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Open End Spinning Machinery Spare Parts C533td/T013 for Rieter Bt923/R923/R35/R36

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Support Rotational Components: Designed as a precision steel bearing part to ensure smooth rotation and alignment in open-end spinning machinery, reducing wear and tear.
  • Precision Compatibility: Engineered for seamless integration with Rieter BT923/R923/R35/R36 models, maintaining operational efficiency in textile production processes.

Key features

  • 1. Durable Steel Construction for Industrial Resilience

  • With high-grade steel material, ensure long-lasting durability and resistance to wear and tear in harsh industrial environments.

  • 2. Precision-Engineered Design for Seamless Compatibility

  • With tapered end and flange design, achieve secure mounting and precise alignment in Rieter BT923/R923/R35/R36 machinery, minimizing misalignment risks.

  • 3. Efficiency-Boosting Performance

  • With precision-engineered bearings, reduce operational friction and enhance machine efficiency compared to generic spare parts*.

Product details

Open End Spinning Machinery Spare Parts C533td/T013 for Rieter Bt923/R923/R35/R36

The C533TD/T013 Open End Spinning Machinery Spare Part is a precision-engineered steel component designed for Rieter BT923/R923/R35/R36 spinning systems. Its tapered cylindrical body and flange design ensure secure mounting and alignment, while the durable steel construction withstands high-stress industrial environments.

Technical specifications

FeatureSpecificationBenefit
MaterialHigh-grade steelEnhanced durability and load-bearing capacity
DesignTapered end + flange mounting systemUniversal fit for precision alignment
CertificationComplies with Rieter OEM standardsGuaranteed compatibility
Warranty6 monthsRisk-free replacement assurance

Customization guide

Adjust the flange dimensions or taper angle to meet specific mounting requirements. Ideal for retrofitting legacy machinery or adapting to non-standard hole sizes.

Get inspired

With its tapered precision fit and rugged steel build, this spare part ensures seamless integration into Rieter spinning systems. Perfect for textile manufacturers prioritizing uptime and reliability in high-volume production.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity500 N+20% (600 N)+40% (700 N)*
Rotational Speed8,000 RPM9,600 RPM10,500 RPM
Corrosion ResistanceStandardMarine-grade coatingFood-grade coating

Supplier's note

  1. Technical Breakthroughs:

    • The tapered design (±0.01mm tolerance) enables 20% faster alignment than flat-ended components.
    • Steel material with heat treatment achieves 15% higher fatigue resistance than cast iron alternatives.
    • Flange mounting system supports 360° rotation adjustment for multi-axis machinery.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard textile mills with routine maintenance schedules.
    • Advanced Model: Choose for high-speed rotor systems requiring corrosion resistance (e.g., coastal factories).
    • Pro Model: Best for food/medical-grade textile producers needing NSF-certified materials.

With the Pro version’s food-grade coating, you can safely handle hygienic fabric production without contamination risks. The Advanced Model’s rotational speed boost ensures compatibility with next-gen high-output spindles.

Frequently asked questions

  • Which Rieter open-end spinning machines is the C533td/T013 bearing compatible with?

  • How do I clean and maintain the C533td/T013 bearing for optimal performance?

  • Why is steel chosen for the C533td/T013 bearing compared to other materials?

  • Can the C533td/T013 bearing be customized for non-Rieter spinning machinery?

  • Is the C533td/T013 bearing certified for industrial textile machinery use?

  • What are the key features of the C533td/T013 bearing for Rieter machines?

  • What precautions should be taken when installing the C533td/T013 bearing?

  • What warranty does the C533td/T013 bearing come with, and what does it cover?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityHigh-stress industrial environmentsIndustry: Carbon steel (ASTM A36) (moderate corrosion resistance) ▲
Base: High-carbon steel (ASTM A304) (resists corrosion better) ▲
Advanced: Stainless steel (ASTM A276) (superior corrosion resistance) ▲▲▲
Enhanced durability in corrosive settings
Longer lifespan in harsh conditions
Higher cost for advanced materials
Stainless steel may require specialized machining
Precision EngineeringHigh-speed machinery with tight tolerancesIndustry: ±0.01mm tolerance (ISO 2768-mk) ▲
Base: ±0.005mm tolerance (ISO 2768-m) ▲
Advanced: ±0.001mm tolerance (ISO 2768-f) ▲▲▲
Ensures seamless operation in precision machinery
Minimizes misalignment risks
Advanced precision requires specialized installation tools
Potential for higher production costs
Load CapacityHeavy-duty machinery with high loadsIndustry: 500 N (ISO 284) ▲
Base: 800 N (ISO 284) ▲
Advanced: 1200 N (ISO 284) ▲▲▲
Supports heavier machinery without deformation
Reduces wear on connected components
Higher load capacity may increase part dimensions
Weight trade-off for advanced versions
Mounting CompatibilityCustom installations needing versatilityIndustry: Standard flange (ISO 10444) ▲
Base: Adjustable flange (ISO 10444 + custom slots) ▲
Advanced: Modular flange (ISO 10444 + quick-release) ▲▲
Easier integration into varied setups
Reduces downtime during reconfiguration
Modular designs may have weaker joints under extreme loads
Installation complexity increases with advanced features
Warranty PeriodLong-term reliability needsIndustry: 3 months (basic coverage) ▲
Base: 6 months (current product) ▲
Advanced: 12 months (comprehensive warranty) ▲▲
Reduces replacement costs over time
Guaranteed performance assurance
Extended warranties may have service limitations
Advanced versions require proof of maintenance compliance
DurabilityHarsh environments with frequent useIndustry: 10,000 hours (ISO 281) ▲
Base: 20,000 hours (ISO 281) ▲
Advanced: 30,000 hours (ISO 281) ▲▲▲
Longer operational lifespan
Minimizes downtime for replacements
Higher durability may increase weight
Advanced materials may affect thermal conductivity

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