WHEN SHOCK PROTECTION MATTERS
WHY POLYGON COMPOSITE DIELECTRIC TUBING?
Materials and finishes can be customized to your needs, meaning you’ll get exactly what you need
Outstanding dielectric & insulating properties eliminate the risk of capacitive coupling
High Torque Strength means less wear and tear, and less cost for replacements
UL approval to grade AFW-G-10.
Quality control. Every finished tube is tested at 5000 volts minimum to guarantee its dielectric integrity.
FROM THE INSIDE OUT
MANUFACTURED FOR OPTIMAL PERFORMANCE
Polygon Tube provides high torque strengths and has a UL Certified continuous temperature index rating of 120°C. This patented manufacturing technique produced double insulated tubes with unparalleled physical properties and unmatched electrical insulation.
In comparison to conventional molding or paper tube assemblies, the implementation of the Polygon Tube into the motor assembly enables the manufacturer to reduce production costs. Standard tolerances have been established that allow these composite tubes to be slipped or press-fit into the motor laminations. The armature shaft is then pressed into the assembly, securely locking the laminations and the shaft.
To ensure that each double insulated Polygon Tube surpasses all electrical insulation requirements we have implemented an uncompromising inspection process. Each tube is tested at 5000 volts minimum to guarantee its dielectric integrity. Polygon Tube carries approval by Underwriters’ Laboratories, Inc. to grade AFW-G-10. Certification and SPC controlled processing ensures “just in time” deliveries and eliminates inspection on the customer’s end.
Patented Manufacturing Process
Polygon utilizes two bonding processes to manufacture tubes that provide optimum physical and dielectric performance. These processes capitalize upon the individual chemical and mechanical strengths of both chemical resin bonds and structural support maximizing the total strengths of the Polygon Tube. These insulating composite tubes utilize their inherent modulus of elasticity to ensure a permanent press fit on the armature shaft.
The composite tube consists primarily of two dielectric materials:
Reinforcing material: Consisting of continuous fiber bundles of electrical grade “E-Glass” woven together at a specific helix angle with respect to the tube axis and thermoset epoxy resin, property retention (both in-dielectric and structural) electrical temps.
Epoxy: That has a Tg of approximately 120°C [248°F]
Properties in the axial, hoop, and through the wall in a composite are anisotropic and are controlled with fiber orientation. The composite’s physical properties are not less consistent in ultimate strength or elasticity.
“When our engineers are designing a part, they can simply design it, send the design to Polygon, and know that Polygon will make it to our specifications. Polygon makes the design and manufacturing processes easy for our engineers.”