10550 by Ferro is a manganese antimony titanium buff rutile pigment. It is suitable for polyolefins, PS, ABS, engineering polymers, PVC, silicones and rubber applications. It is opaque to visible... view more

24-3060 by Ferro is manganese ferrite spinel inorganic pigment with a very bluish shade. It is opaque to visible light and is UV/NIR absorbent. It exhibits high tinting strength and is opaque to... view more

24-3061 by Ferro is spinel structured, standard black inorganic pigment. It is UV/NIR absorbent. It is opaque to visible light and provides ease of dispersion, excellent dimensional stability, no... view more

24-3095 by Ferro is spinel structured, standard inorganic pigment with a bluish black shade. It is NIR absorbent and is opaque to visible light. Offers ease of dispersion, excellent dimensional... view more

28-5333 by Ferro is strontium phosphate violet pigment that is semitransparent to visible light, NIR absorbent and offers the excellent ability to make whites appear "whiter". Provides ease of... view more

CAL-O-SORB 40 by Hallstar acts as a moisture scavenger & desiccant in rubber compounding. It is a blend of calcium oxide and napthenic oil. It offers improved batch incorporation time, handling and... view more

Paraplex® A-8008 by Hallstar acts as a plasticizer. It is a low molecular weight polyester adipate. It offers better permanence, volatility and migration resistance than monomeric plasticizers. Paraplex® A-8008... view more

Paraplex® A-8030 by Hallstar acts as a plasticizer. It is a low molecular weight polymeric polyester adipate, which offers a good balance of performance properties. It shows very good plasticizing... view more

Paraplex® A-8085 by Hallstar is a plasticizer. It is a low molecular weight polyester adipate. It is designed for applications that require low viscosity but the permanence of a polymeric plasticizer. It... view more

Paraplex® A-8200 by Hallstar acts as a plasticizer which is medium molecular weight polymeric ester. It offers excellent extraction resistance to both polar and non-polar mediums. It also offers low... view more