Bsc Preferred EZD-QT Paint Primer Quart Deep Base

Product Description

The BSC PREFERRED EZD-QT is a quart-size, deep-base interior eggshell latex enamel that combines paint and primer in a single product. It is formulated for interior wall and trim surfaces where a smooth, low-sheen finish is required. VOC content is less than 5 grams per litre, making it suitable for occupied or low-ventilation spaces. The low-odor formula reduces disruption during application. A lifetime warranty backs the product for residential and commercial interior use. Facilities maintenance professionals and painting contractors are the typical installers.

This product is intended for interior surfaces in residential, commercial, and institutional facilities. It is well suited to maintenance painting programs where reducing application steps saves labor time. The deep base formulation is designed to accept tinting for a wide range of darker color finishes. Typical applications include walls, ceilings, and interior trim in buildings where low-VOC and low-odor requirements are in place, such as schools, healthcare facilities, and occupied office spaces.

Key Features

• Paint and primer in one - reduces application steps on properly prepared surfaces
• VOC content less than 5 grams per litre - meets low-VOC requirements for occupied spaces
• Low-odor formula - suitable for use in areas with limited ventilation
• Deep base - accepts tinting for darker color formulations
• Eggshell finish - provides a low-sheen, washable surface
• Lifetime warranty included

Compatibility

Designed for use on interior surfaces as an eggshell latex enamel; compatible with standard latex tinting systems for deep-base color matching.

Installation Notes

Application should be performed by qualified painting contractors or facilities maintenance staff following surface preparation per manufacturer guidelines. Ensure surfaces are clean, dry, and free of loose material before application. Follow all local building and environmental codes regarding paint application in occupied spaces. Minimum and maximum application temperatures should be observed as specified on the product label.