Plastistrength® 530 by Arkema is a high molecular weight acrylic processing aid. Exhibits good weathering and high hot melt strength. Provides a uniform, closed-cell structure in cellular PVC... view more

Plastistrength® 550 by Arkema is a medium molecular-weight acrylic processing aid. Provides enhanced processability to most rigid and flexible vinyl compounds. Imparts good melt strength to vinyl... view more

Plastistrength® 551 by Arkema is a medium molecular weight acrylic processing aid for rigid and flexible vinyl compounds. It imparts excellent melt strength to vinyl formulation during processing... view more

Plastistrength® 557 by Arkema is an easily dispersed acrylic process aid that improves processing in a variety of rigid and flexible vinyl formulations by improving fusion. It is recommended for use... view more

Plastistrength® 559 by Arkema is a medium-high molecular weight acrylic processing aid. Provides enhanced fusion and melt strength. Suitable for both compact and foamed sheets. Recommended for all... view more

Plastistrength® 560 by Arkema is a high molecular weight acrylic processing aid. Provides high melt strength combined with excellent foam density, cellular structure and surface finish to vinyl foam... view more

Plastistrength® 564 by Arkema is a very high molecular weight acrylic processing aid. Provides very high melt strength and optimum PVC (polyvinyl chloride) fusion promotion effect. This allows for... view more

Plastistrength® 566 by Arkema is a unique ultra-high molecular weight acrylic processing aid. Provides ultra-high melt strength combined with excellent foam density, cellular structure and surface... view more

Plastistrength® 576 by Arkema is an advanced high molecular weight acrylic polymer. Acts as a processing aid. Exhibits outstanding melt strength, excellent melt elongation, wide processing window... view more

Plastistrength® 770 by Arkema is a lubricating acrylic processing aid for vinyl compounds. Provides very good lubricity and metal release properties to vinyl formulations while imparting high... view more