Call for more information in Plastic Fabrication in St. George, Plastic Machining, Plastic welding and Custom Fabrication in St. George

Washing Acrylic:

        Wash Acrylic sheet with a mild soap or detergent and plenty of lukewarm water. Use a clean soft cloth,

applying only light pressure. Rinse with clear water and dry by blotting with a damp cloth or chamois. Grease,

oil or tar may be removed with a good grade of hexane, aliphatic naphtha, or kerosene. These solvents may be

obtained at a paint or hardware store and should be used in accordance with manufacturer’s recommendations.

Any oily film left behind by solvents should be removed immediately by washing with soap and water.

Do Not Use: Window cleaning sprays, kitchen scouring compounds, or solvents such as acetone, gasoline,

benzene, carbon tetrachloride or lacquer thinner. Static electricity can attract dust to acrylic sheet. 


Polishing Acrylic:​

​        The original high luster of acrylic sheet can be restored to the edges and surfaces by polishing. Inexpensive buffing wheels are available as an attachment for any electric drill, as well as proper buffing compounds.


Drilling Acrylic:
For best results use drill bits specially designed for acrylic. Regular twist drills can be used but the cutting edges must be modified to prevent the blade from grabbing and fracturing the acrylic. You can find all the sizes we stock in our Tools DIY section under the Products tab.

Forming Acrylic with a Strip Heater:
A strip heater is without a doubt the most useful acrylic-forming device in the home craftsman’s arsenal.

Used properly, it is perfectly safe. A correctly assembled strip heater will not exceed safe heat. A strip heater

can only be used to form straight-line bends. It will allow you to make those bends with a minimum of trouble

and a minimum of electricity. A strip heater heats only the area to be formed, there is no need to heat the entire

sheet if you only intend to make a straight-line bend. It heats quickly, and with a little care you’ll get excellent

results because the rest of the piece stays cool.

Cutting Acrylic with a Knife or Scriber:
         Acrylic sheets up to 3/16″ thick may be cut by a method similar to that used for cutting window glass. Use a scribing knife to score the sheet. Draw the scriber several times (7 or 8 times for a 3/16″ thick piece) along a straight edge held firmly in place. It is best not to remove the protective masking. Make the cuts carefully using firm, even pressure. For best results make each stroke cleanly off the edge of the sheet. Then, clamp the acrylic sheet or hold it rigidly under a straight edge with the scribe mark hanging just over the edge of a table. Protect your hands with a cloth and apply a sharp downward pressure to the other side of the sheet. It will break along the scratch. Scrape the edges to smooth any sharp corners. This method is not recommended for long breaks, thick material or edges that are to be glued.

​Cutting Acrylic with Power Saws:
         Saw blades should be sharp and free from nicks and burrs. Special blades for cutting acrylics are available for most types of saws; otherwise, use blades designed for cutting metals, especially aluminum or copper. Teeth should be fine, of the same height, evenly spaced, and with little or no set. We recommend 60 – 80 teeth min.

         Acrylic is a transparent plastic that has gained widespread use because it's ability to replace glass.

In everyday products it is particularly used for signs, product displays, museum display cases,

terrariums, furniture and much more.
        There is no plastic with greater light transmission, which even allows more light to pass through

than glass. Since it also has numerous advantages over glass.  It is in many cases only the glass's

robustness against scratches which saves it from being replaced with acrylic.
Acrylic is approved for use within the food Industry and used in shops for food storing. Both in

bakery and vegetable areas. Looking closely, you will discover that all types of businesses using large

quantities of acrylic. With a wide variety of colors, thicknesses and fabrication methods nothing is

too small, too big or to complex.

Fabrication and Machining