100 × 13 × 16 mm Red Nylon Fiber Polishing Wheel for Intermediate Metal Finishing and Fine-Scratch Refinement with an Angle Grinder
The Red wheel is positioned for moderate cutting that removes fine hairline scratches and minor oxidation while refining and brightening the surface.
This non-woven nylon abrasive wheel is positioned for intermediate finishing, light-defect refinement and transition to fine polishing within cleaning, brushing, deburring, defect refinement or brightening workflows.
Selection must be based on size, grade, density/hardness, abrasive, machine interface and maximum operating speed—not color alone.
• model: 100 × 13 × 16 Red Nylon Fiber Polishing Wheel Buffing Disc for Angle Grinder
• size: 100 mm outside diameter × 13 mm thickness × 16 mm bore
• Tool/attachment: black reinforced hub for angle-grinder use; actual locking method and guard compatibility require confirmation
• Body: formed non-woven nylon fiber combined with abrasive grain.
• The wheel uses a dense fiber arrangement and black reinforced hub, with Weike emphasizing wear resistance and support stability.
• says the dense web and reinforced hub help reduce grit loss, deformation and vibration; balance and durability metrics are unpublished.
• The three-dimensional non-woven web gives swarf space to escape, helping reduce loading and maintain a more consistent surface action.
• Forming pressure, resin cure, balance, tolerances and batch-inspection criteria require factory confirmation.
• Process position: intermediate finishing, light-defect refinement and transition to fine polishing.
• Main tasks: fine hairline scratches, minor oxidation spots, surface leveling and intermediate brightening.
• Moderate cutting balances light-defect removal with a refined surface, supporting a stable transition to later finishing.
• Page wording such as no burning or scratching should be treated as risk reduction, not an unconditional guarantee; approve the result on a matching sample.
• The reinforced hub supports stable work on flat and curved surfaces, including tubes, locks and small parts.
• The conformable non-woven structure is suitable for flats, curves and common contours.
• Use lighter pressure and test first on edges, thin sheet, hole edges and precision surfaces to avoid over-cutting or geometry change.
• Sample-led discussions can cover size, bore/flange, grade, density/hardness, abrasive, color, packaging, labeling and OEM requirements.
• Sample charge, MOQ, pack quantity, lead time and customization feasibility are subject to the formal quotation.
• Buyers should provide workpiece photos, material, incoming condition, target finish, machine model, no-load speed and monthly usage.
Product Certification
The Red Nylon Fiber Polishing Wheel is a 100 × 13 × 16 mm angle-grinder finishing wheel with a reinforced black hub. Weike positions it for moderate cutting that removes fine hairline scratches and minor oxidation while improving surface brightness. Compared with the more aggressive Brown wheel, it is better suited to an intermediate step after defect correction; compared with the fine Yellow wheel, it retains more refining action. Typical targets include stainless-steel tubing, door-lock hardware and small automotive parts.
The commercial value of a non-woven nylon abrasive wheel is its combination of cutting action, conformability and repeatable surface finish. The open web promotes swarf evacuation, while flexible contact can reduce the risk of deep gouging on contours compared with rigid wheels. Scratch pattern, heat and substrate removal still depend on mineral, grade, density, pressure, surface speed and dwell time.
Keep published facts separate from parameters awaiting confirmation. The page’s broad suitability claim should be narrowed to the published workpieces, with sample testing required for other alloys. Do not promise fixed life, an absolutely scratch-free result, elimination of later polishing or suitability for every metal before written factory confirmation and sample approval.
Product Specifications
| Product | Red Nylon Fiber Polishing Wheel |
| Published title/model | 100 × 13 × 16 Red Nylon Fiber Polishing Wheel Buffing Disc for Angle Grinder |
| size | 100 mm outside diameter × 13 mm thickness × 16 mm bore |
| Construction | dense non-woven nylon abrasive body with reinforced black hub; moderate-cut positioning |
| Recommended stage | intermediate finishing, light-defect refinement and transition to fine polishing |
| Main tasks | fine hairline scratches, minor oxidation spots, surface leveling and intermediate brightening |
| Published materials/workpieces | stainless-steel tubing, door-lock hardware, small automotive parts and general metalwork |
| Unpublished | abrasive mineral, exact grade definition, density/hardness, resin, maximum RPM, weight, packaging, MOQ, lead time, SDS and inspection standard |
Features & Advantages
• Non-woven nylon combines conformable contact with sustained abrasive action for controlled surface change.
• The open three-dimensional structure promotes swarf evacuation, reduces loading and supports a more uniform pattern.
• Moderate cutting balances light-defect removal with a finer surface, while the reinforced hub supports stable work on flats and curves.
• One wheel can reduce tool changes across flats, curves and common contours.
• Color helps shop-floor identification within this range but does not replace a technical grade or process card.
• Sample trials can compare cut rate, pattern, gloss, temperature, life and downstream processing.
Applications
• intermediate polishing of stainless tubing, light-oxide and fine-line refinement on locks/hardware, and pre-finish transition work on small automotive and general metal parts
• Surface cleaning, defect refinement, brushing/satin finishing or pre-polishing on stainless steel, aluminum, copper, steel and general metals, selected by product position and trial
• Hardware, kitchen/bathroom, door/window, small automotive, decorative, mold and metalworking projects
• Controlled finishing of flats, curves, edges and irregular contours
• Industrial distribution, sample development, OEM specifications and volume procurement
• Not recommended on fragile edges, precision dimensions, soft coatings or high-value finished surfaces without a trial
How to Use
1. Confirm the substrate, incoming defect and target finish. Test on scrap or a hidden area first.
2. Inspect the wheel for moisture, cracks, deformation, chunk loss or center damage. Confirm size and attachment compatibility.
3. Obtain the maximum operating speed from the label or technical sheet. The machine no-load speed must not exceed the wheel rating. Do not use the wheel while the rating is unknown.
4. Fit the specified flanges/spacers and guard. Isolate energy before mounting and tightening. If the wheel carries a direction arrow, install it accordingly.
5. Secure the workpiece and wear appropriate eye/face, hand, hearing and respiratory protection. Control dust, sparks and combustibles.
6. Run the wheel briefly without load while standing clear of the plane of rotation. Start with light pressure, a small contact area and short dwell, keeping the workpiece or wheel moving.
7. Check cut rate, pattern, temperature, gloss and substrate change in stages. Do not use heavy pressure to compensate for the wrong grade.
8. Stop immediately for abnormal vibration, damage, odor, overheating or a sharp performance drop. Wait for a complete stop and isolate energy before inspection or replacement.
