Sheet

Sheets in thicknesses from 0.010” – 8”+ and widths and lengths to 48” x 120” sizes

Norplex-Micarta can manufacture nearly any thickness. Therefore, there is no reason to buy .500” and sand to .437”

 

Sheet sizes include (in inch):

48” x 120”  48” x 108”  48” x 96”

48” x 84”  48” x 72”  48” x 60”

48” x 48”  48” x 42”  48” x 39”

48” x 36”  39” x 79”  39” x 72”

39” x 60”  39” x 39”  36” x 72”

 

Sheet sizes include (in meter):

1.2192 x 3.048    1.2192 x 2.7432   1.2192 x 2.4384

1.2192 x 2.1336  1.2192 x 1.8288   1.2192 x 1.524

1.2192 x 1.2192  1.2192 x 1.0668   1.2192 x 0.9906

1.2192 x 0.9144  0.9906 x 2.0066   0.9906 x 1.8288

0.9906 x 1.524    0.9906 x 0.9906   0.9144 x 1.8288 

 

Please note: not all materials are available in all sizes because of substrate availability and minimum run quantities. All tolerances will comply with NEMA industry standard unless otherwise specified.

 

To learn more about different Norplex-Micarta sheet products, please continue your selection below.

NP611R

NP611R is a hot punching general-purpose phenolic grade.

SP3000

SP3000 - SkatePlate 3000™ is composed of a phenolic resin system combined with a mechanical grade of kraft paper.

NP843

NP843 is made from kraft paper and phenolic resin system.

NP664

NP664 (NEMA XPC) is a composite made from unbleached kraft paper with pigmented cover plies on the surface.  

NP660

NP660 (NEMA XP) is an economy version of NP611.

NP639

NP639 is an economical paper-reinforced laminate that can withstand temperatures up to 150°C without blistering.

NP631

NP631 is a hot-punching thermoset composite material offering excellent electrical properties and low moisture absorption.

NP630

NP630 (NEMA XXX) is a machining grade with very good electrical properties and excellent resistance to moisture and splitting.

NP629

NP629 (NEMA XX) is a paper based phenolic that is a machining grade with less robust electrical properties than those of NP630.

NP625

NP625 (NEMA XPC) is a paper based phenolic grade, which is suitable for punching and shearing in thicknesses up to 0.125 inch and at temperatures slightly higher than room temperature.