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FUDA Modified Ptfe Taflon Ptfe Raw Material Carbon Filled Graphite Rod with More Abrasion Performance

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Abrasion-Resistant Performance: Engineered with carbon-filled PTFE (Teflon), these rods offer enhanced durability and wear resistance, ideal for high-friction applications.
  • Multi-Environment Adaptability: Designed to withstand extreme temperatures (up to 260°C) and resist corrosion from chemicals, making them suitable for harsh industrial and chemical processing environments.

Key features

  • 1. Enhanced Abrasion Resistance via Carbon-Filled PTFE

  • With carbon-filled PTFE material, achieve 30% higher abrasion resistance compared to standard PTFE rods*. This makes the rods ideal for high-wear applications like industrial machinery components or abrasive chemical processing systems.

  • 2. High-Temperature Performance for Extreme Environments

  • With a maximum operating temperature of 260°C, maintain structural integrity in high-heat scenarios surpassing conventional polymer materials*. Perfect for furnace components or thermal processing equipment.

  • 3. Chemical Resistance for Corrosive Applications

  • Designed for chemical processing and pharmaceutical environments, resist aggressive acids, bases, and solvents where metal alternatives corrode*. Outperforms stainless steel in corrosive liquid handling systems.

  • 4. Customizable Cylindrical Design for Precision Integration

  • With a uniform cylindrical shape and precision cutting services, easily tailor lengths and diameters to fit bespoke industrial setups*. Streamline integration into pumps, valves, or sliding mechanisms.

  • 5. Compliance with Industrial Safety Standards

  • Manufactured to meet global industrial safety protocols (specific certifications available upon request)*. Ensures reliability in regulated sectors like food processing or aerospace.

Product details

FUDA Modified Ptfe Taflon Ptfe Raw Material Carbon Filled Graphite Rod with More Abrasion Performance

The FUDA Modified PTFE Carbon-Filled Graphite Rod combines the inherent advantages of PTFE with enhanced abrasion resistance through carbon filler integration. These cylindrical rods are engineered for high-demand industrial applications requiring durability, chemical inertness, and thermal stability.

Technical specifications

FeatureSpecificationBenefit
MaterialCarbon-filled PTFE (Modified PTFE)Enhanced abrasion resistance and thermal conductivity
Temperature Range-200°C to +260°CWithstands extreme thermal fluctuations
Chemical ResistanceResists acids, bases, solventsSafe for corrosive environments
Abrasion Performance30% higher than standard PTFE rodsExtended service life in abrasive conditions
Processing ServiceCustom cutting to specified dimensionsFlexible integration into systems

Customization guide

Adjustable parameters include length, diameter, and surface finish to meet specific application needs. For instance:

  • Length/Size: Customize to fit machinery or equipment dimensions.
  • Surface Treatment: Add lubricious coatings for reduced friction or anti-static layers for sensitive electronics.

Get inspired

Ideal for industries demanding precision and resilience: use in chemical processing equipment, pharmaceutical machinery, or high-temperature seals where PTFE’s non-reactive and wear-resistant properties deliver unmatched performance.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Abrasion ResistanceStandard PTFE+15% enhanced+30% enhanced*
Max Temperature260°C260°C260°C
Chemical ResistanceGeneral chemicalsCorrosive acids/basesUltra-resistant (all solvents)

Supplier's note

  1. Technical Breakthroughs:

    • Carbon-filled PTFE: Achieves 30% higher abrasion resistance than standard PTFE, extending lifespan in abrasive environments.
    • Thermal Stability: Maintains structural integrity up to 260°C, enabling use in high-temperature furnaces or ovens.
    • Universal Chemical Compatibility: Resists even concentrated acids/bases, critical for pharmaceutical and semiconductor applications.
  2. Version Selection Guide:

    • Base Model: Suitable for general industrial use (e.g., food processing machinery) where moderate abrasion and standard chemicals are present.
    • Advanced Model: Ideal for chemical plants or laboratories handling aggressive solvents, leveraging its 15% abrasion boost.
    • Pro Model: Best for extreme scenarios like semiconductor fabrication or aerospace components, where zero chemical reactivity and maximum durability are mandatory.

Pro Model’s abrasion resistance exceeds industry benchmarks by 20%, ensuring longevity in abrasive applications like conveyor systems or valve components.

Frequently asked questions

  • Which FUDA carbon-filled PTFE rod model is best suited for high-abrasion industrial applications?

  • How do I clean and maintain carbon-filled PTFE rods to prolong their lifespan?

  • What advantages does carbon-filled PTFE offer over standard PTFE in high-friction applications?

  • Can FUDA’s PTFE rods be customized to specific lengths or shapes for my equipment?

  • Is FUDA’s carbon-filled PTFE rod certified for use in chemical processing environments?

  • What is the maximum temperature FUDA’s carbon-filled PTFE rods can withstand?

  • How does carbon filling enhance the durability of PTFE rods in abrasive machinery?

  • Are FUDA’s PTFE rods suitable for food-grade equipment despite containing carbon?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-purity industrial applicationsIndustry: Pure PTFE (ASTM D2999)
Base: PTFE + additives (ASTM D4895)
Advanced: Carbon-filled PTFE (ASTM D4895, 5% carbon)
Advanced version offers enhanced abrasion resistance ▲▲
Base balances cost and performance ▲
Advanced variants may require specialized handling due to density
Abrasion ResistanceWear-prone machinery partsIndustry: 100 cycles (ASTM D3389)
Base: 200 cycles ▲
Advanced: 500 cycles ▲▲
Advanced doubles industry standard ▲▲
Base exceeds industry norms ▲
Base may degrade faster in extreme abrasion scenarios
Temperature ResistanceHigh-heat industrial equipmentIndustry: 200°C max
Base: 260°C ▲ (image data)
Advanced: 280°C ▲▲
Base withstands oven-grade temps ▲
Advanced handles furnace-level heat ▲▲
Limited to thermal applications (not suitable for cryogenics)
Chemical ResistanceChemical processing labsIndustry: Resists common acids/bases
Base: ASTM D543 compliant ▲
Advanced: Withstands 50+ chemicals ▲▲
Advanced handles aggressive solvents ▲▲
Base safe for standard chemicals ▲
Base may fail against fluorinated compounds
Mechanical StrengthStructural componentsIndustry: 20 MPa tensile strength
Base: 30 MPa ▲
Advanced: 40 MPa ▲▲
Advanced provides robust load-bearing capacity ▲▲
Base suitable for moderate stress ▲
Base may deform under prolonged heavy loads
Processing FlexibilityCustom manufacturing projectsIndustry: Standard sizes only
Base: Custom cutting available ▲
Advanced: Full customization (size/shape) ▲▲
Advanced enables tailored solutions ▲▲
Base offers basic adjustments ▲
Advanced requires 2x longer lead times compared to Base

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