Paracril®

Paracril® 32.55XL by Insa acts as an impact modifier. It is produced by chemical crosslinking or branched conversion. It has different degrees of shrinkage until at least 5% from the linear degree of... view more

Paracril® 33.55XL acts as an impact modifier. It is produced by chemical crosslinking or branched conversion. It has different degrees of shrinkage until at least 5% from the linear degree of over... view more

Paracril® 3350 EP by Insa acts as an impact modifier. Offers excellent balance of low temperature flexibility with oil resistance, easy processing, light color and good UV stability. The cold process... view more

Paracril® P7072P acts as an impact modifier. It is a PVC partitioning agent. It is produced by chemical crosslinking or branched conversion. It has different degrees of shrinkage until at least 5%... view more

Paracril® P7075P acts as an impact modifier. It is calcium carbonate partitioning agent. It is produced by chemical crosslinking or branched conversion. It has different degrees of shrinkage until... view more

Paracril® P7079CR acts as an impact modifier. It is calcium carbonate partitioning agent. The cold process yields linear polymers with good processing characteristics and solubility in polar... view more

Paracril® P7083CR acts as an impact modifier. It is a PVC partitioning agent with 1% calcium stearate. It is produced by chemical crosslinking or branched conversion. It has different degrees of... view more

Paracril® P7083P by Insa acts as an impact modifier. It is a PVC partitioning agent with 1% calcium stearate. It is produced by chemical crosslinking or branched conversion. Paracril® P7083P has different... view more

Paracril® P7092P acts as an impact modifier. It is a PVC partitioning agent with 2% calcium stearate. It is produced by chemical crosslinking or branched conversion. It has different degrees of... view more

Paracril® X3675 by Insa acts as an impact modifier. It is produced by chemical crosslinking or branched conversion. It has different degrees of shrinkage until at least 5% from the linear degree of... view more