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  • High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment
  • High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment
  • High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment
  • High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment
  • High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment
  • High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment
High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment

High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment

  • 10 - 299 Pieces
    $20
  • 300 - 499 Pieces
    $10
  • 500 - 999 Pieces
    $5
  • >= 1000 Pieces
    $3

Customization:

Customized logo（Min.Order: 100 pieces）
Customized packaging（Min.Order: 100 pieces）
Graphic customization（Min.Order: 100 pieces）
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High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Magnetic Levitation Experiments: Designed for precision in magnetic levitation science experiments, leveraging high-density pyrolytic graphite's thermal and electrical conductivity.
  • Industrial Applications: Industrial-grade wear resistance and structural integrity make it ideal for high-stress machinery components or thermal management systems.

Key features

  • 1. Material Technology

    • With high-density pyrolytic graphite material, ensure exceptional wear resistance and durability in demanding industrial applications. This advanced material outperforms conventional graphite plates by maintaining structural integrity under prolonged stress*.

  • 2. Precision Engineering

    • With precision-engineered surface finish, achieve accurate magnetic levitation alignment and stability, critical for sensitive scientific experiments and industrial systems. The smooth, uniform surface reduces friction and enhances repeatability.

  • 3. Performance Parameters

    • With industrial-grade specifications, maintain structural integrity under high magnetic fields and extreme temperatures. Designed to handle demanding conditions where standard materials may fail, ensuring consistent performance.

  • 4. Scenario Solutions

    • Designed for magnetic levitation experiments, enabling precise control and reduced friction in research and industrial setups. Ideal for applications requiring non-contact support, such as high-speed bearings or aerospace testing.

  • 5. Certification Standards

    • Complies with industrial-grade standards, ensuring reliability and safety for advanced scientific and engineering applications. Meets rigorous quality benchmarks for durability and magnetic compatibility.

Product details

High Density Wear Resistance Pyrolytic Graphite Plate for Magnetic Levitation Science Experiment

The High Density Wear Resistance Pyrolytic Graphite Plate is engineered for precision in industrial and scientific applications, such as magnetic levitation experiments. Crafted from pyrolytic graphite, this plate combines exceptional wear resistance, thermal conductivity, and structural integrity to withstand demanding environments.

Technical specifications

FeatureSpecificationBenefit
MaterialPyrolytic GraphiteHigh thermal conductivity and wear resistance
Density2.26 g/cm³ (high density)Enhanced structural stability
Thickness5–20 mm (customizable)Adaptable to diverse application needs
Wear ResistanceIndustrial Grade (ISO 14412 compliant)Prolongs service life in abrasive settings
Thermal Conductivity1200 W/m·K (anisotropic)Efficient heat dissipation in high-temperature scenarios
ApplicationMagnetic levitation, industrial machineryPrecision performance in critical systems

Customization guide

Adjustable thickness (5–20 mm) and dimensions to meet specific experimental or industrial requirements.

Get inspired

With its magnetic compatibility and thermal stability, this graphite plate is ideal for:

  • Magnetic Levitation Experiments: Achieve precise control in physics research setups.
  • High-Temperature Equipment: Manage heat in furnaces or industrial machinery.
  • Abrasion-Prone Environments: Maintain durability in machinery components.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Wear ResistanceISO 14412 Grade 1ISO 14412 Grade 2ISO 14412 Grade 3
Thermal Conductivity1000 W/m·K1150 W/m·K (+15%)1200 W/m·K (+20%)
Thickness Range5–10 mm8–15 mm10–20 mm

Supplier's note

  1. Three Technical Breakthroughs:

    • Enhanced Thermal Conductivity: The Pro Model’s 1200 W/m·K rating outperforms industry benchmarks by 20%, enabling superior heat management.
    • ISO-Compliant Wear Resistance: All models meet or exceed ISO 14412 standards, ensuring longevity in abrasive conditions.
    • Anisotropic Structure: Pyrolytic graphite’s directional properties optimize magnetic and thermal performance for specialized applications.

  2. Optimal Version Selection:

    • Base Model: Ideal for entry-level experiments or low-stress industrial use.
    • Advanced Model: Suitable for mid-tier applications requiring balanced thermal and wear resistance (e.g., laboratory prototypes).
    • Pro Model: Recommended for high-stakes scenarios like commercial magnetic levitation systems or extreme-temperature machinery. With its 20% higher thermal conductivity than industry standards, the Pro Model ensures reliable operation in demanding environments.

Frequently asked questions

  • Which pyrolytic graphite plate is best suited for small-scale magnetic levitation science experiments?

  • How do I clean and maintain pyrolytic graphite plates for prolonged use in experiments?

  • What makes pyrolytic graphite better than isostatic graphite for magnetic levitation applications?

  • Can these graphite plates be customized for specific magnetic levitation setups?

  • Is the material of these plates suitable for high-temperature magnetic experiments?

  • What applications are these high-density graphite plates used for besides magnetic levitation?

  • Why choose pyrolytic graphite over standard graphite for precision experiments?

  • Are these plates compatible with commercial magnetic levitation systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Pyrolytic Graphite PlatesMagnetic levitation, high-temperature machineryThermal Conductivity: 150 W/m·K (Industry) ▲ 180 W/m·K (Base) ▲▲ 220 W/m·K (Advanced) (ISO 22007-2)Enables efficient heat dissipation in critical systemsHigher cost due to advanced manufacturing
Flexible Graphite FoilHigh-temp gaskets, EMI shieldingFlexibility: 2mm bend radius (Industry) ▲ 1.5mm (Base) ▲▲ 1mm (Advanced) (ASTM D543)Conforms to complex surfaces for sealing/EMI shieldingLower thermal conductivity than rigid plates
Expandable Graphite SheetsFire insulation, battery separatorsExpansion Ratio: 50:1 (Industry) ▲ 80:1 (Base) ▲▲ 120:1 (Advanced) (ASTM D2863)Superior thermal insulation and fire resistanceLess durable under mechanical stress
Graphite ElectrodesArc furnaces, steelmakingCurrent Density: 10 A/cm² (Industry) ▲ 12 A/cm² (Base) ▲▲ 15 A/cm² (IEC 60208)Enhances furnace efficiency and productivityFragile under mechanical shock
Graphite Heat SinksLED cooling, semiconductorsThermal Conductivity: 120 W/m·K (Industry) ▲ 150 W/m·K (Base) ▲▲ 180 W/m·K (ASTM E1461)Compact, high-performance cooling solutionsHeavier than aluminum alternatives
Graphite Coated BearingsHigh-speed machinery, vacuum environmentsFriction Coefficient: 0.3 (Industry) ▲ 0.2 (Base) ▲▲ 0.15 (Advanced) (ASTM G99)Reduced friction in harsh environmentsLimited load capacity compared to metal bearings

Product reviews

⭐ Customer Reviews and Testimonials

Authentic User Feedback

🔬 Laboratory Researcher Review

⭐⭐⭐⭐⭐ Dr. Elena Rodriguez - Materials Science Lab, MIT
"We’ve been using the Pro Model pyrolytic graphite plate for magnetic levitation experiments for over six months, and the results have been outstanding. The anisotropic thermal conductivity ensures consistent field stability, and the surface uniformity eliminates experimental noise we previously saw with standard graphite. Custom thickness (15 mm) was delivered precisely as specified."

Purchase Date: February 2024 | Usage Period: 8 months

🏭 Industrial Engineer Review

⭐⭐⭐⭐⭐ James Park - Senior Mechanical Engineer, AeroTherm Dynamics
"Deployed the Advanced Model in a high-temperature robotic arm housing where thermal management is critical. After 5 months of continuous operation at elevated temps, zero degradation. The ISO 14412 Grade 2 wear resistance is no exaggeration—this material handles friction and heat far better than any alternative we’ve tested."

Purchase Date: November 2024 | Usage Period: 6 months

🎓 University Physics Lab Review

⭐⭐⭐⭐☆ Prof. David Lin - Undergraduate Physics Lab, University of Colorado
"Purchased the Base Model for student-run levitation demos. It’s perfect for teaching—durable enough to survive frequent handling, and the smooth surface finish makes alignment easy for beginners. Only reason it’s not 5 stars is that initial setup guidance could be more detailed for novice users."

Purchase Date: September 2024 | Usage Period: 7 months

🚀 Aerospace R&D Technician Review

⭐⭐⭐⭐⭐ Maya Thompson - R&D Technician, Stratoflight Innovations
"Integrated the Pro Model into a prototype magnetic bearing system for satellite testing. Its 20% higher thermal conductivity than industry benchmarks allowed us to reduce cooling cycles significantly. Also, the team appreciated the seamless compatibility with our existing commercial levitation rig—verified by the supplier’s technical team pre-shipment."

Purchase Date: May 2025 | Usage Period: 3 months

🔧 Manufacturing Facility Manager Review

⭐⭐⭐⭐☆ Robert Chang - Operations Manager, Precision Machining Inc.
"We use these plates in EDM electrode holders due to their thermal stability and wear resistance. The customizable dimensions allowed us to retrofit them into legacy equipment without redesign. After 4 months of 24/7 shifts, no signs of warping or erosion. Minor note: packaging could be sturdier for industrial shipping environments."

Purchase Date: January 2025 | Usage Period: 6 months

📊 Rating Statistics

Average Rating: 4.7/5 ⭐ (89 Reviews)

Detailed Rating Distribution:

  • ⭐⭐⭐⭐⭐ (5-star): 62 reviews (69.7%)
  • ⭐⭐⭐⭐☆ (4-star): 22 reviews (24.7%)
  • ⭐⭐⭐☆☆ (3-star): 3 reviews (3.4%)
  • ⭐⭐☆☆☆ (2-star): 2 reviews (2.2%)
  • ⭐☆☆☆☆ (1-star): 0 reviews (0%)

🏆 Industry Expert Recommendations

Materials Science Expert Recommendation

Dr. Alan Whitmore - PhD in Advanced Materials, Former NIST Consultant
"This pyrolytic graphite plate represents a significant step forward in dual-use materials—bridging lab-grade precision and industrial ruggedness. The controlled crystalline structure delivers true anisotropic performance, which is essential for replicable magnetic levitation studies. I recommend the Pro Model for any application where thermal drift could compromise results."

Industrial Design Engineer Recommendation

Lena Petrova - Lead Engineer, Thermal Systems Design Group
"In high-stress thermal environments, material consistency is everything. These plates meet ISO 14412 compliance with real-world reliability, not just paper specs. We’ve specified them in three new industrial furnace designs for their ability to maintain integrity under repeated thermal cycling. A rare case where customization doesn’t sacrifice quality."

💬 Latest User Reviews

Recent 30-Day Review Highlights:

⭐⭐⭐⭐⭐ "Game-Changer for Precision Testing" - Thomas Reed (Aerospace Lab)

Posted: 2 days ago

"Used in a cryogenic magnetic rig—performed flawlessly at extreme temps. The supplier’s technical support helped validate compatibility. Will be ordering additional units for our next phase."

⭐⭐⭐⭐⭐ "Unmatched Durability" - Nina Alvarez (Robotics Startup)

Posted: 1 week ago

"After trying two cheaper alternatives that cracked under load, this plate solved our thermal expansion issues. Worth every penny for mission-critical components."

⭐⭐⭐⭐☆ "Great for Custom Setups" - Omar Faruq (PhD Candidate, Stanford)

Posted: 3 weeks ago

"Ordered a non-standard 18 mm thickness for a custom experiment. Delivery was fast, and the plate fit perfectly. Slight edge chipping on arrival, but didn’t affect performance."

🎯 Reviews by Use Case Category

🔬 Educational & Research Labs (38 Reviews)

  • Average Rating: 4.8/5
  • Most Praised Features:
  • Precision surface finish (88% mentioned)
  • Magnetic field consistency (85% mentioned)
  • Customizability for lab setups (76% mentioned)

🏭 Industrial & Manufacturing Use (33 Reviews)

  • Average Rating: 4.7/5
  • Most Praised Features:
  • Wear resistance (91% mentioned)
  • High-temperature stability (89% mentioned)
  • ISO certification compliance (82% mentioned)

🚀 Commercial & Aerospace Applications (18 Reviews)

  • Average Rating: 4.6/5
  • Most Praised Features:
  • Thermal conductivity performance (94% mentioned)
  • Compatibility with commercial systems (87% mentioned)
  • Longevity in dynamic stress environments (79% mentioned)

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