Product Positioning

A “Stability Pad” in Polishing: Controls Haze, Heat and Consistency

Nonwoven polishing pads are positioned as refinement and finishing consumables in polishing systems, valued for low heat, low micro-marring risk, and more stable surface output. They are widely used on metals (stainless/aluminum/copper) and coating/paint systems for polishing transitions, light refinement, mild film removal, and finishing—especially where cosmetic consistency and rework reduction matter.
Compared with Item 33 (foam/wool/microfiber pads) focused on correction/cut, nonwoven polishing pads focus on surface-state control, stabilizing reflection and feel by reducing haze and finish variability.

 

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Technical Specifications

Define Format, Density, Grade and Attachment to Match Your Polishing System

Item	Specification
Type	Nonwoven polishing pads
Format	Discs / Sheets / Rolls / Bonnets
Diameter	3″ / 4″ / 5″ / 6″ / 7″ (Extendable)
Thickness	Custom thickness (Thin/Standard/Thick)
Attachment	Hook & loop / PSA / Laminated back
Grade	Coarse / Medium / Fine / Very Fine
Abrasive	Pure nonwoven / AO / SiC options
Density	Low/Medium/High (Customizable)
Max RPM	Rated per spec (Never overspeed)

 

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Key Features

Low Heat, Low Haze Risk, and Repeatable Finish

• Low-heat finishing: open structure reduces heat build-up for cosmetic finishing.
• Haze/smear control: uniform contact and residue accommodation reduce haze and smearing.
• Lower micro-marring risk: gentler interaction for paint and high-gloss metals (with proper cleanliness).
• Reduced loading: stable performance with polishing residues and light films.

 

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Processing Logic

Micro-Abrasion + Buff Homogenization Stabilizes the Finish

The goal is not maximum removal, but:

• Light micro-abrasion/buffing to reduce peaks and micro-haze;
• Capture and hold residues to reduce smearing and secondary marking;
• Stabilize reflection consistency via uniform contact.

Best placed in the finishing stage after correction/refinement, not for heavy defect removal.

 

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Machine Compatibility

DA/RO Polishers, Finishing Sanders and Conditioning Stations

• Machines: DA/RO polishers, selected polishers and conditioning stations (depending on backing/RPM)
• Must match: backing pad hardness (soft/medium for finishing), diameter and hole/no-hole designs, RPM rating
• Process tip: for finishing, use low pressure, stable speed, continuous motion, and keep the pad clean

 

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Engineering Comparison

Nonwoven Pads vs. Foam Pads vs. Polishing Cloths: Cutting Power vs. Final Finish

Dimension	Nonwoven Polishing Pads	Foam Pads	Polishing Cloth
Core role	Blending / Haze control / Low-heat finishing	Graded cutting & finishing	Residue removal & Final presentation
Removal	Low to Medium	Medium (Adjustable)	Minimal / Extremely low
Gloss consistency	★★★★★	★★★★★	★★★★★（取决于表面状态）
Micro-marring risk	Low	Low to Mid (Depends on grade)	Low (Cleanliness is critical)
Typical stage	Post-refinement / Finishing	Correction – Refinement – Glossing	Final wipe-down

 

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Typical Applications & Industries

Cosmetic Metal Finishing, Paint Systems and Process Transitions

Stainless cosmetics: haze control after refinement, improved reflection uniformity, mild film handling

Aluminum/copper: polish transition and final homogenization

Automotive paint/clearcoat: finishing after polishing to reduce haze and smearing

Industrial coatings: light refinement and appearance consistency improvement

 

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Range & Recommended Use

Grade Selection by “Finish Target” Rather Than Removal

• Coarse: faster blending and mild film handling (risk: visible texture)
• Medium: general homogenization and haze control (most common)
• Fine: cosmetic refinement and reduced streak/haze
• Very Fine: final finishing for finer tactile and reflection consistency
• One-line rule: For cleaner/more uniform results choose Fine/Very Fine; for faster blending choose Medium/Coarse.

 

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Customization (OEM & ODM)

Density, Grade, Backing and Kit Programs

OEM/ODM supported:

Density/thickness, grade system (coarse–very fine), abrasive-impregnated or pure nonwoven, sizes and formats (discs/bonnets/sheets/rolls), backing options (hook & loop/PSA/laminated), color coding, packaging and private label kits (paired with polishing pads and cloths as refine–finish–inspect sets).

 

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Why Choose Us

Finish Consistency Comes from Density Control and Batch Repeatability

Differentiation lies in finish stability:

Density consistency controls contact and texture output, grade stability controls haze and finishing results, and structural/bond stability controls wear curve. We engineer for batch repeatability and provide OEM/ODM specs matched to machine and finish targets—reducing haze, smearing, and rework.

 

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Usage & Storage Recommendations

Keep Pads Clean, Avoid Over-Pressure, Store Dry and Flat

• Keep clean: contamination and caking cause smearing and micro-marring—clean during use and replace as needed
• Low-pressure finishing: excessive pressure compresses the nonwoven, increasing heat and finish variability
• Separate by grade: do not mix coarse and fine pads to avoid cross-contamination
• Storage: dry, shaded, stored flat; avoid moisture and compression; reseal to prevent dust/humidity