All reference applications
Front-End Module Carrier — representative components
Body & Structural

Front-End Module Carrier

A front-end carrier consolidates many interfaces into one large molded structure. It must manage stiffness, creep at bolted joints, crash-energy load paths, dimensional stack-up, and assembly variation while reducing mass and part count. Fiber orientation and local rib architecture matter as much as the nominal resin family.

Service zone: Chassis & structuralUnder hoodVehicle exterior
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Component material package

A recommended grade per component, drawn from the Nexeo catalog. Recommendations are engineering assessments; a cited property links the choice to data we hold for that grade.

ComponentRecommended gradeWhy
Main structural carrier
Locates cooling pack, lamps, latch, and fascia interfaces
STAMAX 30YM240
Polypropylene Compound (PP-LGF30)
Long-glass-fiber polypropylene is a lightweight structural starting point for a large injection-molded carrier with integrated ribs and bosses.
High-load latch bracket
Carries concentrated hood-latch and slam loads
Durethan BKV 30 H2.0
Polyamide (PA6-GF30)
A reinforced polyamide candidate suits a compact higher-load insert where local stiffness and heat resistance outweigh same-family material consolidation.
Duct and closeout
Guides cooling air and closes fascia gaps
Circulen Recover PP Compound
Polypropylene Compound (PCR-PP)
A recovered-content PP compound is a candidate for lower-load closeouts where circularity targets can be pursued without assigning it structural duty by assumption.
Producer datasheetNexeo Applications Engineering assessmentUnreviewedExtracted, not yet checked by a personAwaiting datasheetNot published by producer

Validation & compliance path

  • OEM dimensional and module-level durability specification
  • IMDS declaration for every carrier, insert, and attached closeout
  • Vehicle crash and pedestrian requirements validated at system level

Engineering watch-outs

  • Long-glass properties depend on retained fiber length after compounding and molding.
  • Metal fasteners can drive creep and boss splitting; design clamp load and washers as a system.
  • Recovered content must be qualified for odor, emissions, lot variation, and the actual load case.

Adapt this package to your part

Hand this material package to the AI material advisor and adjust it for your vehicle zone, process, load case, exposure profile, and material restrictions.

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