Welcome to Wellington Perforated & Sheet Plate Inc

As consumers, we are not given to wonder much about the work that holes do for us. But, for the product designer or architect, holes in sheet metal can provide the perfect solution to a muli-faceted design problem. In your microwave oven door, for example a piece of perforated metal holds in the harmful microwaves but lets you look inside to see what´s cooking. Many of perforated metals uses are relatively new. Examples include applications for sound suppression, microwave and EMI/RFI radiation containment, filtration and purification of air, water and gasses. But the rapid growth in the use of perforated materials strongly suggests that just the surface has been scratched on their potential application.

Design with Endless Choices	Perfectly Adaptable	Keeping it Safe, Cool and Beautiful
Perforated metal can take many shapes with uncountable choices of perforations. Wherever holes are needed, you can put them where you want them in a Wide choice of material specifications and finish with a part that's all one piece.	The perforating process is perfectly adaptable to provide surprisingly satisfying design solutions... ...enhancing the look as well as the performance.	Architects have found a thousand ways to improve your life with perforated metal. Here, they have provided protection from UV radiation, removed noise and kept small children safe from falling.
Structurally Sound and Efficiently Made	Beautiful Functional and Versatile	Improving Productivity
Perforated components make products work better with holes that function several ways. Holes that ventilate while they hold in radiation ... holes thatfilter or select ... holes that freely allow the passage of soundwaves, gas or liquid.	There are so many ways to do it better with perforated metal. Bakers and pizza makers swear that these are the best bread trays and pizza pans around because the holes let the heat get to everywhere it's needed.	Production line components like these conveyor and dryer elements work better because they are perforated. Perforated metal parts work more efficiently because the perforating process is so adaptable to designer's requirements.