Rigaku
Premium Compatible Thermal Analysis Consumables for Rigaku Instruments
Our comprehensive collection of Rigaku-compatible thermal analysis consumables delivers exceptional performance and reliability for TGA, DSC, and simultaneous thermal analysis measurements. Engineered to exact OEM specifications, these high-quality replacement crucibles and sample pans ensure optimal instrument performance while providing significant cost savings for research laboratories and analytical facilities worldwide.
Specializing in compatible consumables for Rigaku thermal analysis systems, we offer precision-manufactured crucibles, sample pans, and accessories that maintain the same analytical quality and measurement accuracy as original equipment. Each replacement component undergoes comprehensive quality testing to guarantee dimensional accuracy, thermal stability, and chemical inertness essential for reliable analytical results.
Why Choose Our Compatible Rigaku Consumables?
- Exact Dimensional Match: Manufactured to precise OEM specifications for perfect fit
- Significant Cost Savings: 40-60% lower cost than original equipment consumables
- Equivalent Performance: Same analytical quality and measurement reproducibility
- Superior Materials: High-purity ceramic, graphite, and platinum construction
- Extended Temperature Range: Reliable operation from ambient to 1500°C
- Quality Guarantee: 30-day performance satisfaction guarantee
Compatible Rigaku Thermal Analysis Consumables Catalog
TGA (Thermogravimetric Analysis) Compatible Consumables
Professional replacement TGA crucibles designed for Rigaku TGA and STA instruments. Our compatible crucibles provide exceptional thermal stability and chemical resistance for accurate mass change measurements during controlled heating programs.
Compatible TGA Crucible Specifications:
- Ceramic Crucibles (Al₂O₃): High-purity alumina, 60μL standard volume
- Graphite Crucibles: Ultra-pure graphite for reducing atmospheres
- Platinum Crucibles: 99.9% pure platinum for aggressive samples
- Operating Temperature: Up to 1500°C depending on material
- Dimensional Tolerance: ±0.02mm to ensure perfect instrument fit
- Chemical Compatibility: Inert to most analytical samples
Compatible with Rigaku Part Numbers:
| Our Part Number | Compatible with Rigaku Part | Material | Volume | Price Advantage |
|---|---|---|---|---|
| LX-RG-8592A3 | Rigaku 8592A3 | Graphite | 60μL | 55% savings |
| LX-RG-8578 | Rigaku 8578/8577 | Alumina | 60μL | 50% savings |
| LX-RG-PT60 | Rigaku Platinum Series | Platinum | 60μL | 45% savings |
Typical TGA Applications with Rigaku Instruments:
- Polymer thermal degradation and stability studies
- Composite material filler content analysis
- Pharmaceutical moisture and volatile content determination
- Catalyst thermal stability and activation studies
- Environmental sample organic content analysis
- Food science moisture and ash content determination
DSC Compatible Consumables
High-precision DSC sample pans engineered for Rigaku DSC systems. Our replacement pans provide excellent thermal conductivity and baseline stability for accurate enthalpy measurements and thermal transition analysis.
Compatible DSC Pan Specifications:
- Aluminum Pans: Standard 40μL volume, -150°C to 600°C range
- Sealed Aluminum Pans: For volatile samples and pressure studies
- High-Pressure Pans: Up to 6 bar internal pressure capability
- Platinum Pans: Inert alternative for reactive samples
- Ceramic Pans: High-temperature applications up to 1200°C
- Thermal Contact: Optimized base design for accurate heat transfer
STA (Simultaneous Thermal Analysis) Compatible Consumables
Specialized crucibles for Rigaku STA instruments that combine TGA and DSC measurements. Our compatible crucibles ensure optimal thermal contact for both mass and heat flow measurements.
STA Crucible Features:
- Dual-Function Design: Optimized for simultaneous TGA/DSC measurements
- Precise Thermal Mass: Matched sample and reference crucibles
- Material Options: Ceramic, platinum, and graphite variants
- Volume Range: 40μL to 150μL capacity options
- Temperature Capability: Up to 1500°C operational range
Rigaku Instrument Compatibility Guide
Our replacement consumables are specifically engineered for compatibility with the complete range of Rigaku thermal analysis instruments. Each product undergoes rigorous testing to ensure perfect dimensional fit and equivalent analytical performance.
Compatible Rigaku Thermal Analysis Instruments:
TGA Instrument Compatibility:
- Rigaku Thermo plus EVO2 TG8121: Standard TGA with automatic sample changer
- Rigaku Thermo plus EVO2 TG8120: High-resolution TGA system
- Rigaku TG-DTA8122: Simultaneous TG-DTA measurements
- Rigaku MiniFlex Guidance: Benchtop TGA applications
- Legacy Rigaku TGA Models: TG8110, TG8100 series (with verification)
DSC Instrument Compatibility:
- Rigaku DSC8270: Standard DSC for routine analysis
- Rigaku DSC8230: High-performance DSC system
- Rigaku Thermo plus DSC: Research-grade DSC instruments
- Rigaku PhotoDSC: Photo-polymerization DSC studies
STA Instrument Compatibility:
- Rigaku STA8122: Simultaneous TG-DTA-MS system
- Rigaku Thermo plus EVO2 STA: Advanced simultaneous thermal analysis
- Rigaku TG-DSC: Combined thermogravimetric and calorimetric analysis
Installation & Compatibility Verification:
How We Ensure Perfect Compatibility:
- Dimensional Verification: CMM measurement against OEM samples
- Thermal Testing: Side-by-side comparison with original crucibles
- Material Analysis: XRF verification of chemical composition
- Baseline Performance: Empty crucible baseline stability testing
- Sample Compatibility: Testing with standard reference materials
Quality Assurance & Performance Verification
Every batch of our Rigaku-compatible consumables undergoes comprehensive quality testing to ensure they meet or exceed OEM performance standards. Our ISO-certified manufacturing processes guarantee consistent quality and reliable analytical results.
Comprehensive Testing Protocols:
Dimensional Accuracy Testing:
- Coordinate Measuring Machine (CMM): ±0.005mm dimensional verification
- Height Measurement: Precise crucible height for proper seating
- Wall Thickness: Uniform thickness for consistent thermal properties
- Base Flatness: Optimal thermal contact with instrument sensor
Thermal Performance Validation:
- Baseline Stability: Empty crucible thermal cycling tests
- Heat Capacity: Verification against known standards
- Thermal Conductivity: Matching OEM thermal response
- Temperature Calibration: Melting point standard verification
Material Purity Analysis:
- ICP-MS Analysis: Trace element contamination verification
- XRF Spectroscopy: Bulk composition confirmation
- Surface Analysis: XPS characterization of surface composition
- Porosity Testing: Mercury porosimetry for ceramic crucibles
Performance Guarantee Program:
30-Day Performance Guarantee:
We guarantee that our compatible Rigaku consumables will provide equivalent analytical performance to OEM parts. If you experience any performance issues within 30 days of purchase, we will provide full replacement or refund.
Analytical Equivalence Standards:
- Baseline Reproducibility: ±2% coefficient of variation
- Temperature Accuracy: Within ±0.5°C of calibration standards
- Mass Precision: ±0.1% for TGA measurements
- Heat Flow Sensitivity: Equivalent to OEM specifications
Rigaku Thermal Analysis Application Guide
Optimizing Measurements with Compatible Consumables
Achieve optimal analytical results from your Rigaku thermal analysis instruments by following these expert recommendations for consumable selection and measurement optimization.
Best Practices for Rigaku Instruments:
Sample Preparation Guidelines:
- Sample Size Optimization: 2-10mg for DSC, 5-20mg for TGA
- Particle Size: <100μm for homogeneous heating
- Sample Distribution: Even layer in crucible bottom
- Moisture Control: Pre-dry hygroscopic samples when appropriate
Crucible Selection Matrix:
| Sample Type | Recommended Crucible | Temperature Range | Atmosphere |
|---|---|---|---|
| Organic polymers | Ceramic (Al₂O₃) | Up to 1200°C | N₂, Air, O₂ |
| Pharmaceutical compounds | Aluminum pans | Up to 600°C | N₂, Dry air |
| Metal samples | Platinum crucibles | Up to 1500°C | Ar, N₂, O₂ |
| Carbon materials | Graphite crucibles | Up to 1400°C | Inert gas only |
Common Issues & Solutions
Baseline Drift Issues:
Symptoms: Inconsistent baseline, thermal drift during measurement
Possible Causes: Contaminated crucibles, poor thermal contact, instrument calibration
Solutions:
- Use fresh, clean crucibles for each measurement
- Verify proper crucible seating in sample holder
- Perform instrument temperature calibration
- Check purge gas flow rates and purity
Poor Peak Resolution:
Symptoms: Broad thermal events, overlapping transitions
Possible Causes: Large sample size, fast heating rate, poor thermal contact
Solutions:
- Reduce sample mass to 2-5mg
- Optimize heating rate (typically 5-20°C/min)
- Ensure good sample-crucible contact
- Use appropriate crucible material for sample type
Contamination Prevention:
Best Practices:
- Use dedicated crucibles for specific sample types
- Implement proper crucible cleaning protocols
- Store crucibles in contamination-free environment
- Use appropriate handling tools to avoid fingerprints
Cost Savings & Ordering Information
Annual Laboratory Cost Savings Analysis
Calculate your potential annual savings by switching to our compatible Rigaku consumables:
| Laboratory Type | Monthly Usage | Annual OEM Cost | Annual Compatible Cost | Annual Savings | ROI Timeline |
|---|---|---|---|---|---|
| University Research Lab | 100 crucibles | $2,400 | $1,200 | $1,200 (50%) | Immediate |
| Industrial QC Lab | 300 crucibles | $7,200 | $3,600 | $3,600 (50%) | Immediate |
| Commercial Testing Lab | 800 crucibles | $19,200 | $9,600 | $9,600 (50%) | Immediate |
Technical Support & Ordering
Expert Technical Support:
- Crucible selection guidance
- Application method development
- Troubleshooting assistance
- Performance optimization consulting
Order Support:
- Email: info@labshopx.com
- Phone: +86 19891960961
- Online: 24/7 ordering system
- Delivery: Express shipping available worldwide
Al Pan With Lid for Rigaku 8578 Set Pan 8577+Lid A00011296 DSC Consumables Aluminum Crucible | NEXACULE
NEXACULE
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$342.00
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$855.00
$342.00
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$855.00
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$342.00
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Type Smaple Pan and lid Suitable for Rigaku Part NO Rigaku 8578 A-RA-1-3 Equivalent to Rigaku 8578 SET pan (8577) + L...
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$0.00
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$342.00
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$855.00
$342.00
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$855.00
Current price
$342.00
60μl Graphite Pans with Lids OD5mm H5mm Same Size As Rigaku 8592A3 for Rigaku Graphite Crucible | NEXACULE
NEXACULE
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$74.10
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$256.50
$74.10
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$256.50
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Item Crucible with lid Suitable for Rigaku Part No. A-RASM-164 Material Graphite Capacity 60ul Lid With Business type Manufactur...
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$74.10
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$256.50
$74.10
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$256.50
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$74.10
60μl Alumina Crucibles Size D5*5mm Rigaku 8592A3 for Rigaku DSC Sample Pans Al2O3 Ceramic Crucible | NEXACULE
NEXACULE
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$323.00
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$570.00
$323.00
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$570.00
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Type Sample pan /crucible Suitable for Rigaku Part NO Rigaku 8592A3...
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$323.00
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$570.00
$323.00
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$570.00
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$323.00
20μl Alumina Crucibles D5*2.5mm for Rigaku Thermal Analysis Sample Pans Al2O3 Crucible | NEXACULE
NEXACULE
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$323.00
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$570.00
$323.00
-
$570.00
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$323.00
in stock
Type Sample pan /crucible Suitable for Rigaku Part NO A-R-1 same design as Rigaku 8592A2 Volume μL 20μl Lid Without Material Alumi...
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$0.00
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$0.00
$323.00
-
$570.00
$323.00
-
$570.00
Current price
$323.00
Premium Compatible Thermal Analysis Consumables for Rigaku Instruments
Our comprehensive collection of Rigaku-compatible thermal analysis consumables delivers exceptional performance and reliability for TGA, DSC, and simultaneous thermal analysis measurements. Engineered to exact OEM specifications, these high-quality replacement crucibles and sample pans ensure optimal instrument performance while providing significant cost savings for research laboratories and analytical facilities worldwide.
Specializing in compatible consumables for Rigaku thermal analysis systems, we offer precision-manufactured crucibles, sample pans, and accessories that maintain the same analytical quality and measurement accuracy as original equipment. Each replacement component undergoes comprehensive quality testing to guarantee dimensional accuracy, thermal stability, and chemical inertness essential for reliable analytical results.
Why Choose Our Compatible Rigaku Consumables?
- Exact Dimensional Match: Manufactured to precise OEM specifications for perfect fit
- Significant Cost Savings: 40-60% lower cost than original equipment consumables
- Equivalent Performance: Same analytical quality and measurement reproducibility
- Superior Materials: High-purity ceramic, graphite, and platinum construction
- Extended Temperature Range: Reliable operation from ambient to 1500°C
- Quality Guarantee: 30-day performance satisfaction guarantee
Compatible Rigaku Thermal Analysis Consumables Catalog
TGA (Thermogravimetric Analysis) Compatible Consumables
Professional replacement TGA crucibles designed for Rigaku TGA and STA instruments. Our compatible crucibles provide exceptional thermal stability and chemical resistance for accurate mass change measurements during controlled heating programs.
Compatible TGA Crucible Specifications:
- Ceramic Crucibles (Al₂O₃): High-purity alumina, 60μL standard volume
- Graphite Crucibles: Ultra-pure graphite for reducing atmospheres
- Platinum Crucibles: 99.9% pure platinum for aggressive samples
- Operating Temperature: Up to 1500°C depending on material
- Dimensional Tolerance: ±0.02mm to ensure perfect instrument fit
- Chemical Compatibility: Inert to most analytical samples
Compatible with Rigaku Part Numbers:
| Our Part Number | Compatible with Rigaku Part | Material | Volume | Price Advantage |
|---|---|---|---|---|
| LX-RG-8592A3 | Rigaku 8592A3 | Graphite | 60μL | 55% savings |
| LX-RG-8578 | Rigaku 8578/8577 | Alumina | 60μL | 50% savings |
| LX-RG-PT60 | Rigaku Platinum Series | Platinum | 60μL | 45% savings |
Typical TGA Applications with Rigaku Instruments:
- Polymer thermal degradation and stability studies
- Composite material filler content analysis
- Pharmaceutical moisture and volatile content determination
- Catalyst thermal stability and activation studies
- Environmental sample organic content analysis
- Food science moisture and ash content determination
DSC Compatible Consumables
High-precision DSC sample pans engineered for Rigaku DSC systems. Our replacement pans provide excellent thermal conductivity and baseline stability for accurate enthalpy measurements and thermal transition analysis.
Compatible DSC Pan Specifications:
- Aluminum Pans: Standard 40μL volume, -150°C to 600°C range
- Sealed Aluminum Pans: For volatile samples and pressure studies
- High-Pressure Pans: Up to 6 bar internal pressure capability
- Platinum Pans: Inert alternative for reactive samples
- Ceramic Pans: High-temperature applications up to 1200°C
- Thermal Contact: Optimized base design for accurate heat transfer
STA (Simultaneous Thermal Analysis) Compatible Consumables
Specialized crucibles for Rigaku STA instruments that combine TGA and DSC measurements. Our compatible crucibles ensure optimal thermal contact for both mass and heat flow measurements.
STA Crucible Features:
- Dual-Function Design: Optimized for simultaneous TGA/DSC measurements
- Precise Thermal Mass: Matched sample and reference crucibles
- Material Options: Ceramic, platinum, and graphite variants
- Volume Range: 40μL to 150μL capacity options
- Temperature Capability: Up to 1500°C operational range
Rigaku Instrument Compatibility Guide
Our replacement consumables are specifically engineered for compatibility with the complete range of Rigaku thermal analysis instruments. Each product undergoes rigorous testing to ensure perfect dimensional fit and equivalent analytical performance.
Compatible Rigaku Thermal Analysis Instruments:
TGA Instrument Compatibility:
- Rigaku Thermo plus EVO2 TG8121: Standard TGA with automatic sample changer
- Rigaku Thermo plus EVO2 TG8120: High-resolution TGA system
- Rigaku TG-DTA8122: Simultaneous TG-DTA measurements
- Rigaku MiniFlex Guidance: Benchtop TGA applications
- Legacy Rigaku TGA Models: TG8110, TG8100 series (with verification)
DSC Instrument Compatibility:
- Rigaku DSC8270: Standard DSC for routine analysis
- Rigaku DSC8230: High-performance DSC system
- Rigaku Thermo plus DSC: Research-grade DSC instruments
- Rigaku PhotoDSC: Photo-polymerization DSC studies
STA Instrument Compatibility:
- Rigaku STA8122: Simultaneous TG-DTA-MS system
- Rigaku Thermo plus EVO2 STA: Advanced simultaneous thermal analysis
- Rigaku TG-DSC: Combined thermogravimetric and calorimetric analysis
Installation & Compatibility Verification:
How We Ensure Perfect Compatibility:
- Dimensional Verification: CMM measurement against OEM samples
- Thermal Testing: Side-by-side comparison with original crucibles
- Material Analysis: XRF verification of chemical composition
- Baseline Performance: Empty crucible baseline stability testing
- Sample Compatibility: Testing with standard reference materials
Quality Assurance & Performance Verification
Every batch of our Rigaku-compatible consumables undergoes comprehensive quality testing to ensure they meet or exceed OEM performance standards. Our ISO-certified manufacturing processes guarantee consistent quality and reliable analytical results.
Comprehensive Testing Protocols:
Dimensional Accuracy Testing:
- Coordinate Measuring Machine (CMM): ±0.005mm dimensional verification
- Height Measurement: Precise crucible height for proper seating
- Wall Thickness: Uniform thickness for consistent thermal properties
- Base Flatness: Optimal thermal contact with instrument sensor
Thermal Performance Validation:
- Baseline Stability: Empty crucible thermal cycling tests
- Heat Capacity: Verification against known standards
- Thermal Conductivity: Matching OEM thermal response
- Temperature Calibration: Melting point standard verification
Material Purity Analysis:
- ICP-MS Analysis: Trace element contamination verification
- XRF Spectroscopy: Bulk composition confirmation
- Surface Analysis: XPS characterization of surface composition
- Porosity Testing: Mercury porosimetry for ceramic crucibles
Performance Guarantee Program:
30-Day Performance Guarantee:
We guarantee that our compatible Rigaku consumables will provide equivalent analytical performance to OEM parts. If you experience any performance issues within 30 days of purchase, we will provide full replacement or refund.
Analytical Equivalence Standards:
- Baseline Reproducibility: ±2% coefficient of variation
- Temperature Accuracy: Within ±0.5°C of calibration standards
- Mass Precision: ±0.1% for TGA measurements
- Heat Flow Sensitivity: Equivalent to OEM specifications
Rigaku Thermal Analysis Application Guide
Optimizing Measurements with Compatible Consumables
Achieve optimal analytical results from your Rigaku thermal analysis instruments by following these expert recommendations for consumable selection and measurement optimization.
Best Practices for Rigaku Instruments:
Sample Preparation Guidelines:
- Sample Size Optimization: 2-10mg for DSC, 5-20mg for TGA
- Particle Size: <100μm for homogeneous heating
- Sample Distribution: Even layer in crucible bottom
- Moisture Control: Pre-dry hygroscopic samples when appropriate
Crucible Selection Matrix:
| Sample Type | Recommended Crucible | Temperature Range | Atmosphere |
|---|---|---|---|
| Organic polymers | Ceramic (Al₂O₃) | Up to 1200°C | N₂, Air, O₂ |
| Pharmaceutical compounds | Aluminum pans | Up to 600°C | N₂, Dry air |
| Metal samples | Platinum crucibles | Up to 1500°C | Ar, N₂, O₂ |
| Carbon materials | Graphite crucibles | Up to 1400°C | Inert gas only |
Common Issues & Solutions
Baseline Drift Issues:
Symptoms: Inconsistent baseline, thermal drift during measurement
Possible Causes: Contaminated crucibles, poor thermal contact, instrument calibration
Solutions:
- Use fresh, clean crucibles for each measurement
- Verify proper crucible seating in sample holder
- Perform instrument temperature calibration
- Check purge gas flow rates and purity
Poor Peak Resolution:
Symptoms: Broad thermal events, overlapping transitions
Possible Causes: Large sample size, fast heating rate, poor thermal contact
Solutions:
- Reduce sample mass to 2-5mg
- Optimize heating rate (typically 5-20°C/min)
- Ensure good sample-crucible contact
- Use appropriate crucible material for sample type
Contamination Prevention:
Best Practices:
- Use dedicated crucibles for specific sample types
- Implement proper crucible cleaning protocols
- Store crucibles in contamination-free environment
- Use appropriate handling tools to avoid fingerprints
Cost Savings & Ordering Information
Annual Laboratory Cost Savings Analysis
Calculate your potential annual savings by switching to our compatible Rigaku consumables:
| Laboratory Type | Monthly Usage | Annual OEM Cost | Annual Compatible Cost | Annual Savings | ROI Timeline |
|---|---|---|---|---|---|
| University Research Lab | 100 crucibles | $2,400 | $1,200 | $1,200 (50%) | Immediate |
| Industrial QC Lab | 300 crucibles | $7,200 | $3,600 | $3,600 (50%) | Immediate |
| Commercial Testing Lab | 800 crucibles | $19,200 | $9,600 | $9,600 (50%) | Immediate |
Technical Support & Ordering
Expert Technical Support:
- Crucible selection guidance
- Application method development
- Troubleshooting assistance
- Performance optimization consulting
Order Support:
- Email: info@labshopx.com
- Phone: +86 19891960961
- Online: 24/7 ordering system
- Delivery: Express shipping available worldwide