ENGINEERED FOR PERFORMANCE. DESIGNED WITH END-OF-LIFE IN MIND.
Three technologies. One system. Built for real-world performance.
CAMM develops proprietary material technologies based on advanced PVOH formulations, engineered to deliver specific performance and end-of-life characteristics.
By adapting material properties to different industrial requirements, CAMM enables flexible, soluble and rigid applications through three complementary technology platforms: CAMM FLEX™, CAMM SOLUBLE™ and CAMM RIGID™.
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PVOH (polyvinyl alcohol) is a versatile synthetic polymer whose properties can be tailored through formulation. Depending on its composition, it can provide strength, flexibility, barrier performance and water solubility.
At CAMM, PVOH-based material technology is engineered into proprietary formulations designed to meet specific industrial requirements, combining performance during use with carefully considered end-of-life behaviour.
Importantly, water solubility does not automatically mean biodegradability. These characteristics depend on the formulation and conditions, and require independent validation.
CAMM FLEX™
Flexible material technologies engineered to deliver application-specific performance, processing compatibility and end-of-life characteristics.
Paper Performance
Barrier Packaging
CAMM SOLUBLE™
Precision-engineered materials designed to dissolve under defined conditions, enabling controlled release and application-specific functionality.
Precision Dosing
CAMM RIGID™
Rigid material technologies developed for demanding applications where mechanical performance and end-of-life requirements must work together.
Biodegradable Rigid
Industrial by design. A material only matters if industry can use it.
CAMM develops material technologies with industrial implementation in mind. From formulation and processing compatibility to performance testing and end-of-life validation, our technologies are engineered around the requirements of real applications.
MATERIAL INNOVATION BACKED BY REAL CAPABILITY.
Engineered. Tested. Validated.
CAMM combines material formulation, application engineering, prototyping and testing to develop technologies around the functional requirements of each application.
01
Material formulation
Advanced polymer formulation, blending and material modification to achieve application-specific performance.
Engineer
02
Process compatibility
Capabilities across extrusion, film blowing, injection moulding, coating, lamination and multilayer material structures.
Develop
03
Functional performance
Mechanical, thermal, rheological and barrier-property testing to evaluate material behaviour during processing and use.
Test
04
End-of-life pathways
Material-specific assessment of biodegradation, compostability, recyclability and environmental compatibility using relevant test methods and independent laboratories.
Validate
05
Application engineering
Every CAMM application is developed around three essential requirements: material performance, industrial compatibility and a defined end-of-life pathway.
Application
06
Performance
Performance evidence
CAMM materials are evaluated against application-specific performance and end-of-life requirements, using recognised testing methods and independent laboratories.
INDEPENDENTLY TESTED. EVIDENCE LED.
Microplastic-free
Filtration & Raman spectroscopy
University of Stuttgart · Horiba
01
Compostability
Industrial and home compostability assessments, including testing against EN 13432 and relevant home-composting test methods.
Standards & methods: EN 13432 · Adapted home-compostability assessments · ISO 20200
02
Biodegradability
Independent testing of material biodegradation under defined freshwater and marine conditions.
Standards: ISO 14851 · ASTM D6691
03
Recyclability
European & paper-stream testing
Standards: EN 13430 · CEPI
04
Ecotoxicity
Aquatic species & algae
Standards: OECD 236 · 202 · 201
05
Results are specific to the materials and testing conditions assessed.
Let’s put material innovation to work.
Explore how CAMM’s technologies could meet the performance, processing and end-of-life requirements of your application.