
A three-layer construction combining nylon fiber web, abrasive grain, and resin bonding for flexible surface conditioning, controlled cutting, and consistent finishing.
Three-dimensional non-woven nylon structure for flexibility and anti-clogging performance.
Uniformly distributed abrasive particles for controlled cutting and consistent finishing.
High-strength bonding system to support grain retention and product durability.
Unlike conventional coated abrasives, the open non-woven structure allows the product to adapt to surface contours while maintaining controlled contact and a more uniform finish.
The three-dimensional nylon web supports flexibility and helps reduce material loading during use.
Evenly distributed abrasive particles help maintain stable cutting performance during surface conditioning.
The flexible web structure helps reduce harsh scratch patterns and supports more uniform surface results.
Resin bonding helps retain abrasive particles and supports longer-lasting industrial use.
| Color | Grade | Application |
|---|---|---|
| Green | Medium | General purpose cleaning and deburring |
| Red | Fine | Surface preparation |
| Grey | Ultra Fine | Finishing and pre-polishing |

Common questions about grey non-woven abrasive pads for fine finishing, stainless steel conditioning, wet or dry use, and customization.
It is mainly used for fine finishing, surface conditioning, blending, cleaning, and pre-polishing applications.
Compared with sandpaper, it provides softer cutting, better flexibility, and a more uniform surface finish. It is more suitable for surface conditioning than aggressive material removal.
Yes. It is widely used for stainless steel surface finishing, blending, cleaning, oxide removal, and brushed surface refinement.
Yes. Grey non-woven abrasive pads support both wet and dry sanding applications depending on the working environment and process requirements.
Yes. We provide OEM and ODM services based on your requirements, including size, shape, grade, color, packaging, logo printing, and custom converting formats.