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- Manufacturer: SI Group
- Product Line: SI Group Specialty Antioxidants
- Product: NAUGARD™ Polyol Stabilization Antioxidants
- Industries: Plastics
- Authorized Countries: Canada | Mexico | United States
NAUGARD™ PS 3015
NAUGARD™ PS 3015 is a BHT-free liquid thermal stabilizer blend for use in polyether and polyester flexible foams. It offers excellent protection to polymers during processing and long-term aging.
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Specifications
Appearance: Yellowish liquid
Pour point °C: < -50
Density @ 25 °C [g/cm3]: 0,947
Primary Chemistry:
Stabilizer mixture of a hindered phenols and amines
- Manufacturer: SI Group
- Product Line: SI Group Specialty Antioxidants
- Product: NAUGARD™ Polyol Stabilization Antioxidants
- Industries: Plastics
- Authorized Countries: Canada | Mexico | United States
Manufacturer
Product Line
Industries
Authorized Countries
Canada
Mexico
United States
Overview
NAUGARD™ PS 3015 is a liquid stabilizer blend of phenolic and aminic antioxidants that is engineered for exceptional performance in polyurethanes and polyol formulations. In addition, NAUGARD PS 3015 provides excellent protection against degradation and thermal scorch effects in the manufacturing of flexible polyurethanes.
NAUGARD™ PS 3015 is readily soluble in polyols and offers an effective balance of phenolic and aminic antioxidants to reduce the potential discoloration of products such as flexible foams. Additionally, NAUGARD PS 3015 reduces FOG emissions by 3 times compared to the FOG industry standard for various slabstock polyol and polyurethane applications.
Specifications
Appearance: Yellowish liquid
Pour point °C: < -50
Density @ 25 °C [g/cm3]: 0,947
Primary Chemistry:
Stabilizer mixture of a hindered phenols and amines
Features & Benefits
- Primary Antioxidant (Phenolic + Aminic)
- BHT Free Liquid Thermal Stabilizer Blend
- Low viscosity and low volatility
- Readily soluble in polyols
- Regulatory compliant stabilizer with OEKO-TEX Standard 100
- Low emissive and 3-time FOG reduction compared to industry standard
- Drop-in replacement at 3000 – 4500 ppm requiring no capex or changes in production
- Long-term protection against degradation due to thermal temperature and oxygen
- Protection against thermal scorch effects in flexible polyurethanes
Problems Solved
Regulatory restrictions with the use of BHT antioxidant
High volatility of traditional polyol antioxidants
Thermal degradation and scorch in the manufacturing of flexible polyurethanes
Applications
Flexible polyurethanes and polyol formulations
Polyether and polyester flexible foams
Related End Markets
Related Functions
Plastics
Related Processes
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