MAT 01
PET Films
Dimensional stability, electrical insulation, printability, and protective surface applications.
TYPICAL USE
Electrical insulation, printed overlays, protective layers
Industrial Graphic Overlay Manufacturing→ENGINEERING MATERIALS
Engineering Materials for Precision Converting
Labelsun reviews films, foams, adhesives, thermal and EMI shielding materials, protective films, and insulation materials for OEM converted components. Project-specific stack-ups are evaluated against geometry, surface, thermal, EMI, insulation, handling, assembly, and documentation requirements.
Films · Foams · Adhesives · Thermal · EMI Shielding · Insulation & Protection
MATERIAL CENTER
Material Families
Material families commonly reviewed for bonding, insulation, cushioning, thermal management, EMI control, printed interfaces, protection, and component stack-ups.
MAT 02
Polycarbonate Films
Impact-resistant films suitable for interface layers, windows, and durable printed surfaces.
TYPICAL USE
HMI overlays, display windows, durable printed interfaces
Industrial Graphic Overlay Manufacturing→MAT 03
Pressure-Sensitive Adhesive Materials
Transfer tapes, double-coated tapes, foam tapes, and selected specialty adhesives, including project-specified 3M™ and VHB™ options where grade and availability are confirmed.
MAT 04
Polyurethane & Cushioning Foams
Foam materials for sealing, cushioning, compression control, and vibration support.
MAT 05
Thermal Interface Materials
Thermal pads, graphite sheets, insulation films, and adhesive-backed thermal materials for component stack-ups.
TYPICAL USE
Thermal interface pads, heat-spreading parts, insulation layers
Thermal Material Converting→MAT 06
EMI Shielding Materials
Conductive fabrics, conductive foams, grounding materials, and shielding constructions for EMI control.
TYPICAL USE
Grounding contacts, enclosure gaskets, shielding components
EMI Shielding Material Converting→APPLICATION MAPPING
Material-to-Application Mapping
Reference guide for matching core material families to Labelsun converting capability areas.
| Material | Precision Die Cutting | Thermal Management | EMI Shielding | Graphic Overlays |
|---|---|---|---|---|
| PET Films | — | — | ||
| Polycarbonate Films | — | — | ||
| Pressure-Sensitive Adhesive Materials | ||||
| Polyurethane & Cushioning Foams | — | — | — | |
| Thermal Interface Materials | — | — | ||
| EMI Shielding Materials | — | — |
Checkmarks indicate common use within the converted component structure; they do not imply that every material independently provides the listed functional performance.
SELECTION REVIEW
Material Selection & Stack-Up Review
Key review factors used to match material families to application, assembly, and converting requirements.
REVIEW 01
Application Environment
Temperature, humidity, chemical exposure, UV conditions, and expected service environment all influence material suitability.
REVIEW 02
Mechanical & Assembly Conditions
Compression, gap, movement, bending, surface energy, and assembly space determine how films, foams, and adhesives should be selected.
REVIEW 03
Brand & Grade Selection
Customer-specified materials, including 3M™ adhesive grades and other supplier options, can be reviewed subject to grade, availability, documentation, and application requirements.
REVIEW 04
Converting & Release Conditions
Printing, lamination, die-cutting tolerance, liner selection, handling, and production-volume needs influence final material format and release structure.
CONVERTING ROUTES
Related Converting Capabilities
Labelsun converts engineering materials into precision functional components across key manufacturing routes.
ROUTE 01
Precision Die Cutting
Lamination and precision conversion of films, foams, adhesives, and multi-layer materials.
ROUTE 02
Industrial Graphic Overlay Manufacturing
Printing and conversion of film substrates, label stocks, and interface constructions.
ROUTE 03
Thermal Material Converting
Converting support for thermal pads, graphite sheets, insulation, and adhesive-backed layers.
ROUTE 04
EMI Shielding Material Converting
Converted conductive foam, fabric, grounding, and laminated shielding components.
ROUTE 05
Rapid Prototyping
Material trials and tool-less samples for fit, handling, and stack-up review.
ENGINEERING REFERENCES
Engineering References
Reference materials supporting material selection, stack-up planning, and converting review.
OEM Converting Material Selection Guide
Material families, application direction, and selection considerations for common converting programs.
Precision Converting Tolerance Matrix
Reference notes for converting tolerance, handling, and format selection across films, foams, adhesives, and thermal materials.
3M and VHB are trademarks of 3M Company. Labelsun is an independent converter and is not affiliated with or endorsed by 3M. Brand-specific grades and availability are confirmed for each project.
RESPONSIBLE MATERIAL OPTIONS
Responsible Sourcing & Waste Handling
Environmental and sourcing requirements are reviewed at project level alongside material performance, construction, and documentation needs.
OPTION 01
Paper-Based Sourcing Options
Paper-based materials from FSC-certified supply chains can be reviewed for eligible projects. Any FSC product claim or logo use depends on the applicable certified chain-of-custody arrangement.
OPTION 02
EUDR Documentation Review
For applicable paper-based materials, supplier documentation can be reviewed to support customer EUDR due-diligence requirements. Availability and document scope depend on the selected material and supplier.
OPTION 03
Production Waste Handling
Core converting and die-cutting operations do not generate industrial process wastewater. Production offcuts and solid waste are sorted and transferred to contracted recycling or waste-management providers according to waste category.
MATERIAL PROGRAM REVIEW
Discuss Your Material Requirements
Share the application, substrate, thickness, assembly conditions, or sample requirements for engineering review.