Blend of calcium distearate, oxidized polyethylene, stearate, stearic acid and mixture of paraffin waxes and hydrocarbon waxes. An external lubricant blend for rigid PVC compounds employing high... view more

HPL -6730 by Honeywell is a blend of calcium distearate, oxidized polyethylene, stearate, stearic acid and mixture of paraffin waxes and hydrocarbon waxes. An external lubricant blend for rigid PVC... view more

Rheolub® HPL-6001 by Honeywell is blend of stearate and ethene homopolymer. An internal/external lubricant blend for rigid PVC compounds employing high performance lubricant technology. It decreases die... view more

Rheolub® HPL-6101 by Honeywell is a blend of stearate and ethene homopolymer. An internal/external lubricant blend for rigid PVC compounds employing high performance lubricant technology. It decreases die... view more

Rheolub® HPL-6102 by Honeywell is a blend of oxidized polyethylene and stearate. An internal/external lubricant blend for rigid PVC compounds employing high performance lubricant technology. It decreases... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in compact form. Releases nitrogen, carbon dioxide or ammonia upon initiation by irradiation... view more

Solplus™ DP720 by Lubrizol is a 100% active polymeric dispersant. Improves filler and pigment dispersion. Provides increased extruder throughput, maintained or improved physical properties... view more

Hydrocarb® XP by Omya is calcium carbonate. Acts as a filler. Provides less friction to allow a higher filler level. Exhibits surface gloss, improved whiteness at high loadings and impact... view more