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50 - 3000 Grit Wet Dry Diamond Polishing Pads For Granite

50 - 3000 Grit Wet Dry Diamond Polishing Pads For Granite

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    3000 Grit Wet Dry Diamond Polishing Pads

    ,

    50 Grit Wet Dry Diamond Polishing Pads

    ,

    50 Grit Granite Polishing Pads

  • Name
    Resin Diamond Pads
  • Size
    4"
  • Material
    Diamond, Resin, Etc
  • Usage
    Stone / Concrete/ Terrazzo Grinding And Polishing
  • Grits
    From 50# To 3000#
  • Brand
    Merrock / Dangshing / Apollo
  • Item NO.
    F26
  • Place of Origin
    Made in China
  • Brand Name
    Merrock
  • Certification
    ISO9001,CE,MSDS,etc
  • Model Number
    Merrock
  • Minimum Order Quantity
    1pc
  • Price
    USD5-10
  • Packaging Details
    10pcs in inner box
  • Delivery Time
    5-7 work days, OEM 20-25 work days
  • Payment Terms
    TT , West Union
  • Supply Ability
    20000pcs / Month

50 - 3000 Grit Wet Dry Diamond Polishing Pads For Granite

Diamond Polishing Pads 4 inch wet/dry Granite Marble Concrete Stone Any Grit

 

 

Product Description

Model: F-26

Diameter: 4 Inch

Thickness: 9mm

Grit: 50#,100#,150#,200#,300#,400#,500#,800#,1000#,1500#,2000#,3000#

Function: Grinding polishing marble, granite, terrazzo and concrete

Feature: Use high quality diamond, durable, highly-effective

 

Quick Detail:

 

Name MRK Diamond Polishing Pads Application Marble, granite, terrazzo, concrete ceramic surface
Grit 50#, 100#, 150#, 200#, 300#, 400#, 500#, 800#, 1000#, 1500#, 2000#, 3000# Function Leveling, polishing, grinding

 

Application:

 

For leveling, polishing and grinding marble, granite, terrazzo and concrete floor

50 - 3000 Grit Wet Dry Diamond Polishing Pads For Granite 0

 

Tips:

Benefits of PCD Tooling
Diamond is the hardest material in nature. Consequently, it is also the most resistant to abrasion. This unique quality makes diamond, including synthetic diamonds like polycrystalline diamond, ideal for use in cutting tools.

Polycrystalline diamond (PCD) is an exceptionally resistant material, in which unsystematically oriented diamond crystals are bonded to a sub-stratum of tungsten carbide. These synthetic diamonds are produced through a high-temperature, high-pressure sintering process in a laboratory, and during this procedure, empty spaces between the PCD grains are filled with a cobalt alloy. And since single diamond grains bond to each other, the outcome is an extremely firm product that keeps its strength and shape.