Product Category: Phenolics
Use Our Chemicals Product Finder
Chemicals Product Finder
One class of free radical scavengers consists of antidegradants. The amount of cure inhibition they exhibit depends on the particular chemical. Figure 8 shows the effects of various antioxidants in a formulation containing 100 phr of EPDM, dicumyl peroxide as indicated, and 0.5 phr of antioxidant.
SONGNOX® 1024 FG
Antioxidant
SONGNOX® 1024 is a metal deactivator and antioxidant for wire & cable, adhesive (both hot melt and solution), and powder coating applications.
SONGNOX® 1024 FF
Antioxidant
SONGNOX® 1024 is a metal deactivator and antioxidant for wire & cable, adhesive (both hot melt and solution), and powder coating applications.
SONGNOX® 1010 FF
Antioxidant
SONGNOX® 1010 is a versatile and highly effective primary antioxidant for organic polymers PE, PP, POM, PA, PET, PVC, and elastomers.
SONGNOX® 2450 PW
Antioxidant
This high-performance, sterically hindered phenolic antioxidant protects the polymer against thermo-oxidative degradation during its manufacturing process and enduse applications.
SONGNOX® 3114 PW
Antioxidant
A very high melting point, trifunctional sterically hindered primary antioxidant is usable in organic polymers for its high performance.
SONGNOX® 1135 LQ
Antioxidant
SONGNOX® 1135 is a primary antioxidant that can be used in a wide range of organic polymers, such as ABS, PE, PVC, and rubbers such as BR, NBR and SBR.
SONGNOX® 1024 PW
Antioxidant
SONGNOX® 1024 is a metal deactivator and antioxidant for wire & cable, adhesive (both hot melt and solution), and powder coating applications.
SONGNOX® 1010 PW
Antioxidant
SONGNOX® 1010 is a versatile and highly effective primary antioxidant for organic polymers PE, PP, POM, PA, PET, PVC, and elastomers.
VANOX® MBPC Powder
Antioxidant
This non-staining and non-discoloring phenolic antioxidant is usable in PP and other polyolefins.
SONGNOX® 1330 PW
Antioxidant
SONGNOX® 1330 is a primary antioxidant for organic polymers that works especially well in PE and PP cable insulation and films because of its excellent dielectrical properties and high resistance to thermo-oxidative degradation.