SUSTAINABLE MATERIAL OPTIONS

Performance with Responsible Material Choices
Selected RugoPA product families are available with Post-Industrial Recycled (PIR) and Post-Consumer Recycled (PCR) content, providing additional material options for applications where reduced use of virgin resources is an important development objective.
Depending on technical and application requirements, Politem can offer Prime, Hybrid, and Full Recycle material concepts while maintaining a strong focus on consistent processing and application-specific performance.

Material Concepts: Prime • Hybrid • Full Recycle
Recycled Content: PIR • PCR

TECHNICAL SUPPORT

From Material Selection to Application Development
Selecting the appropriate polyamide compound requires consideration of component geometry, mechanical loads, operating temperature, environmental exposure, processing conditions, and regulatory requirements.
Politem's technical team supports customers in identifying the most appropriate RugoPA material solution and adapting formulations to application-specific performance targets.

Technical resources include:
* Technical Data Sheets
* Processing Recommendations
* Regulatory & Compliance Documentation
* Application-Specific Material Support
* Customized Compound Development

FIND YOUR RugoPA GRADE
Explore the RugoPA portfolio according to polymer type, reinforcement, performance requirements, processing technology, and application.

PRODUCT RANGE

RugoPA M Series
PA6 Compounds

The RugoPA M Series is based on PA6 and provides a versatile material platform combining mechanical performance, toughness, and processing flexibility. Reinforced and functionally modified grades can be tailored for structural, mechanical, and general engineering applications.

RugoPA S Series
PA66 Compounds

The RugoPA S Series is based on PA66 and is designed for applications requiring enhanced thermal capability, high mechanical performance, and dimensional reliability. The series provides a strong platform for reinforced and performance-modified components exposed to demanding operating conditions.

RugoPA K Series
PA66/6 Compounds

The RugoPA K Series is based on PA66/6 and offers a tailored balance of mechanical performance, toughness, processing behavior, and thermal properties. The platform provides additional material flexibility for applications where the performance profile of conventional PA6 or PA66 requires further optimization.

RugoPA V Series
PA6.10 Compounds

The RugoPA V Series is based on PA6.10, providing a polyamide platform particularly suited to applications requiring improved dimensional stability and reduced moisture sensitivity compared with conventional short-chain polyamides.
Its balanced mechanical and environmental performance makes the series suitable for demanding components exposed to changing humidity and operating conditions.

RugoPA Z Series
PA6.12 Compounds

The RugoPA Z Series is based on PA6.12 and is designed for applications where low moisture uptake, dimensional consistency, chemical resistance, and reliable mechanical performance are important material-selection criteria.
The platform extends the RugoPA portfolio toward applications operating under demanding environmental and chemical exposure conditions.

RugoPA C Series
PA12 Compounds

The RugoPA C Series is based on PA12 and combines low moisture absorption with excellent dimensional stability, toughness, and chemical resistance.
Its characteristic property profile makes it particularly suitable for precision components and applications requiring reliable performance under varying environmental conditions.

RugoPA D Series

PA6/66 Copolymer Compounds

The RugoPA D Series is based on PA6/66 copolymer technology and provides a flexible material platform for applications requiring a tailored combination of toughness, processing characteristics, and mechanical performance.
Functional modification and reinforcement technologies allow the series to be adapted to specific component and processing requirements.

 

MATERIAL TECHNOLOGIES

The RugoPA platform can be further tailored through reinforcement, performance modification, and functional additive technologies. These technologies allow each polymer platform to be optimized according to the mechanical, thermal, electrical, environmental, and processing requirements of the final application.

Reinforcement Technologies
Glass Fiber • Carbon Fiber • Mineral • Hybrid Reinforcement
 

Reinforcement systems can be engineered to achieve the required balance of stiffness, strength, dimensional control, weight, and processing behavior.

Performance Modification
Impact Modified • Heat Stabilized • UV Stabilized • Hydrolysis Resistant • Low Warpage • Chemical Resistant

Application-specific modification packages help optimize material behavior under mechanical loads, elevated temperatures, moisture, chemicals, outdoor exposure, and other demanding service conditions.

Functional Technologies
Flame Retardant • Halogen-Free FR • Enhanced Electrical Properties • Conductive • Antistatic • Low VOC • Laser Markable

Functional additive technologies extend the RugoPA portfolio into applications requiring specific fire-safety, electrical, emission, identification, or functional performance.

Sustainable Material Options
Prime • Hybrid • PIR • PCR • Full Recycle

Selected RugoPA formulations can incorporate Post-Industrial Recycled (PIR) and Post-Consumer Recycled (PCR) raw materials, providing different material concepts according to application performance and sustainability requirements.

PERFORMANCE

Engineered Performance for Demanding Applications
RugoPA compounds can be tailored to achieve the required balance of structural, thermal, dimensional, and functional performance according to the specific needs of each application.

Structural Performance
Reinforcement technologies based on glass fiber, carbon fiber, and mineral systems enable increased stiffness, mechanical strength, and load-bearing capability for demanding structural components.

Thermal Performance
Heat-stabilized formulations are designed to maintain material performance and dimensional integrity during prolonged exposure to elevated operating temperatures.

Impact & Durability
Impact-modified solutions provide enhanced toughness for components exposed to mechanical loads, repeated movement, vibration, or accidental impact.

Dimensional Control
Optimized reinforcement, shrinkage, and processing behavior support low warpage, dimensional accuracy, and reliable assembly in complex molded components.

Functional Performance
Application-specific technologies include flame retardancy, hydrolysis resistance, UV stabilization, electrical performance, laser marking, and other functional modifications.

 

APPLICATIONS

Automotive
RugoPA compounds provide material solutions for structural and functional components requiring mechanical strength, thermal durability, and dimensional reliability.

Typical applications:
Under-hood components • cooling system parts • structural brackets • housings • clips & fasteners • air-management components • electrical components

Electrical & Electronics
Flame-retardant and electrically optimized RugoPA formulations are available for applications where material reliability and electrical safety are critical.

Typical applications:
Connectors • terminal components • electrical housings • switch components • cable-management parts • structural electrical components

Home Appliances
RugoPA materials provide a combination of structural performance, thermal resistance, and durability for functional components used throughout household appliances.

Typical applications:
Fan components • motor surroundings • structural supports • mechanical components • housings • heat-exposed parts

Industrial Applications
Reinforced and functionally modified RugoPA compounds support components operating under continuous mechanical loads and demanding industrial environments.

Typical applications:
Gears • mechanical components • housings • structural supports • machinery components • fastening systems

Drone & Advanced Mobility
High-performance reinforced grades enable lightweight component design while providing the structural reliability required for next-generation mobility applications.

Typical applications:
Structural components • lightweight supports • battery peripherals • electrical housings • connectors • functional components

PROCESSING

Reliable Processing Performance
RugoPA compounds are developed for stable and repeatable processing across industrial manufacturing environments. Formulations are optimized according to polymer type, reinforcement technology, component geometry, and application requirements to support consistent part quality and efficient production.

Injection Molding
RugoPA injection molding grades are available for applications ranging from precision components to complex reinforced structural parts.

Extrusion
Selected RugoPA formulations are available for extrusion applications requiring controlled melt behavior and consistent material performance.

Grade-specific drying conditions, melt temperatures, mold temperatures, and other processing recommendations are provided in the relevant technical documentation.