Polyethylene Tanks, called Poly Tanks, are industrial storage and transit containers.

How are poly tanks made?

Poly tanks are made with highly durable, chemical-resistant resins of either high-density linear polyethylene (HDLPE) or high density cross-linked polyethylene (XLPE) through a process known as rotational molding, the benefits of each having been tested.

What are the uses of poly tanks?

Poly tanks are used for various liquids like water, pesticides, and fertilizer.

What are the benefits of poly tanks?

Poly tanks are economical, widely available containers that are lightweight with easy handling and corrosion-resistant. They are available in various designs and sizes are considered relatively impact resistant.

What is the useful life of a poly tank?

The poly material used, as well as how the poly tank has been maintained, used and stored, determine its useful life.

What are precision components?

Precision components are items used in various applications that are highly engineered and made to vary minimally from set standards.

How is precision machining used for precision components?

Precision machining is used through technical, subtractive manufacturing or product restoration processes where the material is removed from plastic, ceramic, metal, glass or other items to create a finished product requiring close tolerances

What types of precision machining are available for making precision components?

Precision machining has many types, including milling, turning, and electrical discharge machining and is usually controlled using a Computer Numerical Controls (CNC) and blueprints made by CAD (computer-aided design) or CAM (computer-aided manufacturing) programs like AutoCAD and Turbo CAD

What are gas tank vents?

Gas Tank Vents are caps with a designated hole to relieve pressure as warming gasoline expands and cooling gasoline shrinks.

A Gasket is a leak preventing seal between two or more stationary pieces of a mechanical assembly. Gaskets are typically made from yielding material in order to tightly fill the space under varying pressures and temperatures.