Mechanic

MECHANIC CENTRUM PRO 2.0 4" PAD HOLDER

Name: MECHANIC CENTRUM PRO 2.0 4" PAD HOLDER
Brand: Mechanic
SKU: 87903370375
Price: 45.60 USD
Availability: InStock

SKU: 87903370375

In stock

PRODUCT DETAILS +

Key Features: MECHANIC CENTRUM PRO 2.0 4″ PAD HOLDER

Designed for 4″ hook-and-loop diamond polishing pads
Provides stable and balanced polishing performance
Ideal for porcelain, ceramic, granite, quartz, and marble
Durable construction built for professional use
Helps reduce vibration for smoother finishing results
Compatible with standard angle grinders
Perfect for edge polishing, surface finishing, and detail work

Specifications

Product: Pad Holder / Backer Pad
Pad Size: 4″
Attachment: Hook and Loop (Velcro)
Application: Polishing and finishing
Compatibility: Standard angle grinders

Free Shipping (Ground shipping to lower 48)

$45.60

Quantity:

Pickup available at DDT Livonia, Warehouse Usually ready in 24 hours

DDT Livonia, Warehouse

Pickup available, usually ready in 24 hours

31575 Glendale St
Livonia MI 48150
United States

+13136546148

Looking for our local store?

Detroit Diamond Tools (Located inside of Strictly Kitchen + Bath)

Phone Number

+1 (313) 654-6148

Email

[email protected]

Map Street

31575 Glendale St
Livonia, MI 48150, USA

Store Hours

Mon-Fri: 9 AM – 5 PM

MECHANIC CENTRUM PRO 2.0 4" PAD HOLDER

The Mechanic Centrum Pro 2.0 4" Pad Holder is designed to provide stable and precise support for diamond polishing pads when working with angle grinders. Built for professional tile installers and stone fabricators, this pad holder ensures smooth polishing, improved control, and consistent surface finishing on porcelain, ceramic, granite, marble, and other hard materials.

Engineered for durability and performance, the Centrum Pro 2.0 holder allows quick attachment of 4" hook-and-loop polishing pads while maintaining balanced rotation and reduced vibration. Its compact design makes it ideal for edge polishing, surface refinement, and detail work on countertops, tiles, and stone surfaces.