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  • ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone
  • ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone
  • ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone
  • ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone
  • ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone
  • ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone
ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone

ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone

  • >= 25 Kilograms
    $1.50

Customization:

Customized logo(Min.Order: 3000 pieces)
Customized packaging(Min.Order: 3000 pieces)
Graphic customization(Min.Order: 3000 pieces)

ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Deburring & Surface Finishing: Designed to remove burrs, sharp edges, and imperfections from metal, plastic, and ceramic components using abrasive action.
  • Grinding & Polishing: Offers multi-stage processing with grit options (60–150) for material removal (coarse grits) and fine polishing (fine grits).
  • Tumbling Media: Uniform cylindrical pellets ensure even distribution of abrasive force in tumbling machines for consistent surface treatment.

Key features

  • 1. Material Technology

  • With silicon carbide and ceramic composites, achieve high-abrasion performance for long-lasting use. The durable materials ensure consistent grinding and polishing efficiency even in demanding industrial applications.

  • 2. Interactive Design

  • With standardized cylindrical shape design, ensure compatibility with various tumbling equipment for seamless operation. The uniform size and shape optimize tumbling efficiency across Rosler Walther, Trowal, Acton, and Keroma machinery.

  • 3. Performance Parameters

  • With grit options from 60 to 150, adapt to coarse grinding and fine polishing needs. The versatile grit range supports material removal, edge finishing, and surface smoothing in a single workflow.

  • 4. Scenario Solutions

  • Designed for deburring and polishing in metalworking and woodworking, ensuring smooth surfaces and edge finishing. Ideal for industrial applications requiring controlled abrasion to maintain material integrity.

  • 5. Certification Standards

  • Certified to meet industrial abrasive standards for safety and performance. [*Disclaimer: Specifications subject to manufacturer’s confirmation.]

Product details

ALL KINDS SHAPES Rosler Walther Trowal Acton Keroma Finishing Quality Ceramic Deburring Grinding Polishing Tumbling Media Stone

Our Rosler Walther Trowal Acton Keroma Ceramic Deburring Grinding Polishing Tumbling Media Stones are precision-engineered abrasives designed for controlled material removal, surface finishing, and polishing. Available in cylindrical pellets of uniform size and shape, these media stones leverage advanced ceramic materials to deliver consistent performance in industrial applications like metalworking, woodworking, and mass finishing.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialSilicon Carbide, Aluminum Oxide (Alumina), Aluminum Ceramic, CeramicHigh-abrasion tasks (e.g., deburring, edge finishing)
Grit Range60, 80, 100, 120, 150Coarse (60-80) for heavy-duty deburring; Fine (100-150) for polishing
Abrasive StrengthVaries by grit and material (e.g., silicon carbide for extreme hardness)Customized surface treatment in tumbling processes
UniformityConsistent size/shape for predictable wear and efficient media circulationIndustrial-scale mass finishing operations

Customization guide

Adjustable parameters:

  • Grit selection: Tailor abrasiveness to material type (e.g., 60 grit for steel deburring, 150 grit for aluminum polishing).
  • Material blend: Combine ceramic composites with binders to enhance chemical resistance or thermal stability for specialized applications.

Get inspired

Achieve flawless finishes with these ceramic media stones. Whether deburring turbine blades or polishing jewelry components, their granular structure ensures precise material removal without surface damage.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Abrasive EfficiencyStandard grit performance+15% faster material removal+30% enhanced efficiency*
Material HardnessCeramic (Mohs 8)Aluminum Oxide (Mohs 9)Silicon Carbide (Mohs 9.5)
Chemical ResistanceNeutral pH stabilityAcid/alkali resistanceCorrosion-proof (ISO 9001)

Supplier's note

  1. Technical Breakthroughs:

    • Advanced ceramic blends: Silicon carbide in the Pro Model triples abrasion durability vs. traditional alumina.
    • Wide grit range: 60–150 grit enables seamless transitions from heavy-duty deburring to mirror polishing.
    • Uniform geometry: Cylindrical shape reduces media breakage by 20% compared to irregularly shaped abrasives.
  2. Optimal Version Selection:

    • Base Model: Ideal for general workshops needing cost-effective deburring (e.g., automotive parts).
    • Advanced Model: Choose for chemical-resistant polishing in food-grade or marine applications.
    • Pro Model: Essential for aerospace or toolmaking where extreme hardness and precision are critical.

With the Pro Model’s silicon carbide composition, you can deburr titanium alloys 30% faster than ceramic-only media. Pair its high hardness with fine 150-grit for aerospace components, ensuring micro-scratch-free surfaces. The Base Model’s neutral pH stability makes it safe for everyday metal fabrication.

*Comparative hint: Pro Model efficiency benchmarks exceed industry standards by 30% in ISO-certified tests.

Frequently asked questions

  • Which Rosler Walther Trowal Acton Keroma ceramic deburring media is best for fine polishing of metal surfaces?

  • How do I choose between silicon carbide and aluminum oxide pellets for deburring?

  • Can these ceramic tumbling media be used for both grinding and polishing?

  • Are Rosler Walther ceramic pellets safe for tumbling delicate components?

  • How do I clean and maintain ceramic tumbling media after use?

  • Are these pellets FDA-approved for food-grade polishing applications?

  • Can I customize grit sizes or materials for specific deburring needs?

  • How do ceramic media compare to plastic or steel shot for deburring?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Silicon Carbide (Grit 60)Heavy-duty deburring on steel/cast ironGrit 60 (ISO 6344-1), Hardness 2200 HV (ASTM C1048)Fast material removal (ideal for rough surfaces)Faster wear compared to ceramics (reduced lifespan in fine polishing)
Aluminum Oxide (Grit 80)General metal finishingGrit 80 (ISO 6344-1), Hardness 1800 HV (ASTM C1048)Balanced abrasion (reduces over-polishing)Moderate cost vs. ceramic alternatives
Ceramic (Grit 100)Precision polishing of stainless steelGrit 100 (ISO 6344-1), Hardness 1500 HV (ASTM C1048)Longer lifespan (resists thermal shock)Less aggressive for heavy-duty applications
Alumina (Grit 120)Delicate surface finishingGrit 120 (ISO 6344-1), Hardness 1600 HV (ASTM C1048)Fine surface finish (reduces micro-scratches)Higher cost due to ceramic formulation
Aluminum Ceramic (Grit 150)Ultra-precise aerospace component polishingGrit 150 (ISO 6344-1), Hardness 1700 HV (ASTM C1048)Highest precision (meets ASME B46.1 standards)Fragile under extreme impact
Industry Standard Ceramic (Grit 100)Automotive part polishingGrit 100 (ISO 6344-1), Hardness 1400 HV (ASTM C1048)Widely adopted, cost-effectiveOur Advanced (Grit 150) offers 50% finer finish (▲1.5x ISO standard)

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