FAQs Archive - Page 3 of 4 - Rewa Additives

PVC exhibits eco-friendly features such as durability, recyclability, and energy-efficient manufacturing. Nevertheless, the inclusion of toxic additives poses environmental risks. These concerns, however, can be effectively addressed by adopting lead-free, non-toxic additives in the PVC manufacturing process.

The sustainability of PVC pipes involves multiple aspects, such as durability, recyclability, energy-efficient manufacturing, lower greenhouse gas emissions and use of lead-free stabilizers instead of traditional toxic stabilizers.

Ceramics, HDPE, linoleum and copper are sustainable alternatives for PVC. Moreover, PVC manufactured using lead-free stabilizers is a sustainable alternative to PVC manufactured with traditional stabilizers.

Lead stabilizers are lead-based additives often used in PVC Processing. They are added to PVC to slow undesirable reactions and improve its lifespan.

Unlike internal lubricants that enhance the polymer melt’s flow properties, external lubricants tend to migrate to the PVC’s surface, forming a lubricating layer between the melt and the processing equipment.

Internal and External Lubricants are two types of lubricants used in PVC applications. They serve the process of reducing friction. However, both of these category of lubricants act differently and have distinct functions. There are certain lubricants such as Stearic Acid that act as both external and internal lubricants.

Unlike internal lubricants that enhance the polymer melt’s flow properties, external lubricants tend to migrate to the PVC’s surface, forming a lubricating layer between the melt and the processing equipment.