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A condensation free mirror to be used in a shower environment consisting of a mirror substrate and a means for detachably mounting the mirror to a shower wall. The mirror assembly is designed for optimum heat retention in order to provide a condensation free surface after being exposed to the warm s

A condensation free mirror to be used in a shower environment consisting of a mirror substrate and a means for detachably mounting the mirror to a shower wall. The mirror assembly is designed for optimum heat retention in order to provide a condensation free surface after being exposed to the warm shower stream. No internal plumbing, reservoirs, or anti-fog coatings are required to achieve a condensation free surface.

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1. A latent heat actuated shower mirror assembly comprising: a mirror having a reflective surface and a substrate; a pivotable mirror retainer arm supporting said mirror; said substrate having thermally exposed front and rear surfaces separated by a thickness of between generally 0.040 and 0.25

1. A latent heat actuated shower mirror assembly comprising: a mirror having a reflective surface and a substrate; a pivotable mirror retainer arm supporting said mirror; said substrate having thermally exposed front and rear surfaces separated by a thickness of between generally 0.040 and 0.250 inches; said mirror retainer arm being received by a wall retainer enabling said mirror to be rotatably positioned and mounted or removed from a surface in a shower; said mirror retainer arm positioning said mirror away from a shower wall; said thermally exposed surfaces are capable of being raised to a shower temperature and capable of retaining latent heat from the shower temperature thereby preventing condensation from accumulating upon said reflective surface; and wherein said substrate includes an aperture for receiving said retainer arm and said retainer arm includes a proximal end having a tapered mounting tang to ease mounting and removal of said mirror. 2. The mirror assembly of claim 1, wherein said substrate includes a thermal conductivity ranging between generally 0.100 and 3.5 BTUin/hrft 2f. 3. The mirror assembly of claim 1, wherein said substrate is formed from a high clarity plastic material. 4. The mirror assembly of claim 1 wherein said substrate includes a thickness of generally 0.080 inches. 5. The mirror assembly of claim 1, wherein said proximal end of said retainer arm includes auto location walls positioning said mirror away from the shower wall. 6. The mirror assembly of claim 1, wherein auto location walls position said mirror away from the shower wall from generally 0.250 inches to 3.0 inches. 7. The mirror assembly of claim 6, wherein said retainer arm includes an anti-swing plane positioned between said auto location walls orienting said mirror generally parallel to said shower wall. 8. The mirror assembly of claim 1, wherein said wall retainer comprises a suction cup. 9. The mirror assembly of claim 1, wherein said retainer arm includes a wall retainer end and a pivot shaft, said wall retainer end having a diameter greater than said pivot shaft. 10. The mirror assembly of claim 9, wherein said wall retainer end is received by a side hole in a suction cup boss and said wall retainer end includes a diameter greater than a diameter of said side hole. 11. A method for obtaining a condensation free mirror surface in a shower through utilization of a latent heat actuated shower mirror comprising: (a) providing a latent heat actuated shower mirror assembly having a mirror substrate suspended from a mirror retainer arm; (b) removing said mirror substrate from said mirror retainer arm while showering; (c) holding said mirror assembly in a hot shower stream allowing the hot shower stream to spray upon a front surface of said mirror substrate thereby transferring thermal energy from the hot shower stream to said mirror substrate through said front surface; (d) reorienting said mirror substrate in the hot shower stream thereby allowing the hot shower stream to spray upon a rear surface of said mirror substrate transferring thermal energy to said substrate through said rear surface; and (e) returning the mirror substrate to said mirror retainer arm configured to position said mirror substrate away from a shower wall thereby reducing heat loss from said substrate through said shower wall and allowing warm air currents derived from the shower stream to contact said rear surface of said substrate, wherein said warm air currents reduce heat loss from said mirror substrate. 12. A method as set forth in claim 11, wherein said mirror retainer arm is further defined by spacing said mirror substrate away from the shower wall from generally 0.250 inches to generally 3.0 inches. 13. A method as set forth in claim 11, further including the step of repeating steps a through e when said front surface begins to fog.