PALAMAL
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SOLUTION

New Energy Battery

Use MPP and NPE lightweight compression and cushioning behavior for battery pack base, end plate and intercell protection.
Foam material protection application for new energy batteries
Source material ↗

APPLICATION LOGIC

The materials can absorb mechanical vibration, balance assembly tolerances and provide cushioning support, with project validation for thermal insulation, electrical insulation, fatigue and environmental durability.

Customer requirement focus

  1. Compression curve and tolerance compensation
  2. Vibration, impact and fatigue
  3. Thermal and electrical safety validation

PALAMAL deliverables

  1. Material window and compression specification
  2. Component samples and test matrix
  3. Production dimensions and quality control

MATERIAL ROUTE

Related products

MPP microcellular foam sheet referenceMPP

Supercritical microcellular polypropylene foam

MPP Foam Sheet

A polypropylene based foam with micron scale cells formed by supercritical CO₂. Expansion can be tuned by application, with the source material indicating up to 25 times expansion for lightweight support, cushioning and thermal insulation structures.
  • Low density with useful specific strength
  • Designable compression and recovery response
  • Closed cell structure for insulation requirements
View details ↗
NPE modified polypropylene foam sheet referenceNPE

Supercritical microcellular modified polypropylene foam

NPE Foam Sheet

A modified polypropylene platform using supercritical CO₂ to create micron scale cells. Formulation and expansion can be tuned for compression, cushioning, support and durability targets.
  • Progressive compression response
  • Balance of low weight, toughness and fatigue resistance
  • Can be engineered around assembly tolerances
View details ↗

PALAMAL MATERIAL OP / SAMPLE / TDS

Contact, sample and document request

Submission creates a website tracking reference and routes the request into PALAMAL CRM. Sample requests enter the Sample Request draft workflow. A TDS request for a published grade can receive the controlled link after the record is created.
Properties first use the published CRM revision, with the controlled baseline kept only as a fallback. A controlled TDS link is returned after the request creates a CRM record, preventing website copies from drifting from the released revision.