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  • 1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace
  • 1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace
  • 1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace
  • 1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace
  • 1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace
  • 1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace
1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace

1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature Sintering Heat Treatment Furnace

$1299.00-$5999.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 2 pieces)
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1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature Sintering Heat Treatment Furnace

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Sintering & Heat Treatment: Capable of reaching 1700°C, ideal for sintering gemstones, ceramics, and other high-temperature materials requiring precise heat treatment.
  • Advanced Temperature Control: Equipped with 30-segment programmable temperature settings, enabling customizable heating profiles for diverse material processing needs.

Key features

  • 1. Material Technology

  • With MoSi₂ rod heating elements, achieve stable operation up to 1700°C while resisting corrosion and oxidation.

Product details

1700 Degree Vacuum Atmosphere Furnace Gemstone Ceramic High Temperature  Sintering Heat Treatment Furnace

The 1700°C Vacuum Atmosphere Furnace is a high-performance laboratory heating solution designed for precision sintering and heat treatment of ceramics, gemstones, and advanced materials. Equipped with MoSi₂ heating elements and 30-segment programmable temperature control, it ensures stable performance in vacuum or controlled atmosphere environments.

Technical specifications

FeatureSpecificationBenefit
Maximum Temperature1700°C (3100°F)Exceeds industry standard for high-temperature applications
Heating ElementMolybdenum Disilicide (MoSi₂) rodHigh thermal stability and oxidation resistance
Temperature Control30-segment programmable PIDPrecise multi-stage heating cycles for complex processes
Chamber MaterialHigh-purity alumina ceramicWithstands repeated thermal shocks and chemical exposure

Customization guide

Adjustable temperature segments (up to 30) allow customization of heating/cooling profiles to meet specialized needs such as slow ramping for delicate materials or rapid cooling for phase-change studies.

Get inspired

Ideal for R&D labs and material science applications, this furnace enables precise sintering of ceramic components or annealing of gemstones with minimal thermal distortion.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Control20 segments30 segments40 segments*
Max Heating Rate30°C/min40°C/min50°C/min (+66% vs base)
Chamber Volume20L50L100L
Insulation EfficiencyStandardEnhancedPremium (+20% heat retention)

Supplier's note

  1. Technical Breakthroughs:

    • MoSi₂ Heating Elements: Provide 2x longer lifespan than traditional silicon carbide rods in oxidizing atmospheres.
    • 30-Segment PID Control: Enables ±1°C accuracy, critical for crystal growth or phase-sensitive treatments.
    • Vacuum/Atmosphere Flexibility: Switchable gas inlet/outlet ports accommodate inert or reactive gas environments.
  2. Version Selection Guide:

    • Base Model: Suitable for small-scale R&D labs requiring 20L capacity and basic programmability.
    • Advanced Model: Ideal for medium-volume production or academic labs needing 30-segment control and 50L capacity.
    • Pro Model: Best for industrial users demanding high throughput (50°C/min heating) and large batch processing (100L). With its premium insulation, the Pro reduces energy consumption by 20% compared to competitors.

Example Use Case: The Pro Model’s 40-segment control paired with 50°C/min heating allows rapid sintering cycles for aerospace ceramics, cutting production time by 30% versus traditional furnaces.

Frequently asked questions

  • Which vacuum furnace model is best for high-temperature gemstone sintering?

  • How do I maintain the MoSi2 heating elements in a high-temperature furnace?

  • What’s the advantage of MoSi2 rods over Kanthal in lab furnaces?

  • Can I customize the 30-segment temperature program for ceramic heat treatment?

  • Is this furnace certified for high-temperature lab applications?

  • How does vacuum atmosphere benefit gemstone heat treatment?

  • What safety features protect against 1700°C operation?

  • Does the furnace support both sintering and annealing for ceramics?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature RangeHigh-temperature sintering/ceramic processingIndustry Standard: 1500°C (ASTM C110)
Our Base: 1600°C (▲)
Our Advanced: 1700°C (▲▲)
Enables precise gemstone sintering (Our Advanced ▲▲)Higher temps require specialized cooling (Industry Standard: limited to ceramics)
Heating ElementRapid heating in vacuum environmentsIndustry Standard: Kanthal® wire (max 1400°C)
Our Base: MoSi₂ rods (▲)
Our Advanced: Graphene-coated MoSi₂ (▲▲)
Our Advanced ▲▲: 20% faster heat-up (IEC 60068-2-14)MoSi₂ requires inert atmosphere (not for open labs)
Control SystemProgrammable heat treatment protocolsIndustry Standard: 10-segment manual control
Our Base: 30-segment PID (▲)
Our Advanced: AI-optimized 50-segment (▲▲)
Our Advanced ▲▲: ±1°C accuracy (ISO 9001)Complex programming may need training (Industry Standard: user-friendly but basic)
Vacuum CapabilityUltra-high vacuum applicationsIndustry Standard: 1x10⁻² Pa
Our Base: 5x10⁻³ Pa (▲)
Our Advanced: 1x10⁻⁴ Pa (▲▲)
Our Advanced ▲▲: Reduces oxidation in aerospace alloys (ASTM E96)Higher vacuum = costlier maintenance (Industry Standard: adequate for basic labs)
Chamber MaterialCorrosive/gas-sensitive processesIndustry Standard: Stainless steel (ASTM A240)
Our Base: Quartz (▲)
Our Advanced: Zirconia-lined (▲▲)
Our Advanced ▲▲: Withstands 50+ corrosive cycles (ASTM D543)Quartz chambers degrade faster under UV (Industry Standard: durable but reactive)
Safety FeaturesHazardous material handlingIndustry Standard: Basic alarms
Our Base: Dual over-temperature sensors (▲)
Our Advanced: Auto-shutoff + gas leak detection (▲▲)
Our Advanced ▲▲: CE/UL-certified (IEC 61010)Adds 20% to cost (Industry Standard: budget-friendly but less safe)

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