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ASL T2 Epoxy Removal Workflow: A Practical PCD + 16 Grit Metal Bond Case Study

A simple two-step workflow using directional PCD for epoxy removal, followed by 16 grit metal bond for cleanup and slab preparation

January 27, 2026

On many epoxy removal jobs, the first challenge is not only getting the coating off the floor. The second challenge is what to run next.

This ASL T2 case shows a practical two-step approach: use directional PCD tools first for epoxy removal, then follow with 16 grit metal bond for cleanup and concrete floor preparation.

The reason this sequence works is simple. PCD removes coating aggressively and efficiently, but it does not leave the slab ready for the next stage by itself. After the epoxy is removed, the floor often needs cleanup, scratch control, and better surface consistency.

That is where 16 grit metal bond becomes useful. It helps flatten the slab, remove leftover residue, and prepare the concrete for the next decision point. Depending on the slab condition and final target, the contractor may stop at floor prep or continue into a later grinding or transition stage.

A typical workflow looks like this:

1. Clockwise directional PCD — remove epoxy coating

2. 16 grit medium bond metal diamond — clean up and prepare the slab

3. Next step depends on slab condition and target finish

This kind of simplified workflow is helpful because it reduces trial and error. The contractor knows what the first tool is supposed to do and what the follow-up tool is supposed to do.

For contractors using ASL T2 grinders, the key is not only removing epoxy fast, but also choosing the right follow-up grinding step. A practical two-step workflow often saves more time than trying to solve everything with one tool.

This setup is especially suitable for epoxy removal and basic slab preparation, especially when the contractor wants a simple and predictable sequence instead of a longer multi-step polishing process. It is a practical choice for users who want to remove coating first, then prepare the concrete for the next decision point.

However, this is not intended to be a full polishing workflow by itself. If the floor requires further refinement, scratch reduction, or a polished finish, additional grinding or transition steps may still be needed after the 16 grit stage.