8 Products
NORTON
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Norton: understand the range before choosing
Norton is Saint-Gobain Abrasives' cutting, grinding and surface-finishing brand. The current eight-item collection is a compact bodywork-preparation range: four fine wet-and-dry paper grades, three six-sheet project packs organised around primer, topcoat or polish preparation, and one powered 115mm Blaze depressed-centre stripping disc. The paper and power-tool disc require completely different machines, pressure and safety controls.
AutoMotoPart currently lists 8 Norton items. The largest Norton groups are 8 maintenance entries. Norton totals can change, so a category count is orientation rather than proof that a particular reference suits a vehicle, workplace or job. The exact Norton listing, its current technical information and the item in front of you must agree.
What the Norton page actually covers
| Product group in this range | Current entries | Selection focus |
|---|---|---|
| Maintenance | 8 | Confirm Norton reference, P-grade or disc dimensions, material, process stage, machine, speed, support, dust or slurry control and finish target. |
Four listings are fifty-sheet wet-and-dry packs at P1200, P1500, P2000 and P2500. Three project packs contain six sheets selected for primer, topcoat or polishing preparation. Blaze is the only powered disc and the only 115mm product. Its coarse open-web stripping construction, 22mm bore and grinder use mean it must never be selected merely because it appears alongside paint-preparation papers.
Build a reliable shortlist
Work backwards from the next coating or polishing stage. Primer needs a clean keyed substrate within its technical data; topcoat preparation must avoid scratches too deep to cover; polish preparation aims to refine supported defects without consuming unnecessary clearcoat. Select the least aggressive grade that can achieve the documented result.
| Check | Why it matters | Useful evidence |
|---|---|---|
| Substrate | Steel, filler, primer, colour, clearcoat, wood and varnish remove differently | Known coating stack and current repair data |
| Defect | Rust, paint edge, sanding mark, orange peel and scratch need different action | Depth, area, location and safe removal limit |
| Grade | P1200 cuts more strongly than P2500 in this set | Existing scratch and required next-stage finish |
| Method | Wet, dry, hand-block and powered stripping create different hazards | Water tolerance, extraction, block and machine |
| Tool fit | A wrong bore, speed or guard can cause disc failure | 115mm grinder label, spindle, flange and maximum RPM |
| Inspection | Wet slurry and dull sanding can hide remaining defects | Clean dry panel under multiple light angles |
Do not skip directly to a very fine paper when a deeper, safely removable defect needs an earlier supported grade; it can waste time and create uneven pressure. Equally, do not begin coarser than necessary. At edges, swages and repainted areas, stop earlier and reassess because coating may be thinner.
P1200 to P2500 wet-and-dry paper
P1200 is the coarsest of the four listed sheets, followed by P1500, P2000 and P2500. That sequence can refine the previous scratch pattern, but each step should be chosen from the paint or material process. Use a clean compatible block on flatter panels, light even pressure and overlapping strokes so fingertips do not create grooves.
For wet use, soak only if the paper instructions require it and use clean lubricant water. Rinse the sheet and surface often, keeping slurry from joints, bare metal and absorbent fillers. Replace paper that creases, tears or traps debris. After each grade, clean and dry completely before deciding whether the earlier marks have been removed uniformly.
Primer, topcoat and polish preparation packs
The three project packs are stage-labelled: primer preparation, topcoat preparation and polish preparation. Each contains six sheets and a guide, but do not assume the contents suit every coating. Read the sheet grades in the actual pack and compare them with the primer, topcoat or clearcoat manufacturer's required preparation window.
Keep packs separate and mark used sheets so a coarser abrasive does not return during final refinement. Primer must be fully cured before sanding; topcoat preparation must remove dust nibs and defects without exposing edges; polish preparation must leave a scratch fine enough for the supported compound and pad. Clean residue between every stage.
Blaze 115mm stripping disc
Norton Blaze Rapid Strip uses an open non-woven web with ceramic abrasive to remove surface rust, residue, scale and coatings while reducing loading. The current disc is 115mm with a 22mm bore and depressed centre. It is designed for a compatible right-angle grinder and large surfaces, not for fine clearcoat levelling or use on a drill spindle.
Use only when the disc maximum RPM meets or exceeds the grinder speed and mounting matches the Norton and machine instructions. Fit the correct guard and side handle, orient the guard between operator and disc, and hold the tool securely. Apply only the supported pressure and angle. Stop for vibration, damage, unusual sound or loss of control, and never set a running grinder down.
Dust, sparks, water and workplace safety
Sanding dust can contain paint pigments, filler, metal and old coating whose hazards are not visible. Use extraction and respiratory, eye, skin and hearing protection from the risk assessment. Isolate ignition sources and combustible materials where the disc may create sparks. Treat unknown historic coatings as requiring identification before disturbance.
Wet sanding reduces airborne dust but introduces slippery slurry, contaminated water and electrical risk. Keep powered tools and leads away unless designed for the wet process, contain runoff and dispose of residue appropriately. Wear clean gloves so skin oils do not contaminate a prepared panel, and protect nearby vehicles from abrasive dust and sparks.
Edges, corrosion and completion checks
Paint is vulnerable on edges, corners and raised lines, where a block or machine concentrates removal. Mask or reduce work in those areas and inspect frequently. Remove corrosion to the extent required by the approved repair, but do not use the Blaze texture to hide pitting, perforation or weakened metal beneath filler or coating.
After sanding, clean the surface with the coating-system method and inspect dry under side lighting. Check for remaining deep marks, pinholes, exposed substrate and contaminated seams. Record the final Norton grade and any powered stripping area so primer, compound or next coating can be matched without repeating unnecessary abrasion.
From identification to a checked result
| Stage | Good practice for this range | Mistake to avoid |
|---|---|---|
| Inspect | Identify coating, material, defect depth, thickness and next stage | Sanding until a mark disappears without a safe limit |
| Select | Choose exact P-grade, project pack or Blaze disc and compatible tool | Treating all eight products as hand paper |
| Prepare | Clean, mask, secure work, arrange extraction or slurry control and PPE | Starting with grit trapped on the panel |
| Sand or strip | Use even pressure, supported strokes, correct speed and frequent checks | Forcing the abrasive or overheating an edge |
| Verify | Clean, dry, inspect scratch refinement and record the final stage | Applying paint over slurry, dust or deep marks |
Retain the Norton sheet or disc reference until the next coating or polishing stage has passed inspection. Record P-grade sequence, wet or dry method, block or machine and any area taken to bare substrate. For the Blaze disc, also record machine speed and disc condition before disposal.
Reading real Norton references
The Norton names below are examples from the current range and show why the complete description matters. They are not universal Norton recommendations and should not be treated as a fitment list. Within Norton, a shared family word can conceal a different dimension, connector, material, pack format, operating condition or installation side.
| Example listing | What to verify beyond the name |
|---|---|
| Stripping Disc - Blaze - Depressed Centre - 115mm | 115mm Blaze depressed-centre disc, 22mm bore, maximum RPM, grinder guard and stripping task |
| Wet & Dry Paper - P1200 - Pack Of 50 | P1200 fifty-sheet pack, material, starting defect, block, wet or dry method and next grade |
| Wet & Dry Paper - P2000 - Pack Of 50 | P2000 fifty-sheet pack, prior scratch, clean slurry, even refinement and polishing requirement |
| Project Pack - Primer Preparation - Pack of 6 Sanding Sheets | Primer Preparation six-sheet pack, actual included grades, primer cure and coating technical data |
| Project Pack - Topcoat Preparation - Pack of 6 Sanding Sheets | Topcoat Preparation six-sheet pack, actual grades, edge protection and required topcoat key |
| Project Pack - Polish Preparation - Pack of 6 Sanding Sheets | Polish Preparation six-sheet pack, clearcoat thickness, compound system and final scratch pattern |
| Wet & Dry Paper - P2500 - Pack Of 50 | P2500 fifty-sheet pack, fine refinement, clean block and complete dry inspection |
| Wet & Dry Paper - P1500 - Pack Of 50 | P1500 fifty-sheet pack, supported defect removal, wet-water control and P2000 follow-up if required |
The P-number must remain attached to the product. A fifty-sheet P1200 pack and P2500 pack look similar but cut differently; the three project packs contain mixed sheets for named stages. The 115mm Blaze disc is a powered stripping product with its own machine and safety marking.
Common errors around Norton products
- Using the Norton Blaze disc for fine clearcoat sanding or polish preparation.
- Mounting a disc without checking bore, flanges, guard and maximum operating speed.
- Removing the grinder side handle or working outside the guard's protection.
- Starting with a coarser P-grade than the defect and coating require.
- Skipping grades while leaving the previous scratch pattern in the surface.
- Wet sanding around unprotected electrics, seams or bare steel and releasing slurry uncontrolled.
- Sanding through paint at edges and disguising the exposure with filler or primer.
- Applying the next coating before cleaning and dry-light inspection.
Norton questions and answers
Q: What Norton products are on this page?
A: The range contains four wet-and-dry paper grades, three preparation sheet packs and one Blaze stripping disc.
Q: Which paper is coarsest here?
A: P1200 is coarser than P1500, P2000 and P2500 within this listed sequence.
Q: Is a higher P-number more aggressive?
A: No. Within the same grading system, higher numbers are finer.
Q: Can every sheet be used wet?
A: Use wet or dry only as the exact paper, substrate and repair process permit.
Q: Why use a sanding block?
A: A suitable clean block spreads pressure and helps avoid fingertip grooves on supported areas.
Q: Do project packs suit every paint system?
A: No. Check their actual grades against the current primer, topcoat or polishing technical data.
Q: What is the Blaze disc for?
A: It is a powered open-web stripping disc for supported coating, residue, rust and scale removal.
Q: Can Blaze fit any 115mm grinder?
A: No. Bore, mounting, guard, spindle and maximum operating speed must all agree.
Q: Can the grinder guard be removed for access?
A: No. Use the correct guard and a suitable tool or method for the work area.
Q: Does wet sanding make dust harmless?
A: No. It changes dust into contaminated slurry and adds runoff, slip and electrical controls.
Q: Can sanding remove a scratch through clearcoat?
A: Not safely; through-coat damage or insufficient thickness needs paint repair rather than more abrasion.
Q: What confirms completion?
A: A clean dry surface with the required uniform scratch, no exposed edge and compatibility with the next process.
