Drawing-based components
PTFE insulating sleeves, stand-offs and shaped barriers for electrical assemblies. Specify conductor spacing, mechanical fit and the required electrical conditions.
Procurement specification
These components are made to the required geometry. The drawing defines the finished dimensions and interfaces.
| Component forms | Sleeve, stand-off, washer or shaped barrier |
|---|---|
| Material focus | Specified insulating PTFE grade |
| Electrical inputs | Voltage, environment and insulation requirement |
| Geometry inputs | Wall thickness, conductor spacing and surface paths |
| Mechanical detail | Mounting, fastener load and assembly clearances |
Material choice alone does not define an assembly voltage rating. Wall thickness, air clearance, surface path, contamination and the mounting arrangement all affect insulation performance.
Identify the conductive components and the path that must remain isolated. A cross-section through the assembly is often more useful than a view of the insulator alone.
Insulating parts may also carry a fastener load or locate a conductor. Give the clamping arrangement and contact faces so deformation does not undermine the required separation.
Filled or pigmented grades require their own electrical assessment. A black PTFE component should not be assumed to insulate merely because its base polymer is PTFE.
Specific answers
No. Fillers and additives can change electrical behavior. Specify the actual grade and the electrical requirement.
No. The complete geometry and use environment must be evaluated and tested against the applicable requirement.
Quote the component
Send component and assembly drawings, voltage conditions, environment, mounting loads and quantity. Identify required material and electrical documentation.
Send Drawing & DimensionsContinue with the right requirement