CPS GX250 Tooling Setup for Coating Removal + Recoat: PCD-Right + 16 Hard + 30 Medium (Real Job Workflow)

The Jobsite Problem: Coatings, Glue, and Curing Sealers on New Slabs

If you do floor coatings in the U.S., you’ve probably seen this exact mix on real jobs:

• Thick coatings that need fast removal before recoat

• Carpet tile glue that smears when it’s soft/tacky

• Curing sealers / shiny film on newer slabs that won’t let diamonds bite cleanly

The goal isn’t a “perfect polish.” It’s a clean, consistent surface profile that lets your new coating bond well—without wasting time swapping random tools.

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Real Order Example: CPS GX250 Contractor Setup

One recent contractor order was built for this workflow:

• Machine: CPS GX250

• Application: Concrete grinding / coating removal / recoat

• Concrete condition: Medium

• Tooling (trapezoid style):

• SASE PCD Grinding Shoes — PCD-Right (9 pcs) — epoxy/coating/glue removal

• Metal Bond Diamond Grinding Disc Shoe Puck Scraper for HTC Grinder — 16# Hard Bond (9 pcs)

• Metal Bond Diamond Grinding Disc Shoe Puck Scraper for HTC Grinder — 30# Medium Bond (9 pcs)

Even if you run different plates or quick-change systems, the idea stays the same:

remove fast with PCD → flatten and control scratches with metal steps.

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Why PCD-Right for Coating + Glue Removal

PCD (Polycrystalline Diamond) is the go-to for aggressive removal because it doesn’t just grind—it shears and scrapes coatings and adhesive.

• Best for: epoxy, paint, coating build-up, carpet tile glue, mastic

• What to expect: PCD can leave visible lines/scratch marks (normal)

• What matters next: your metal steps should knock down those PCD lines quickly

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Why 16# Hard Bond Can Still Make Sense on “Medium” Concrete

A lot of slabs aren’t truly “medium” at the surface—especially new pours. Dense top paste + curing film can make softer bonds wear too fast or load up.

A 16# hard bond step can:

• Bite through curing film better

• Hold up longer on dense/abrasive surfaces

• Act as a fast “PCD scratch control” step after removal

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The Simple On-Site Sequence (Fast, Contractor-Friendly)

Step 1 — Removal

PCD-Right

• Use light pressure and keep moving

• On soft/tacky glue, if it starts smearing, stop and quick-clean the PCD face, then continue

Step 2 — Flatten / Scratch Control

16# Hard Bond Metal

• Break through the film

• Flatten the heavy PCD lines

• Don’t overthink it—this step is about getting back to “flat”

Step 3 — Blend for Recoat

30# Medium Bond Metal

• Smooths and blends the scratch pattern

• For thick recoat systems, many jobs can stop here and still bond great

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When You’d Add One More Step (Optional)

If you want a cleaner look before coating—or you’re using a thinner system—you can add one transition step (example: 50/60 metal or a hybrid transition). For many thick recoat jobs, PCD → 16 → 30 is the money path.

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Common Mistakes This Setup Avoids

• Jumping from PCD straight to resin pads (too early; scratches stay)

• Using only one metal grit after PCD (surface stays stripy)

• Buying random tools without a defined workflow

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Why Contractors Choose Monkey King Diamond Tools

At Monkey King Diamond Tools, we focus on jobsite logic:

• Aggressive removal that doesn’t waste hours

• Predictable scratch control steps

• Tooling support for real machines like CPS GX250

• Trapezoid tooling options for contractors who want fast swaps and consistent results

If you’re dealing with coating removal + recoat, tell us your machine model and what you’re removing (epoxy, glue, curing sealer). We’ll help you match a workflow that actually works on site.

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Final takeaway

For real-world coating removal and recoat, a clean workflow beats guessing:

PCD-Right → 16 Hard → 30 Medium is a fast, reliable path to remove material, flatten lines, and leave a consistent surface for coating bond.