ACRYSOL™ DR-72 Thickener 

Alternative to High Molecular Weight Cellulosic Thickeners

Regional Product  Availability    • Asia-Pacific

Description

ACRYSOL™ DR-72 Thickener is a synthetic, liquid, anionic rheology modifier that offers a  single, low cost / high performance alternative to cellulosic thickeners in interior flat, sheen,  and satin latex paints. It can be used in structured paints and replace high molecular weight  HEC in renders, plasters, etc.

ACRYSOLDR-72 Thickener is part of the DESIGNED RHEOLOGY™ Product Line which  offers a liquid alternative to HEC with customized rheology and endpoint application  performance. This associative thickener offers application and “in-can feel” properties that  are very similar to those of higher molecular weight cellulosic thickeners.

ACRYSOL DR-72 Thickener offers excellent resistance to roller spattering, improved  levelling, and better response to dilution in most formulations. ACRYSOL DR-72 Thickener  is easy to handle and incorporate during the paint manufacturing process and is highly  resistant to microbial attack.

Application

ACRYSOL™ DR-72 Thickener is designed for use in a wide range of latex paint  formulations for excellent performance. It is particularly well suited for low-sheen interior  formulations, including above CPVC low volume solids paints. In these formulations, it can  be used as a cost effective alternative to cellulosics.

ACRYSOL DR-72 Thickener is supplied as a low-viscosity liquid that is easy to pour and  pump. It is especially attractive to use when bulk handling and automatic metering  equipment are used.

Cellulosic thickeners are traditionally used in rendering systems, such as aggregate  finishes, marble stone finishes and all other kinds of trowelable products. In these textured  paints applied in high thickness, the sag resistance is a key property, and formulators  normally use high molecular weight HEC thickeners which deliver a high viscosity at low  shear. ACRYSOL DR-72 Thickener is an excellent alternative in these types of formulations.

Typical Properties  (These properties are typical but do not constitute specifications).

Handling Precautions

Before using this product, consult the Material Safety Data Sheet (MSDS)/Safety Data  Sheet (SDS) for details on product hazards, recommended handling precautions and  product storage.