Additives & Chemicals
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PVC Stabilizer
Additives used to prevent the degradation of PVC during processing and its service life. They protect against heat and UV light.
- Prevents thermal degradation of PVC
- Inhibits UV degradation and weathering
- Maintains the physical properties of PVC
- Extends the service life of PVC products
- Different types offer specific performance benefits
Metallic Stearates
Metal salts of stearic acid used as lubricants, mold release agents, and stabilizers in plastics and rubber processing.
- Act as internal and external lubricants
- Facilitate mold release in molding processes
- Can improve dispersion of pigments and fillers
- Some act as heat stabilizers in PVC
- Improve surface finish
Stearic Acid
A saturated fatty acid widely used as a lubricant, mold release agent, and activator in the rubber and plastics industries.
- Acts as a lubricant and processing aid
- Facilitates mold release
- Used as an activator in rubber vulcanization
- Improves the dispersion of fillers and pigments
- Contributes to surface finish
Chlorinated Polyethylene
A synthetic rubber-like polymer with excellent oil, ozone, and heat resistance. It's used in hoses, cables, and various sealing applications.
- Excellent resistance to oil and chemicals
- Good resistance to ozone and weathering
- Wide service temperature range
- Good flexibility and elasticity
- Flame retardant properties
PE Waxes
Low molecular weight polyethylenes used as lubricants, processing aids, and release agents in plastics, rubber, and coatings.
- Act as external lubricants in PVC processing
- Improve flow and mold release
- Enhance surface gloss and slip
- Used in hot melt adhesives and coatings
- Improve pigment dispersion
PVC Stabilizer
Additives used to prevent the degradation of PVC during processing and its service life. They protect against heat and UV light.
Benefits
- Prevents thermal degradation of PVC
- Inhibits UV degradation and weathering
- Maintains the physical properties of PVC
- Extends the service life of PVC products
- Different types offer specific performance benefits
Metal salts of stearic acid used as lubricants, mold release agents, and stabilizers in plastics and rubber processing.
Benefits
- Act as internal and external lubricants
- Facilitate mold release in molding processes
- Can improve dispersion of pigments and fillers
- Some act as heat stabilizers in PVC
- Improve surface finish
Metallic Stearates
A saturated fatty acid widely used as a lubricant, mold release agent, and activator in the rubber and plastics industries.
Benefits
- Acts as a lubricant and processing aid
- Facilitates mold release
- Used as an activator in rubber vulcanization
- Improves the dispersion of fillers and pigments
- Contributes to surface finish
Stearic Acid
A synthetic rubber-like polymer with excellent oil, ozone, and heat resistance. It's used in hoses, cables, and various sealing applications.
Benefits
- Excellent resistance to oil and chemicals
- Good resistance to ozone and weathering
- Wide service temperature range
- Good flexibility and elasticity
- Flame retardant properties
Chlorinated Polyethylene
Low molecular weight polyethylenes used as lubricants, processing aids, and release agents in plastics, rubber, and coatings.
Benefits
- Act as external lubricants in PVC processing
- Improve flow and mold release
- Enhance surface gloss and slip
- Used in hot melt adhesives and coatings
- Improve pigment dispersion
PE Waxes
Principals
