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Solid Lubrication Bushing Hs Code 8483300090 Bronze Bushes

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Friction Reduction: Designed to minimize friction and wear in mechanical systems through bronze's inherent durability and perforated structure, enhancing longevity in high-load environments.
  • Multi-Mode Lubrication: Supports solid (carbon), oilless, and dry lubrication types, adapting to varied operational conditions while maintaining efficiency.

Key features

  • 1. Corrosion-Resistant Bronze Material with Enhanced Lubrication

  • With a bronze body infused with graphite and PTFE, these bushings resist corrosion and wear, ensuring durability in harsh industrial environments. The combination of materials maintains smooth operation even under prolonged use.

  • 2. Perforated Design for 20% Lower Friction*

  • With a perforated inner surface, these bushings allow optimized lubrication and cooling, reducing friction by up to 20% compared to solid designs*. This extends service life and improves efficiency in high-load applications.

  • 3. Oilless/Dry Lubrication for Low-Maintenance Operation

  • With carbon and oilless lubrication options, these bushings operate effectively in environments where frequent maintenance is impractical. Ideal for machinery requiring continuous running without downtime.

  • 4. Customizable Types for Diverse Applications

  • With sleeve, flanged, and split designs available, these bushings adapt to various mechanical systems. Whether for automotive, industrial, or heavy machinery, the modular options ensure compatibility with specific operational needs.

  • 5. Industry-Standard Material Compliance*

  • Manufactured with materials like stainless steel and brass, these bushings meet rigorous industry standards for durability and safety*. Perfect for high-temperature and high-load scenarios in commercial or industrial settings.

Product details

Solid Lubrication Bushing Hs Code 8483300090 Bronze Bushes

The Solid Lubrication Bushing (HS Code 8483300090) is a durable bronze bearing component designed for high-load, high-temperature applications. Crafted from materials like bronze, brass, and stainless steel, these bushings feature a perforated design to enhance lubrication and cooling efficiency. Available in types such as sleeve, flanged, and split, they are ideal for machinery, automotive, and industrial systems requiring low-friction performance. Customizable parameters ensure seamless integration into diverse mechanical setups.

Technical specifications

FeatureSpecificationBenefit
MaterialBronze, Brass, Stainless Steel, PTFEHigh corrosion resistance and thermal stability
LubricationCarbon, Oilless, Dry, Solid LubricationReduced maintenance and friction in harsh environments
DesignPerforated Inner SurfaceEnhanced cooling and lubricant flow
TypeSleeve, Flanged, Mantle, Split, WasherVersatile fit for varied shaft/bore configurations
ManufacturingCastingPrecision-engineered structural integrity

Customization guide

Adjustable parameters include size, material composition (e.g., bronze alloy ratios), and surface treatments (e.g., PTFE coating) to meet specific load, temperature, or chemical resistance requirements.

Get inspired

With the perforated design, you can achieve optimal heat dissipation and lubrication flow, making these bushings perfect for heavy machinery. Their solid lubrication ensures longevity even in dry or abrasive conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity10 kN+15% (11.5 kN)*+30% (13 kN)*
Temperature Range-20°C to 120°C-30°C to 150°C-40°C to 200°C
Lubrication EfficiencyStandardEnhanced (20% faster)Premium (30% faster)
CertificationISO 9001ISO 9001 + ASTMISO 9001 + ASTM + API

Supplier's note

  1. Technical Breakthroughs:

    • Perforated Design: Reduces friction by 25% compared to solid bushings.
    • Solid Lubrication: Eliminates frequent re-lubrication, cutting downtime by 18%.
    • Material Mix: Bronze-PTFE composites boost wear resistance by 40%.
  2. Version Selection Guide:

    • Pro Model: Ideal for heavy-duty industrial applications (e.g., mining equipment) needing extreme load capacity and thermal resistance.
    • Advanced Model: Suitable for automotive or machinery requiring enhanced lubrication and moderate temperature ranges.
    • Base Model: Best for standard applications (e.g., pumps, conveyors) with typical load and environmental conditions.

*Performance gains compared to industry benchmarks.

Frequently asked questions

  • Which bronze bushing type (sleeve, split, or flanged) is best for heavy machinery applications?

  • How do perforated bronze bushings reduce friction compared to standard bearings?

  • Can solid lubrication bronze bushings operate without regular oiling?

  • What materials are used for corrosion-resistant bronze bushings in marine environments?

  • Are custom perforated bronze bushings available for non-standard shaft sizes?

  • What certifications or standards apply to bronze bushings for industrial equipment?

  • How do bronze bushings compare to plastic bushings in high-temperature applications?

  • Can I order split bronze bushings for easy installation in tight spaces?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionCorrosive environments, marine machineryIndustry Standard: Steel (ASTM A36)
Our Base: Bronze (ASTM B505)
Our Advanced: Bronze + Graphite (ASTM C713)
▲ Base: 30% better corrosion resistance than steel (ISO 9227)
▲ Advanced: 50% higher wear resistance (ASTM G65)
Steel: Prone to rust in corrosive environments
Advanced: 20% higher cost
Lubrication TypeLow-maintenance machineryIndustry Standard: Oil-based (ISO VG 100)
Our Base: Oilless (Carbon infused, ASTM D395)
Our Advanced: PTFE Self-Lubricating (ASTM D4804)
▲ Base: Reduces maintenance by 70%
▲ Advanced: Operates in dry environments (-40°C to 250°C)
Oil-based: Requires frequent re-lubrication
Advanced: Lower load capacity vs oil-based (▲ Base: 18,000 PSI vs ▲ Advanced: 15,000 PSI)
Bushing TypeHeavy machinery assemblyIndustry Standard: Sleeve (ISO 14)
Our Base: Flanged (ISO 10240)
Our Advanced: Perforated Flanged (Custom Design)
▲ Base: Easier installation (pre-aligned flanges)
▲ Advanced: 40% improved heat dissipation (perforated design)
Sleeve: Requires additional mounting hardware
Advanced: 15% heavier than Base
Manufacturing ProcessMass production vs precision partsIndustry Standard: Machining (ISO 2768)
Our Base: Casting (ASTM A48)
Our Advanced: Precision Casting (ASTM A439)
▲ Base: 30% cheaper than machining
▲ Advanced: ±0.1mm tolerance (vs ±0.5mm for Base)
Machining: Slower production
Advanced: 40% higher cost than Base
Load CapacityHigh-load industrial equipmentIndustry Standard: 15,000 PSI (ASME B1.1)
Our Base: 22,000 PSI
Our Advanced: 28,000 PSI
▲ Base: Handles 47% heavier loads than standard
▲ Advanced: 27% stronger than Base (▲ Base: 22k PSI → ▲ Advanced: 28k PSI)
Standard: Risk of deformation under heavy loads
Advanced: Bulky design limits space-constrained use
Temperature ResistanceHigh-heat applications (e.g., engines)Industry Standard: Up to 150°C (NBR Rubber)
Our Base: 200°C (Bronze)
Our Advanced: 250°C (Graphite Bronze)
▲ Base: Operates in engine compartments (200°C)
▲ Advanced: Withstands furnace exhaust (250°C)
Rubber: Degrades at >120°C
Advanced: Requires specialized cooling in extreme scenarios

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