Bsc Preferred MPS934-9IN Knit Roller Cover 9in 3/4in Nap

Product Description

The BSC PREFERRED MPS934-9IN is a 9-inch knit roller cover designed for applying paints and stains to rough surfaces. The 3/4-inch nap depth allows the cover to hold and release paint evenly across textured substrates, reducing the need for repeat passes. The knit fabric construction works across a broad range of coatings, including latex, oil-based, and alkyd formulations. Facilities maintenance crews, janitorial contractors, and painting professionals use this cover for routine painting tasks in commercial and institutional settings where surface conditions are irregular or heavily textured.

This roller cover is suited for rough and semi-rough surfaces such as textured drywall, cinder block, brick, and stucco. The 3/4-inch nap reaches into surface voids to deliver consistent coverage without puddling or skipping. It is a practical choice for facilities maintenance operations that require reliable, repeatable results across large surface areas with minimal setup time.

Key Features

• 9-inch width fits standard 9-inch roller frames used in commercial painting
• 3/4-inch nap depth suited for rough and heavily textured surfaces
• Knit fabric construction compatible with all paints and stains
• Lightweight at 0.2 pounds for reduced hand fatigue during extended use
• Non-hazardous materials for use in standard indoor environments

Compatibility

Designed as a standard replacement knit roller cover for use with 9-inch roller frames. Compatible with all paint and stain types including latex, oil-based, and alkyd coatings on rough surfaces.

Installation Notes

Painting professionals and facilities maintenance technicians install this cover by sliding it onto a compatible 9-inch roller frame cage until it seats fully against the end guard. Before use, condition the cover by dampening it with the appropriate solvent for the coating being applied, then roll out excess on a clean surface. Follow applicable facility safety and ventilation requirements when working with solvent-based coatings.