UPT F 65

UPT F 65

Technical properties

Value

CO2 footprint

1.03 kgCO2 eq/kg

Bio carbon content

51 %

Hydroxyl number

55 – 75 mgKOH/g

Acid number

<5 mgKOH/g

Density at 20°C

1050 kg/m3

Viscosity at 25 °C

2500 – 2900 mPa·s

Functionality

3.5

Water content

<0.2 wt.%

Avg. molecular weight

2800 – 3200 Da

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UPT F 65

Key advantages:

  • Bio carbon content 51 %.
  • Primary and secondary OH groups.
  • Second-generation raw materials, not competing with food chains.
  • Low Carbon Footprint: Contributes to sustainability efforts, radically reducing CO2 footprint.
  • Green production in an eco-friendly process.

Bio Polyol UPT F 65 – Sustainable Polyol for Flexible Foam

Bio Polyol UPT F 65 is an innovative, eco-friendly bio polyol designed for high-performance slabstock flexible foam applications. Manufactured from natural oil polyols, this advanced solution offers a high bio carbon content (51%) while maintaining excellent technical properties for polyurethane foam production.

Key Features and Benefits

  • Eco-Friendly Composition – Derived from natural oil polyols with minimal environmental impact.
  • High Bio Carbon Content – 51% bio-based, ensuring sustainability in renewable polyurethane production.
  • Low Carbon Footprint – Contributes to CO₂ reduction efforts.
  • Versatile Application – Ideal for mattresses, furniture, and car seats industries.

Applications of Bio Polyol UPT F 65

As a leading polyol manufacturer, PolyLabs provides sustainable solutions for polyurethane applications. Bio Polyol UPT F 65 is widely used in:

  • Slabstock flexible foam production for mattresses and furniture applications.
  • Car seats and interior padding for enhanced comfort and durability.
  • Industrial and specialty polyurethane formulations.

Sustainability

Bio Polyol UPT F 65 is a sustainable bio polyol, produced from tall oil, a second-feedstock raw material that does not compete with the food chain. By utilizing this renewable source, it supports a circular economy and reduces reliance on fossil-based polyols.

With a low carbon footprint of 1.03 kgCO₂eq/kg, Bio Polyol UPT F 65 significantly contributes to reducing greenhouse gas emissions in slabstock flexible foam production. Its 51% bio carbon content ensures a more environmentally responsible approach to polyurethane manufacturing, without compromising performance.

Contact PolyLabs

Looking for a trusted polyol manufacturer? Contact PolyLabs today to learn more about Bio Polyol UPT F 65 and its applications in slabstock flexible foam, mattress, furniture, and car seats industries.