With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Rubber head helps protect tile and finished flooring surfaces
12 oz head provides gentle impact for positioning and seating materials
Suitable for tile, vinyl plank and laminate installation
Breaks off tile leveling system stems after installation
Slip-resistant grip maintains control even when wet
Ergonomic handle supports comfortable use during repetitive installation work
Product Information
The BARWALT® Non-Marking Mallet features a 12 oz rubber head designed to deliver controlled impact without marking or damaging the work surface. The soft mallet is suited for tapping tile into position, seating tile into a mortar bed, and working with finished flooring materials where a traditional hammer could cause surface damage.
The mallet can be used during tile installation to gently adjust and seat tiles after placement. It is also suitable for breaking off tile leveling system stems after installation, giving tile installers a single tool for multiple setting and finishing tasks.
Beyond tile work, the non-marking rubber head can be used when installing vinyl plank and laminate flooring. Its fiberglass-reinforced handle provides durability, while the ergonomic slip-resistant grip improves control and helps reduce hand fatigue, including when the handle is wet.
Common Questions
The mallet is designed for gently tapping and seating tile, breaking off tile leveling system stems, and installing vinyl plank and laminate flooring.
The 12 oz rubber head is specifically designed to be non-marking and to avoid damaging the surface or workpiece during normal use.
Yes. It can be used to break off tile leveling system stems after the tile installation reaches the appropriate stage for stem removal.
Yes. The non-marking mallet is suitable for installing both laminate and vinyl plank flooring.
The non-marking rubber head weighs 12 oz.
It has a fiberglass-reinforced handle with an ergonomic grip designed for control, reduced hand fatigue, and slip resistance even when wet.