Kane

Heat Pads, Heat Panels, Heat Cable & Rocks

Kane 18" x 28" poly heat mat
  • $103.99 each

Size: 18" x 28" 72 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 18" x 45" poly heat mat
  • $139.99 each

Size: 18" x 45" 117 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 13.5" x 36" poly heat mat
  • $99.99 each

Size: 13.5" x 36" 64 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 13.5" x 48" poly heat mat
  • $114.99 each

Size: 13.5" x 48" 84 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 13.5" x 60" poly heat mat
  • $129.99 each

Size: 13.5" x 60" 108 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 27" x 36" poly heat mat
  • $164.99 each

Size: 27" x 36" 125 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 27" x 48" poly heat mat
  • $199.99 each

Size: 27" x 48" 168 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.

Kane 27" x 60" poly heat mat
  • $239.99 each

Size: 27" x 60" 216 watts

Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.