Plastic Sheets & Bars

Previously Purchased

In Stock at Branch

Material

ABS
Acetal Copolymer
Acetal Homopolymer
Acrylic
Cast Acrylic
Cast Nylon
CPVC
ePTFE
FPVC
HDPE
LDPE
Nylon 6/12
Nylon 6/6
PAI
PEEK
PEI
PETG
Polycarbonate
Polyester
Polypropylene
Polystyrene
PPS
PTFE
PVC Type 1
PVC Type 2
UHMW Polyethylene

Grade

Marine Grade

Offers superior performance in environments exposed to water, sunlight, or other harsh elements. These grades will not rust, corrode, rot, delaminate, or splinter like wood or metal alternatives.

Oil-, Lubricant-, PTFE-, and MDS-Filled Grades

These grades of plastic have an internal lubricant that makes them more slippery- and wear-resistant than other grades.

Insulating, Impact, Temperature, and Filled Grades

These grades offer excellent electrical insulating, impact strength, and temperature-resistance. Plastics with a glass filler are stronger and more abrasion-resistant than standard grade plastics.

Antistatic
Electrically Insulating
Enhanced Impact Strength
Enhanced Temperature
Glass-Filled
Lubricant-Filled
Marine
MDS-Filled
Oil-Filled
PTFE-Filled
Scratch & UV Resistant
Standard

Plastic Thickness

0.03125 in
0.0625 in
0.078125 in
0.09375 in
0.125 in
0.15625 in
0.171875 in
0.1875 in
0.21875 in
0.234375 in
0.25 in
0.3125 in
0.34375 in
0.375 in
0.46875 in
0.5 in
0.625 in
0.703125 in
0.75 in
0.875 in
0.9375 in
1 in
1.03125 in
1.234375 in
1.25 in
1.5 in
1.75 in
2 in
2.25 in
2.5 in
2.75 in
3 in
3.25 in
3.5 in
3.75 in
4 in
4.5 in
5 in

Plastic Width

0.25 in
0.375 in
0.5 in
0.75 in
1 in
1.25 in
1.5 in
2 in
2.5 in
3 in
3.5 in
4 in
5 in
6 in
8 in
12 in
15 in
16 in
18 in
24 in
30 in
32 in
36 in
39 in
48 in

Plastic Length

6 in
12 in
15 in
16 in
18 in
24 in
30 in
32 in
36 in
1 m
48 in
60 in
72 in
78 in
96 in
120 in

Color

Plastic Clarity

Clear
Opaque
Semi-Clear

Backing Type

Acrylic Adhesive
Plain

Tensile Strength Rating

Tensile strength rating is determined by calculating the maximum pulling force a material can withstand without breaking. The higher the numerical value, the stronger the material. Plastics are rated poor, good, or excellent.

Excellent
Good
Poor

Impact Strength Rating

Impact strength refers to the amount of shock a plastic can absorb without cracking or breaking. Plastics rated "no break" or have a value higher than 5 ft.-lb./in. are the strongest. Plastics are rated poor, good, or excellent.

Excellent
Good
Not Rated
Poor

Plastic Hardness Rating

Hardness is determined by a material's resistance to permanent indentation. The higher the value, the harder the plastic will be. Plastics are rated medium-soft, medium-hard, or extra hard.

Extra Hard
Hard
Medium
Medium Soft
Not Rated

Friction Rating

Friction rating refers to how slippery the plastic is: A lower coefficient of friction means the plastic will be more slippery. Plastics are rated slippery, very slippery, or not slippery.

Not Rated
Not Slippery
Slippery
Very Slippery

UV Resistant

Minimum Temperature

-410 °F
-350 °F
-328 °F
-321 °F
-290 °F
-211 °F
-100 °F
-75 °F
-70 °F
-58 °F
-50 °F
-40 °F
-26 °F
-22 °F
-20 °F
-4 °F
0 °F
5 °F
30 °F
32 °F
40 °F

Maximum Temperature

120 °F
140 °F
150 °F
153 °F
158 °F
160 °F
170 °F
176 °F
180 °F
185 °F
190 °F
194 °F
200 °F
210 °F
220 °F
230 °F
240 °F
250 °F
260 °F
270 °F
275 °F
330 °F
340 °F
430 °F
480 °F
500 °F
550 °F

Machinability

This refers to a plastic's level of machinability using acetal as the base-level comparison. Acetal is the easiest plastic to machine. Each plastic is rated poor, fair or good with regards to how easy the plastic is to machine.

Excellent
Fair
Good

Wear Factor

Excellent
Fair
Good

Corrosion and Chemical Resistance

Corrosion and chemical resistance refers to a plastic's resistance level to chemicals and corrosion. Plastics are rated fair, good or excellent with excellent offering the most resistance.