
Plastic parts can be identified by the SAE code, which is usually found on the rear of the part, and/or by the characteristics of the plastic. Knowing the type of plastic aids in selecting the proper repair materials and in selecting the proper repair procedure.
Look for the SAE code stamped into the part.
Match the code to those in the plastic identification chart to determine whether the plastic is thermoplastic or thermoset plastic, and whether the plastic is rigid or flexible. Refer to Plastic Identification and Refinishing Systems.
Warning:
Do NOT use a plastic burn test to distinguish the type of plastic. The burn test produces vapors which are harmful.
Perform one or both of the following tests to determine if the part is thermoplastic polyolefin or thermoset non-polyolefin.
The shaving should be free of mold release agents and paint.
Thermoplastic and thermoset plastics can be either rigid or flexible. Thermoplastic plastic parts are best repaired with a hot iron plastic material-feed welder, but are usually replaced. Thermoset plastic can be repaired with epoxy or other more rigid 2 package repair material.
For general repair instructions, refer to General Plastic Repair.
General Plastic Repair
Plastic Collar Quick Connect Fitting ServiceForward-facing child restraint installation using LATCH
Before installing a forward-facing child restraint in the Nissan Armada, carefully
review all Warnings and Cautions provided in the "Child safety" and "Child restraints"
sections. Proper installation is essential to ensure maximum protection for your
child while traveling i ...
Headlight and turn signal switch
Headlight switch
Basic information
CAUTION
In the Nissan Armada, always operate the headlights with the engine running
to prevent unnecessary battery discharge and ensure reliable electrical system performance.
Example
Lighting
Type A (if so equipped):
Rotate the switch to the
...
ProPILOT Assist mode indicators
Basic information
The Nissan Armada ProPILOT Assist system features multiple operating modes that
adapt dynamically to driving conditions. These modes are visually represented by
different colors, allowing the driver to quickly understand the current level of
assistance. As driving conditions ...