RUBIFLEX® HR AC

RUBIFLEX® HR AC is a high resiliency (HR), flexible foam technology designed for specialty molded seat pad applications. It offers low emissions, superior comfort, dynamic Advanced Comfort (AC), low hysteresis, exceptional vibration damping, and meets stringent humid-aging and extreme durability/fatigue requirements.

RTU Product Type: Polyurethane Flexible Foam

Features: Durable, Excellent Elasticity, Fatigue Resistant, High Air Permeability, High Density, High Resilience, Light Weight, Low Emissions, Low Hysteresis, Low Odor, Low VOC, Soft Touch, Temperature Resistance, Vibration Resistance

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Enhanced TDS

Identification & Functionality

Features & Benefits

Labeling Claims
Ready-to-Use Product Features
Key Features
  • Dynamic Advanced Comfort enabled by high resiliency (HR) flexible foam
  • High density seating foam technology
  • Improved initial comfort
  • Enhanced pressure distribution and vibration performance
  • Low hysteresis loss
  • High air permeability
Typical Benefits
  • Fully formulated system for high-performance
  • Thinner, flexible seats profiles that retain comfort and support
  • Enhanced fatigue resistance - reduced bottoming effect
  • High elasticity for excellent vibrational performance
  • Low VOC/odor system
  • Highly durable and resilient
  • Can be produced using standard manufacturing processes

Applications & Uses

Product End Uses
Markets
Applications
Application Method

RUBIFLEX® HR AC system has been developed for usage on standard high pressure machines without the need of modification of current foaming processes.

Typical Applications

RUBIFLEX® HR AC fully formulated polyurethane system can provide an effective solution for the manufacture of moulded seat pads. This system includes a mix of polyol blend with SUPRASEC® diisocyanate which can offer high-performance.

Properties

Physical Form

Regulatory & Compliance

Certifications & Compliance
Chemical Inventories

Packaging & Availability

Regional Availability
  • Global

Other

Mechanical Properties
ValueUnitsTest Method / Conditions
Compression Set3.2-4.3 %%ISO 1856
Tear Strengthmin. 300.0 N/mN/mDIN 533546
Tensile Strength96.0-141.0 kPakPaISO 1789
Physical Properties
ValueUnitsTest Method / Conditions
Density175.0 kg/m³kg/m³