Who this is for
This guide is for janitorial supervisors, BSC account managers, and floor care technicians who manage hard floor programs. It is specifically useful for anyone purchasing pads in bulk without a systematic pad-selection protocol — a common scenario at multi-site operations where a single pad type gets used across different floors and machines because it is what was last ordered.
If you have experienced unexplained finish damage, scratching on what should be a soft-clean operation, or inconsistent burnishing results across sites with the same machine, pad-selection error is a likely contributor.
How the color system works
The color coding for floor pads is an industry convention — not a regulated standard — but it is consistent enough across major manufacturers that it functions as a shared language. The colors map to abrasion level (grit aggressiveness), which in turn maps to the tasks and surfaces the pad is designed for.
The core hierarchy, from least to most abrasive:
- White / Natural: Polishing and burnishing. Designed for high-speed machines (1,500–3,000 RPM). Used to develop gloss on intact floor finish or polished concrete. Minimal abrasion — will not remove finish or coatings under normal use.
- Beige / Champagne: Light cleaning and spray buffing. Low-speed machines (175–350 RPM). Appropriate for LVT and delicate surfaces. Will not aggressively abrade finish.
- Red: Light scrubbing and spray buffing at low to medium speed. Removes surface soil and light oxidation from floor finish without cutting deep into the finish layer. The most versatile scrub pad for routine scrub-and-recoat preparation on VCT.
- Blue: General scrubbing. More aggressive than red. Used for heavy soil removal and scrub-and-recoat on heavily trafficked VCT. Not appropriate for LVT without manufacturer confirmation of finish compatibility.
- Green: Aggressive scrubbing and light stripping. Used for pre-strip preparation or heavy-duty scrubbing where significant soil or oxidized finish needs removal. Should not be used on LVT.
- Black: Stripping. Designed for use with alkaline floor strippers at low machine speeds (175 RPM). Removes floor finish coatings from VCT. Never use on LVT, polished concrete, epoxy, or sealed concrete — the abrasiveness will damage all of these surfaces.
Substrate-specific pad selection
VCT with floor finish
VCT maintenance uses the full pad spectrum across different tasks:
- Daily burnishing: white pad at 1,500–3,000 RPM
- Spray buffing: red pad at 175–350 RPM
- Scrub-and-recoat prep: red or blue pad at 175–350 RPM
- Full strip: black pad at 175 RPM with alkaline stripper
LVT
LVT maintenance is restricted to the least abrasive end of the spectrum. Use white or beige pads only for any mechanical cleaning. If the LVT manufacturer has approved a floor finish program, a red pad may be used for light scrub-and-recoat — verify in writing from the manufacturer first. Black, green, and blue pads are never appropriate on LVT.
Polished concrete
Polished concrete requires specialty polishing pads — white or natural hair pads designed for the densified concrete surface. Standard floor machine pads (red, blue, black) are calibrated for coated resilient flooring, not concrete. Using a standard red pad at 175 RPM on polished concrete removes the micro-polish layer that creates the gloss and cannot be restored without re-grinding by a concrete polishing contractor.
Epoxy coatings
Use white or tan (soft) pads for routine mechanical cleaning on epoxy. Autoscrubbers with non-abrasive squeegees are preferred. Avoid green and black pads entirely — their abrasion level will visibly scratch epoxy surfaces within a single pass.
Machine speed and pad interaction
Pad color does not operate in isolation — machine RPM determines how aggressively the pad contacts the surface. A red pad at 175 RPM performs a gentle scrub. The same red pad at 1,500 RPM generates significant heat and friction that can soften floor finish and leave swirl marks if the machine is not kept moving. The pad color specifies the maximum appropriate task; machine speed modulates how aggressively that task is executed.
High-speed burnishers (1,500–3,000 RPM) should only be paired with white or natural polishing pads under normal operation. Loading a high-speed burnisher with a red or blue pad produces heat that can melt or scar floor finish rather than polish it.
Common mistakes
Using a black stripping pad on LVT. The most damaging error in pad selection. Black pads remove coatings — on LVT, that means the factory wear layer. This error surfaces when a staff member applies a VCT strip program to what they assume is VCT. Confirm substrate before loading the stripper and black pad.
Running a high-speed burnisher with a scrubbing pad. Red or blue pads on a 1,500 RPM burnisher generate heat that damages finish rather than restoring it. Always verify pad-machine compatibility before starting a run.
Assuming all "white" pads are equivalent across manufacturers. Pad aggressiveness within a color category can vary by manufacturer and product line. A white pad from one manufacturer designed for high-speed burnishing may differ in construction from another manufacturer's white pad designed for light wet scrubbing. Read the pad's product data sheet, not just the color.
Reusing stripping pads for scrubbing tasks. A black pad used for stripping has absorbed alkaline stripper chemistry and has been compressed by floor machine pressure. Reusing it for a scrub-and-recoat task on a freshly finished floor can transfer stripper residue and cause finish adhesion failure.
Quick-reference selection checklist
- Identify the floor substrate: VCT, LVT, polished concrete, epoxy, or sealed concrete
- Identify the task: burnishing, spray buffing, scrubbing, stripping
- Confirm machine type and RPM range (low-speed 175–350, high-speed 1,500–3,000)
- Select pad color from the substrate-task-RPM matrix above
- Verify pad manufacturer's product data sheet confirms the intended application
- Inspect pad condition — replace pads showing uneven wear, chemical saturation, or embedded grit
Use the Opora Pad Selector to get a specific pad recommendation by substrate, task, and machine speed without working through the full matrix manually.
Final recap
Pad color maps to abrasion level, which maps to the surface and task it is designed for. The black-through-white spectrum runs from aggressive stripping to gentle polishing. Machine RPM amplifies pad aggressiveness — a red pad at high speed performs a different task than a red pad at low speed. Substrate identification always precedes pad selection. For mixed-floor facilities, label pads by zone or floor type to prevent cross-contamination of maintenance protocols.
Pad Selector
Enter your floor substrate, task, and machine type to get a specific pad color recommendation — with abrasion level, RPM range, and compatibility notes.
Open Pad SelectorRelated guides
Frequently Asked Questions
Is pad color a regulated standard?
No. Pad color is an industry convention rather than a regulated standard, but it is consistent enough across the major brands to work as a shared language for abrasion level. Treat it as a reliable shorthand that your crews and your suppliers both understand, not as a specification you can cite line by line.
What is a white or natural pad used for?
White and natural pads sit at the polishing and burnishing end of the range, meant for high-speed machines running roughly 1,500 to 3,000 RPM. From there the darker colors step up in aggressiveness toward scrubbing and stripping work. The color is telling you how much abrasion the pad brings, and the machine has to match.
Why do multi-site programs keep scratching their finishes?
Almost always because one pad SKU gets ordered for every floor and every machine in the portfolio. Substrate, task, and RPM are different at each site, so a pad that is correct in one building is too aggressive in the next. The result shows up later as unexplained finish damage nobody traces back to purchasing.
How should I read a pad color chart when brands differ?
Read it as an abrasion ladder. Light colors sit at the polishing and burnishing end for high-speed work around 1,500 to 3,000 RPM, and darker colors climb toward scrubbing and stripping. Because the convention is shared rather than regulated, the ladder holds across major brands well enough to spec against, as long as you match it to the machine.
What is the fastest way to stop pad-selection error across sites?
Stop buying pads as a single line item. Order against substrate, task, and RPM, because those three things vary from site to site even when the machines look identical on paper. A one-SKU program hides the mismatch until finish damage appears, and by then the cause is several purchase orders back.