ZD Antioxidant 1010 Supplier /Phenolic Antioxidant for PP PE PVC /Plastic Stabilizer Manufacturer

Struktur:Antioxidant 1010 Phenolic Antioxidant.jpg

 

Chemical Name Pentaerythritol tetrakis 3-(3,5-di-tert-butyl-4-hydroxyphenyl) propionate
Synonym Antioxidant 1010/Irganox 1010
Color and Appearance White powder or particle
CAS 6683-19-8
Molecular Formula C73H108O12
Molecular Weight (g / mol) 1177.6 g / mol
Melting Range °C 110-125
Heating Loss % ≤0.5
Ash Content % ≤0.1
Transmittance % 425nm≥98
500nm≥99
Solubility% Clear
Purity GC% ≥98.5
Content of effecitve component % ≥98
Tin Content ≤2*10^-4
HS CODE 3812 3990 or 29182990
Package protegéieren Cardboard box lined with plastic bags or Cardboard drum lined with plastic bags 25kg/box(drum)
Use This product provides outstanding long-term heat resistance stabilization, ensuring polymer materials maintain performance under continuous thermal exposur

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Produkt beschreiwung

Basic informationWhat is Antioxidant 1010 in Polymer Stabilization Systems

Antioxidant 1010 is a high molecular weight primary phenolic antioxidant functioning as a free

radical scavenger in polymer processing.

During plastic manufacturing, polymers are exposed to high temperature, mechanical shear and oxygen,

which can cause polymer chain scission, molecular weight reduction and discoloration.

By adding this polymer processing antioxidant powder, manufacturers can significantly improve:

Long-term thermal stability of plastics

Melt processing safety

Polymer mechanical property retention

Color and appearance stability

Product service life

Because of its low volatility and excellent compatibility, Antioxidant 1010 is widely recognized as a preferred

hindered phenol antioxidant for polypropylene and polyethylene stabilization.

 

Key Benefits of Using Antioxidant 1010

-Excellent Long-Term Thermal Stabilizer for Plastics

This product provides outstanding long-term heat resistance stabilization, ensuring polymer materials maintain

performance under continuous thermal exposure.

-Efficient Polymer Processing Antioxidant Additive

Acts as an effective plastic processing stabilizer additive, reducing degradation during extrusion, injection molding

and compounding operations.

-Low Migration and Non-Discoloring Performance

Due to its high molecular structure, this polymer antioxidant additive shows:

Low volatility

Low extractability

Minimal plate-out

Excellent color protection

-Broad Polymer Compatibility

Suitable for use in many thermoplastics and elastomers, making it an essential plastic antioxidant manufacturer export product.

 

Applications of Antioxidant 1010 in Polymer Industry

-Gas Chromatography Derivatization

As a reliable polymer antioxidant supplier, this product is widely used in:

-Antioxidant 1010 for Polypropylene

Used as a polypropylene antioxidant additive in:

injection molded parts

woven bags and fibers

automotive components

appliance housing

It improves processing stability and long-term durability.

-Antioxidant Additive for Polyethylene

An ideal polyethylene antioxidant powder for:

HDPE pipe extrusion

Film blowing production

Packaging materials

Cable insulation compounds

-Polymer Stabilizer for Engineering Plastics

ABS resin stabilization

Polyamide PA6 / PA66 heat stabilization

Polyester polymer protection

Thermoplastic elastomer stabilization

-Other Industrial Uses

Rubber antioxidant additive

Adhesive formulation stabilizer

Wire and cable compound additive

Footwear material polymer stabilizer

Masterbatch production antioxidant

 

Mechanism of Action as Primary Phenolic Antioxidant

Antioxidant 1010 interrupts oxidation chain reactions by donating hydrogen atoms to polymer free radicals,

thereby stabilizing polymer molecular structure.

This mechanism helps to:

Prevent polymer chain degradation

Maintain melt flow stability

Reduce gel formation

Improve aging resistance

Enhance overall product reliability

For this reason, it is often combined with secondary phosphite antioxidants to form a complete polymer stabilization system.

 

Recommended Dosage in Plastic Processing

Typical addition level for this plastic antioxidant additive:

0.05% 0.30% depending on polymer type ,Higher dosage recommended for high-temperature extrusion systems

 

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