Abstract: A pot cover with a matte finish is formed from a series of layers laminated together. The layer comprise a biaxially oriented film layer having a heat sealable matte finish skin on one side and is laminated to a corona treated side of a polyethylene film interlayer with a heat sealable layer on the other side thereof. An aluminum foil is then laminated to the heat sealable able layer of the interlayer. This laminated product may then be formed under heat and vacuum using coming molding techniques to a most desirable pot cover for flowers or plants.

Abstract: A method for preparing sheets of material from a roll of a dual layered, highly embossed element useful in wrapping floral elements such as flower pots and the like. This material comprises a plastic or sealing layer laminated to an aluminum forming layer. The plastic layer may be embossed prior to lamination or after lamination and may also be colored. The roll of highly embossed material is perforated using small slits across the width thereof at predetermined points along the width. The user separates sheets of material as needed by pulling down and tearing the material along these perforated points.

Abstract: A novel wrapping element comprising at least two layers in intimate contact is described. This element has a sealing layer which is applied to the element to be wrapped and a forming layer which is holographically enhanced on the outside. The holographic enhancement adds interest and beauty to the element to be wrapped which may include flower and floral arrangements, flower pots, and gifts, among others. Since the sealing layer will hold in any moisture or other material which may leak therefrom and since the forming layer permits the forming of the wrapping element about the element to be wrapped, there is great utility within this use.