NEMA XX Paper Phenolic Rod Natural Ground from Sheet
NEMA XX Paper Phenolic Rod Natural Ground from Sheet
SKU:SHA-1afc64
Durable NEMA XX Paper Phenolic Rod with high mechanical strength & superior thermal properties for versatile industrial applications.
Regular price
$45.00
Regular price
Sale price
$45.00
Unit price
per
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.

The NEMA XX Paper Phenolic Rod, ground from high-quality sheet material, offers exceptional durability and reliability for a wide range of mechanical and electrical applications. This thermoset composite features impressive physical strength, resiliency, and ease of fabrication. With specifications meeting stringent ASTM standards, including high tensile and compressive strength, excellent flexural modulus, and superior thermal properties, this rod is ideal for intricate punch parts, insulating washers, switch bases, and various electrical components.
Product Specifications
Specifications Coefficient Of Thermal Expansion Crosswise
1.20 x 10-5 in/in/ºF
Specifications Coefficient Of Thermal Expansion Lengthwise
0.80 x 10-5 in/in/ºF
Specifications Compressive Strength
32000 psi
Specifications Density
0.049 g/cm³
Specifications Dielectric Strength Short Time 0125 Astm D149
750 V/mil
Specifications Flammability Rating Ul 94
HB
Specifications Flexural Modulus Crosswise Astm D790
900000 psi
Specifications Flexural Modulus Lengthwise Astm D790
1100000 psi
Specifications Flexural Strength Crosswise Astm D790
13200 psi
Specifications Flexural Strength Lengthwise Astm D790
16000 psi
Specifications Izod Impact Strength Notched Crosswise Astm D256
0.60 ft·lb/in
Specifications Izod Impact Strength Notched Lengthwise Astm D256
0.65 ft·lb/in
Specifications Length
4 ft
Specifications Maximum Operating Temperature
257 ºF
Specifications Rockwell Hardness
M100
Specifications Tensile Strength Crosswise Astm D638
12000 psi
Specifications Tensile Strength Lengthwise Astm D638
15000 psi
Specifications Tolerance
± 0.001 in