A handle configured to be attached to a pumice stone. The handle includes a gripping portion and a post extending from the gripping portion. The post is configured to support the pumice stone. The post includes a support member, a series of ribs spaced apart along a length of the support member, and a series of cavities defined between adjacent ribs. The cavities are configured to accommodate an adhesive for coupling the post of the handle to the pumice stone.

A serving tray comprised of at least one synthetic material and an insert which provides a non-slip top surface of the serving tray. The textured relief is preferably made of thermoplastic polyurethane (TPU) which allows a glass or other item to be placed on the serving tray without the item sliding or slipping while the tray is in motion. The tray may be fabricated through a compression or an injection molding technique. As the tray is being fabricated, the TPU is mechanically bonded with the top surface of the tray while a textured relief is simultaneously defined into the top surface. The textured relief includes a plurality of protrusions and a corresponding plurality of indentations which provide adequate frictional force to the item being placed on the tray so as to substantially prevent its lateral movement.

A serving tray comprised of at least one synthetic material and an insert which provides a non-slip top surface of the serving tray. The textured relief is preferably made of thermoplastic polyurethane (TPU) which allows a glass or other item to be placed on the serving tray without the item sliding or slipping while the tray is in motion. As the tray is being fabricated, the TPU is mechanically bonded with the top surface of the tray while a textured relief is simultaneously defined into the top surface. The textured relief provides adequate frictional force to an item being placed on the tray so as to substantially prevent its lateral movement. The tray also includes an inner support structure disposed on its inner surface. The inner support structure provides an upward facing edge which allows a plurality of trays to be easily and efficiently stacked or nested on one another.

Disclosed are a scratch-proof TPU (thermoplastic polyurethane) cutting board having increased wear resistance and no toxicity and a method of manufacturing the same, the method according to a preferred embodiment including (1) weighing 72 wt % of TPU, 25 wt % of magnesium sulfate, and 3 wt % of a dispersant, (2) placing the materials weighed in step (1) in a mixing tank and performing mixing with stirring for 40 min, (3) placing the mixed materials in a dryer and performing drying at 80° C. for 3 hr, and (4) placing the dried materials in an injection-molding machine and performing injection molding, whereby the molecular cohesion of TPU and magnesium sulfate is enhanced, whereby the final TPU cutting board has greatly increased wear resistance and friction resistance and is non-toxic, and surface scratches do not occur due to a cutting process when using the cutting board, thereby preventing discoloration of the surface of the cutting board.

A serving tray comprised of at least one synthetic material and an insert which provides a non-slip top surface of the serving tray. The textured relief is preferably made of thermoplastic polyurethane (TPU) which allows a glass or other item to be placed on the serving tray without the item sliding or slipping while the tray is in motion. As the tray is being fabricated, the TPU is mechanically bonded with the top surface of the tray while a textured relief is simultaneously defined into the top surface. The textured relief provides adequate frictional force to an item being placed on the tray so as to substantially prevent its lateral movement. The tray also includes an inner support structure disposed on its inner surface. The inner support structure provides an upward facing edge which allows a plurality of trays to be easily and efficiently stacked or nested on one another.

A serving tray comprised of at least one synthetic material and an insert which provides a non-slip top surface of the serving tray. The textured relief is preferably made of thermoplastic polyurethane (TPU) which allows a glass or other item to be placed on the serving tray without the item sliding or slipping while the tray is in motion. As the tray is being fabricated, the TPU is mechanically bonded with the top surface of the tray while a textured relief is simultaneously defined into the top surface. The textured relief provides adequate frictional force to an item being placed on the tray so as to substantially prevent its lateral movement. The tray also includes an inner support structure disposed on its inner surface. The inner support structure provides an upward facing edge which allows a plurality of trays to be easily and efficiently stacked or nested on one another.

Disclosed are a scratch-proof TPU (thermoplastic polyurethane) cutting board having increased wear resistance and no toxicity and a method of manufacturing the same, the method according to a preferred embodiment including (1) weighing 72 wt % of TPU, 25 wt % of magnesium sulfate, and 3 wt % of a dispersant, (2) placing the materials weighed in step (1) in a mixing tank and performing mixing with stirring for 40 min, (3) placing the mixed materials in a dryer and performing drying at 80° C. for 3 hr, and (4) placing the dried materials in an injection-molding machine and performing injection molding, whereby the molecular cohesion of TPU and magnesium sulfate is enhanced, whereby the final TPU cutting board has greatly increased wear resistance and friction resistance and is non-toxic, and surface scratches do not occur due to a cutting process when using the cutting board, thereby preventing discoloration of the surface of the cutting board.

An aesthetic structural product is provided that incorporates high structural strength and high-gloss finish through a streamlined manufacturing process combining hybrid molding with an overlay of decorative film. The method includes preheating a composite sheet, applying a decorative film to the composite sheet through hot stamping, thermoforming the composite sheet to a desired shape, and overmolding desired features using a resin which is compatible with the composite of the composite sheet. The method may be performed in varying order, such as overmolding and/or thermoforming the composite sheet prior to hot-stamping the decorative film to the composite sheet.

The various embodiments herein provide an insulated container. The container comprises a body assembly and a lid assembly. The body assembly comprises of an outer plastic body and a plastic ring insert molded with an inner stainless steel (SS) container. The inner SS container has a non-woven polyester fabric acting as an insulation material. The non-woven polyester fabric is enclosed in between the outer plastic body and the inner SS container. The lid assembly comprises of a plastic top lid, an inner lid and a bowl with non-woven polyester fabric acting as insulation. The polyester fabric is sandwiched between the plastic top lid, the inner lid and the bowl. In the body assembly, the outer plastic body and the inner plastic ring is joined together using a spin welding technique. In the lid assembly the top lid, inner lid and bowl are joined together using spin welding technique.

A handle configured to be attached to a pumice stone. The handle includes a gripping portion and a post extending from the gripping portion. The post is configured to support the pumice stone. The post includes a support member, a series of ribs spaced apart along a length of the support member, and a series of cavities defined between adjacent ribs. The cavities are configured to accommodate an adhesive for coupling the post of the handle to the pumice stone.