Hybrid polymer container

An accelerated method for making a reduced plastic content hybrid polymer tank comprising:

• a. initiating turning of a heated mandrel heated to a temperature from 25 percent to 40 percent less in surface temperature than the temperature of heated polymer, the heated mandrel being rotated a rate of speed from 1 to 6 revolutions per minute;
• b. extruding the heated polymer from an extruder at a temperature from 400-460 Fahrenheit without deforming or becoming soluble;
• c. wrapping while compressing a first layer of heated polymer over the turning mandrel wherein the first layer of heated polymer is disposed as overlapping wrapping on the turning heated mandrel from one edge of the turning heated mandrel to the opposite edge of the turning heated mandrel until from 70 percent to 80 percent of the surface of the turning heated mandrel is covered with the first layer of heated polymer;
• d. disposing a mesh layer over the first layer of heated polymer on the turning heated mandrel while simultaneously laying a second layer of heated polymer over the turning heated mandrel with a width from 4 inches to 1½ feet and compressing the second layer of heated polymer into the mesh layer and the mesh layer into the first layer of heated polymer simultaneously;
• e. repeating the layering of the heated polymer and the mesh layer until a desired wall thickness is reached;
• wherein a quantity of layers of heated polymer are equal to or greater than the mesh layers, thus creating the cylinder;
• and
• f. performing one of the following to form a hybrid polymer tank:
• (i) while hot, removing the cylinder from the mandrel;
• forming one of a warm hybrid polymer oval, square, or rectangular cylinder tank;
• and cooling one of the warm hybrid polymer oval, square, or rectangular tank;
• or
• (ii) while cool, removing the cylinder from the mandrel, thus forming a hybrid polymer round tank.