Elastomer
TPU is common for grips, seals, and soft-touch features, often overmolded onto rigid plastic. NetProto reviews substrate geometry, bond expectations, and durometer intent with your CAD upload.
Why teams choose TPU
TPU programs usually pair a rigid thermoplastic substrate with an elastomer second shot or insert strategy.
Teams shortlist TPU when the design shows grip surfaces, strain relief, living seals, or damped contact regions that ABS or PC cannot provide.
The elastomer-specific risk is adhesion and compression set in service. Share durometer targets, chemical exposure, and whether the soft region is cosmetic or load bearing before steel is released.
TPU snapshot
Use this snapshot before you lock a grade in the BOM.
Applications that commonly shortlist this resin.
Reasons the resin stays on the shortlist.
Tradeoffs to resolve before tooling release.
TPU design focus
Environment and assembly notes should travel with the CAD upload.
State the grade family or supplier data sheet when known for TPU
List chemicals, cleaners, or fuels the part will see in service
Identify critical fits sensitive to warp or moisture
Share color, texture, and any pad printing requirements
Note overmolding or insert plans if elastomer regions are nearby
TPU application map
Map the application before you default to a neighboring resin.
| TPU use case | Why it fits | Service data to provide |
|---|---|---|
| TPU housings | Moderate service loads with molded detail | Indoor use, cleaners, and assembly fits |
| TPU functional clips | Elastic recovery or snap engagement | Cycle count and mating part stiffness |
| TPU industrial guards | Impact and chemical exposure within grade limits | Temperature range and UV if outdoors |
| TPU upgrade path | Compare with ABS, PP, or engineering grades | Test data that triggered the material search |
Resin choice
Both sides can be molded thermoplastics or elastomers. Service data usually decides.
TPU quote path
Align grade, environment, and assembly before commercial assumptions harden.
Document heat, chemicals, UV, and mechanical loads that drive grade choice.
Confirm whether commodity, engineering, or elastomer paths fit the CAD.
Include mating parts, seals, and allowable deflection on long spans.
Provide texture, color, and annual quantity so tooling assumptions stay aligned.
Continue exploring
If TPU is close but not exact, these siblings cover common alternate resin families.
Return to the hub to compare resin families before you lock a grade in the quote package.
Learn moreWear, moisture, and filled-grade mechanical parts.
Learn moreOlefin packaging and hinge-friendly geometry.
Learn moreLow-friction snaps, gears, and precision fits.
Learn moreRigid presentation shells and trays.
Learn moreTPU FAQ
Focused on grade choice, environment, and when to switch resin families.
Use the comparison section on this page and the materials hub to sanity-check tpu injection molding against ABS, PP, and engineering options before you freeze BOM.
Upgrade when drop, heat, or chemical exposure in testing exceeds what commodity grades reliably deliver. Share test results in the quote package.
NetProto builds one hardened steel tool for the life of the part. Resin selection does not create a tooling tier menu; it changes DFM review and process assumptions.
CAD, quantity, grade notes, environment data, critical fits, color and texture targets, and any insert or overmold requirements.
Quote a TPU part
Upload CAD and service notes for TPU. NetProto returns DFM feedback with instant pricing on qualified thermoplastic programs.
