OK
The material selection platform
Polymer Additives
The material selection platform
Polymer Additives
by SpecialChem
 
Save
Cette page a bien été ajoutée à vos favoris
47 products match your search
Product Name
Supplier
Description
Copper/ copper-zinc alloy. Provides decorative gold, and metallic (bronze and copper) effects. Shows limited suitability for rubber, LDPE and PVC... view more
Copper/ copper-zinc alloy. Provides decorative gold, and metallic (bronze and copper) effects. Shows limited suitability for rubber, LDPE and PVC... view more
Copper/ copper-zinc alloy. Provides decorative gold, and metallic (bronze and copper) effects. Shows limited suitability for rubber, LDPE and PVC... view more
Copper/ copper-zinc alloy. Provides decorative gold, and metallic (bronze and copper) effects. Shows limited suitability for rubber, LDPE and PVC... view more
Copper/ copper-zinc alloy. Provides decorative gold, and metallic (bronze and copper) effects. Shows limited suitability for rubber, LDPE and PVC... view more
Aluminum. It is carried in DOA (dioctyl adipate) plasticizer. Offers opacity. Exhibits limited compatibility with polycarbonate and PET. Shows complete compatibility for rubber and PVC... view more
Aluminum. It is carried in DOA (dioctyl adipate) plasticizer. Provides the highest level of metallic brilliance and travel. This non-leafing pigment exhibits narrow particle size distribution and... view more
Aluminum. It is an inorganic encapsulated pigment carried in a DINP plasticizer. Provides a variety of sparkling optical effects and improved chemical resistance (specifically for PVC-systems)... view more
Aluminum. It is an inorganic encapsulated pigment carried in a DINP plasticizer. Provides a variety of sparkling optical effects and improved chemical resistance (specifically for PVC-systems)... view more
Aluminum. It is an inorganic encapsulated pigment carried in a DINP plasticizer. Provides a variety of sparkling optical effects and improved chemical resistance (specifically for PVC-systems)... view more
Aluminum. It is an inorganic encapsulated pigment carried in a DINP plasticizer. Provides a variety of sparkling optical effects and improved chemical resistance (specifically for PVC-systems)... view more
Aluminum. It is an inorganic encapsulated pigment carried in a DINP plasticizer. Provides a variety of sparkling optical effects and improved chemical resistance (specifically for PVC-systems)... view more
Aluminum. It is carried in DOA (dioctyl adipate) plasticizer. Offers a balance between sparkle, brilliance and opacity. This non-leafing pigment provides brightness. Exhibits limited compatibility... view more
Copper/ copper-zinc alloy. It is based on encapsulation technology. Offers decorative gold and metallic (bronze and copper) effects. Provides superior temperature stability and chemical resistance... view more
Copper/ copper-zinc alloy. It is based on encapsulation technology. Offers decorative gold and metallic (bronze and copper) effects. Provides superior temperature stability and chemical resistance... view more
Copper/ copper-zinc alloy. It is based on encapsulation technology. Offers decorative gold and metallic (bronze and copper) effects. Provides superior temperature stability and chemical resistance... view more
Copper/ copper-zinc alloy. It is based on encapsulation technology. Offers decorative gold and metallic (bronze and copper) effects. Provides superior temperature stability and chemical resistance... view more
Copper/ copper-zinc alloy. It is based on encapsulation technology. Offers decorative gold and metallic (bronze and copper) effects. Provides superior temperature stability and chemical resistance... view more
Copper/ copper-zinc alloy. It is based on encapsulation technology. Offers decorative gold and metallic (bronze and copper) effects. Provides superior temperature stability and chemical resistance... view more
Sun Chemical (DIC)
Inorganically coated aluminium. Possesses very good moisture and chemical resistance. Has good abrasion and shear resistance, distinct non-leafing characteristics, therefore sound intermediate layer... view more
Back to Top