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  • Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating
  • Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating
  • Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating
  • Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating
  • Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating
  • Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating
Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating

Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating

  • 25 - 499 Kilograms
    $1.90
  • 500 - 1999 Kilograms
    $1.50
  • >= 2000 Kilograms
    $0.90

Customization:

Customized packaging(Min.Order: 500 pieces)

Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Efficiency Heating & Thermal Stability: The 6000 mesh far-infrared ceramic powder enables rapid and uniform heat distribution, ideal for applications requiring precise temperature control in furnace kilns and structural ceramics.
  • Durability in Harsh Environments: Composed of SIO₂ and zirconia ceramic, the powder maintains structural integrity under extreme temperatures, making it suitable for furnace fixtures and high-temperature industrial processes.

Key features

  • 1. Material Technology

  • With a 6000 mesh SIO₂ and zirconia ceramic composition, this powder ensures high thermal efficiency and durability in high-temperature environments, leveraging far-infrared properties for enhanced heating performance.

  • 2. Performance Parameters

  • The ultra-fine 6000 mesh structure enables superior far-infrared radiation, providing ~20% faster heat distribution compared to standard ceramic powders* [*Disclaimer: Based on internal testing; actual results may vary].

  • 3. Scenario Solutions

  • Designed for furnace kilns and structural ceramics, this powder delivers stable performance in high-temperature industrial applications, ensuring consistent operation in demanding environments.

  • 4. Interactive Design (Processing Flexibility)

  • With adaptable processing capabilities (e.g., bending), this ceramic powder allows for custom shaping in furnace fixture manufacturing, enhancing design flexibility for industrial applications.

  • 5. Material Uniformity

  • The fine and uniform texture ensures consistent material distribution in manufacturing processes, minimizing defects in ceramic products compared to irregular powders.

Product details

Fine 6000 Mesh Far Infrared Ceramic Powder White Tourmaline Powder for Heating

Fine 6000 Mesh Far Infrared Ceramic Powder combines high-purity SIO₂ and zirconia ceramic materials to deliver exceptional thermal stability and uniform dispersion. Designed for furnace kilns, structural ceramics, and high-temperature fixtures, this powder ensures precise material integrity under extreme conditions. Its fine 6000 mesh consistency and white tourmaline composition enhance far-infrared radiation properties, ideal for energy-efficient heating systems.

Technical specifications

FeatureSpecificationBenefit
Material CompositionSIO₂ + Zirconia Ceramic + TourmalineHigh thermal stability and durability
Mesh Size6000 MeshUltra-fine, uniform particles for precision
Processing ServiceBendingCustomizable shapes for complex fixtures
Application ScenariosFurnace kilns, structural ceramicsWithstands temperatures up to 1600°C

Customization guide

Adjust mesh size (from 4000 to 8000) or blend additives to tailor thermal conductivity or flexibility for specialized furnace designs. For example, increasing zirconia content enhances resistance to thermal shock in high-stress industrial kilns.

Get inspired

With its fine texture and far-infrared properties, this ceramic powder is ideal for creating energy-efficient heating elements or durable furnace linings. The uniform particle size ensures consistent sintering, reducing defects in ceramic components.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Mesh Precision6000 Mesh+15% finer mesh+30% ultra-fine
Thermal Conductivity2.5 W/m·K2.9 W/m·K3.2 W/m·K
FlexibilityStandardEnhanced bendablePremium malleable

Supplier's note

  1. Technical Breakthroughs:

    • 6000 Mesh Consistency: Enables 20% finer dispersion than standard ceramics, reducing waste in kiln coatings.
    • Zirconia Reinforcement: Triples resistance to thermal cracking compared to traditional SIO₂ powders.
    • Tourmaline Integration: Boosts far-infrared radiation by 25%, improving energy efficiency in heating systems.
  2. Version Selection Guide:

    • Base Model: Ideal for standard furnace fixtures requiring cost-effective thermal stability.
    • Advanced Model: Choose for applications needing enhanced flexibility, such as curved kiln linings or bendable ceramic molds.
    • Pro Model: Best for extreme environments (e.g., aerospace ceramics) where 30% higher thermal conductivity and ultra-fine precision are critical.

With the Pro version’s 3.2 W/m·K conductivity, you can achieve faster heat distribution in industrial kilns, cutting energy costs by 15%. Pair its malleable formula with automated molding systems to streamline high-volume ceramic production.

Frequently asked questions

  • Which ceramic powder is best suited for high-temperature furnace kilns and fixtures?

  • How should Far Infrared Ceramic Powder be stored to maintain its quality?

  • What makes 6000 mesh ceramic powder better than coarser alternatives for industrial use?

  • Is this ceramic powder suitable for custom bending in structural components?

  • Does the ceramic powder meet industrial certification standards for furnace applications?

  • How does tourmaline enhance heating efficiency in furnace fixtures?

  • What are the key differences between SIO₂ and zirconia in this ceramic powder?

  • Can this powder be customized for specialized furnace applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Particle FinenessHigh-precision ceramic molding6000 Mesh (Our Advanced) ▲▲
4000 Mesh (Our Base)
3000 Mesh (Industry Standard)
(ISO 3310 certified)
Enables ultra-fine structural ceramics for intricate furnace fixtures.
Hover: 6000 Mesh = 25 µm particle size
Higher mesh = increased production cost. Not ideal for low-budget kiln projects.
Far-Infrared EmissionEnergy-efficient heating systems82% (Our Advanced) ▲▲
65% (Our Base)
50% (Industry Standard)
(ASTM C1058)
Reduces energy consumption by 30% in furnace kilns.
Hover: 82% = 8–14 µm wavelength range
Requires specialized coating for optimal emission.
Thermal StabilityHigh-temperature furnace components1800°C (Our Advanced) ▲▲
1600°C (Our Base)
1400°C (Industry Standard)
(ASTM C20)
Withstands repeated thermal shocks in industrial kilns.
Hover: 1800°C = 30% higher than standard kiln max temps
Limited use in low-temperature applications (e.g., food-grade ceramics).
Material CompositionCorrosion-resistant furnace fixturesZirconia + SIO₂ (Our Advanced)
Alumina (Our Base)
Clay-based (Industry Standard)
(ASTM C242)
Zirconia improves durability in acidic furnace environments.
Hover: Zirconia = 5x higher abrasion resistance
Requires advanced sintering techniques for bonding.
Processing FlexibilityCustom furnace kiln partsBending Tolerance ±0.1mm (Our Advanced) ▲▲
±0.3mm (Our Base)
±1mm (Industry Standard)
(ISO 2768)
Precision bending for complex furnace kiln designs.
Hover: ±0.1mm = aerospace-grade precision
Custom bending adds 15–20% to production lead time.
Raw Material PurityHigh-end structural ceramics99.9% Purity (Our Advanced) ▲▲
99% Purity (Our Base)
95% Purity (Industry Standard)
(ISO 13314)
Minimizes impurities for aerospace-grade ceramics.
Hover: 99.9% = medical-grade purity standards
Higher purity increases raw material costs by 40%.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.