With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Combines the polisher, liquids, pads, and backer pad selected for quartz resurfacing.
Designed specifically for engineered stone and quartz surfaces.
Organizes resurfacing into three clearly defined polishing stages.
Makes the polishing liquids and corresponding pads easier to distinguish.
Provides a 700 to 3,000 RPM range for Alpha's recommended low-RPM operation.
Delivers 1,200W of rated power through a double-stage gear system.
Built-in stabilization supports constant speed output while polishing.
A 4.4 lb tool and two handle options support comfortable control.
Product Information
Alpha BMP Quartz Resurfacing Kit is a complete, matched system for resurfacing engineered stone and quartz. It combines the BMP-700 brushless variable-speed rotary polisher with three color-coded polishing liquids, dedicated foam and wool pads, and a rotary backer pad, giving professionals a coordinated setup for quartz surface work.
The three liquid stages and corresponding pad colors make the components easy to distinguish throughout the resurfacing sequence. This purpose-built combination keeps the process organized with liquids and pads selected by Alpha for use together on engineered stone and quartz surfaces.
The BMP-700 delivers 1,200W of rated brushless power through a double-stage precision gear system. Its variable range of 700 to 3,000 RPM provides the low-speed control recommended by Alpha for the resurfacing system, while soft start and a built-in speed stabilizer support controlled, consistent operation.
At 4.4 lbs, the BMP-700 is designed for comfortable maneuverability and reduced operator fatigue. The included C-handle and side handle provide two grip configurations, while the 25-foot, 14 AWG power cord offers generous reach around the fabrication area.
Common Questions
The system is designed for engineered stone and quartz surfaces. Alpha identifies its three-step liquid and pad combination specifically for this application. Do not assume compatibility with natural stone, porcelain, ceramic, or other materials unless Alpha confirms the surface and process in separate product documentation.
The kit includes the BMP-700 polisher, QRS Steps 1, 2, and 3, one 3-inch high-nap wool pad, two 4-inch diamond-face foam pads, and one 3-inch hook-and-loop rotary backer pad. The polisher also includes both handles, wrenches, attachment hardware, and a plastic case cover.
Alpha uses color coding to help match each polishing liquid with the intended pad during the three-stage resurfacing sequence. This makes it easier to organize the process and distinguish components between stages. Follow Alpha's product directions for the correct order, quantity, and working technique.
Alpha states that the best results are achieved by operating the BMP-700 at low RPM. The tool provides a variable 700 to 3,000 RPM range with soft start. Follow Alpha's instructions for the speed and technique appropriate to each stage of the resurfacing system.
The BMP-700 has a 1,200W rated brushless motor, 1,800W maximum power, an 11.5A rating, and a double-stage precision gear system. A built-in speed stabilizer supports constant speed output. The tool operates on 120V single-phase AC power and uses a Type A plug.
The kit pairs a 3-inch hook-and-loop rotary backer pad with one 3-inch high-nap wool pad and two 4-inch by 1-inch diamond-face foam pads. The foam pads are the yellow T80 FPY04080 and red T10 FPR04010 components selected for the resurfacing system.
Yes. Alpha lists the three QRS liquids, wool pad, both foam pads, and rotary backer pad as individual products associated with the kit. Match replacement part numbers carefully so the color-coded three-step system retains the components specified by the manufacturer.
Review the directions and Safety Data Sheet for each QRS polishing liquid before use. Alpha provides separate Safety Data Sheets for QRS-001, QRS-002, and QRS-003. Follow all listed handling, storage, surface preparation, and personal protection requirements for each stage of the system.