation as the reflective insulation is rolled onto a reflective insulation roll.

9. A reflective insulation system, comprising:

a) an outermost aluminum layer that reflects approximately 97% of heat radiated to the aluminum layer;

b) a layer of fiberglass having a first side bonded to said outermost aluminum layer by a first deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the outermost aluminum layer; and

c) a layer of vapor retarder material bonded to a second side of said layer of fiberglass by a second deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the vapor retarder material, and which is applied to said vapor retarder in a swirling pattern, said vapor retarder material comprising aluminum.

10. The reflective insulation system of claim 9 wherein said tape is an adhesive backed foil tape.

11. The insulation system of claim 9 wherein said reflective layer is perforated.

12. The insulation system of claim 11 wherein perforations in the reflective layer allow air trapped between the reflective layer and the layer of vapor retarder material to escape from the reflective insulation as the reflective insulation is rolled onto a reflective insulation roll.

13. A reflective insulation system, comprising:

a) a reflective layer, said reflective layer comprising aluminum;

b) a layer of fiberglass having a first side bonded to said reflective layer by a first deposit of hot melt glue;

c) a layer of vapor retarder material bonded to a second side of said layer of fiberglass by a second deposit of hot melt glue;

d) said reflective layer having a transverse dimension smaller than a transverse dimension of said vapor retarder material such that an edge portion of said reflective layer is spaced inwardly with respect to an edge portion of said vapor retarder material; and

e) a strip of tape overlying and securing said edge portions of said reflective layer and said vapor retarder material.

14. The reflective insulation system of claim 13 wherein at least 25 percent of a transverse dimension of said tape overlies an edge portion of said reflective layer.

15. The insulation system of claim 13 wherein said vapor retarder material is a laminate and also includes a layer of scrim material, and a layer of kraft material.

16. The insulation system of claim 13 wherein said reflective layer is perforated.

17. The insulation system of claim 16 wherein perforations in the reflective layer allow air trapped between the reflective layer and the layer of vapor retarder material to escape from the reflective insulation as the reflective insulation is rolled onto a reflective insulation roll.

18. A reflective insulation system, comprising:

a) an outermost aluminum layer that reflects approximately 97% of heat radiated to the aluminum layer;

b) a layer of fiberglass having a first side bonded to said outermost aluminum layer by a first deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the outermost aluminum layer;

c) a vapor retarder material bonded to a second side of said layer of fiberglass by a second deposit of hot melt glue that is in direct contact with the layer of fiberglass and in direct contact with the vapor retarder material, said vapor retarder material being a laminate including a layer of polypropylene, a layer of scrim material, and a layer of kraft material;

d) said vapor retarder material having a transverse dimension larger than a transverse dimension of said aluminum layer such that edge portions of said aluminum layer are spaced inwardly with respect to edge portions of said vapor retarder material;

e) a strip of tape overlying and securing said edge portions of said aluminum layer to respective edge portion of said vapor retarder material, an outer edge of said tape being aligned with an outer edge of said vapor retarder material and an inside portion of said strip of tape overlying an edge portion of said aluminum layer.

19. The reflective insulation system of claim 18 wherein at least a 0.25 portion of said tape overlies said edge portion of said aluminum layer.

Assignments (10)