Thermal Analysis Consumables
Professional Thermal Analysis Consumables for Research & Industry
Thermal analysis is a cornerstone of materials science, quality control, and research across industries including pharmaceuticals, polymers, metals, ceramics, and food science. Our comprehensive selection of thermal analysis consumables supports DSC (Differential Scanning Calorimetry), TGA (Thermogravimetric Analysis), STA (Simultaneous Thermal Analysis), and DMA (Dynamic Mechanical Analysis) applications.
Industry-Leading Compatibility Across All Major Brands
We provide premium-quality consumables compatible with thermal analysis instruments from TA Instruments, PerkinElmer, Netzsch, Mettler Toledo, Shimadzu, Setaram, Hitachi, Rigaku, Linseis, and LECO. Each product is manufactured to exact OEM specifications while offering significant cost savings without compromising analytical precision.
Material Science Excellence
Premium Material Options:
- Aluminum: Standard choice for DSC analysis (-180°C to 600°C), excellent thermal conductivity
- Platinum: Ultimate high-temperature performance (up to 1000°C), superior oxidation resistance
- Ceramic (Alumina): Inert environment analysis, high thermal stability, corrosion resistance
- Stainless Steel: Medium-temperature applications, mechanical durability
- Graphite: Specialized high-temperature applications, unique thermal properties
- Quartz: Ultra-pure analysis, minimal sample interaction
Application-Specific Solutions
Pharmaceutical Industry:
Tzero aluminum pans for precise melting point determination, polymorphism studies, and stability testing. Hermetic sealing options prevent moisture interference in hygroscopic samples.
Polymer Research:
High-volume aluminum crucibles for glass transition temperature measurement, crystallization kinetics, and thermal stability evaluation across diverse polymer matrices.
Metals & Alloys:
Platinum and ceramic crucibles for high-temperature phase transition analysis, oxidation studies, and compositional analysis in metallurgical research.
Food Science:
Specialized aluminum pans for moisture analysis, fat content determination, and thermal processing optimization in food product development.
Quality Assurance & Certification
Every batch undergoes comprehensive quality testing including dimensional verification, material composition analysis, thermal performance validation, and surface finish inspection. Our products meet international standards (ISO, ASTM) and are certified for use in regulated environments including FDA-compliant laboratories.
Thermal Analysis Brand Compatibility Guide
Leading Thermal Analysis Brands Overview:
TA Instruments - Global Market Leader
Specialties: Q-Series DSC, Discovery TGA, Tzero technology
Key Features: Advanced baseline stability, high sensitivity
Popular Models: Q2000, Q5000, DSC25, TGA5500
Sample Requirements: Tzero aluminum pans, platinum crucibles
PerkinElmer - Analytical Excellence
Specialties: STA systems, simultaneous DSC-TGA
Key Features: Integrated analysis, rapid heating rates
Popular Models: STA6000, STA8000, DSC8000, TGA8000
Sample Requirements: Ceramic pans, aluminum crucibles
Netzsch - German Engineering
Specialties: High-temperature analysis, Jupiter STA
Key Features: Exceptional temperature accuracy, robust design
Popular Models: DSC214, STA449, TG209
Sample Requirements: Concavus pans, alumina crucibles
Mettler Toledo - Precision Instruments
Specialties: STAR system, automated sampling
Key Features: Outstanding reproducibility, user-friendly software
Popular Models: DSC3+, TGA2, DSC823e
Sample Requirements: Standard aluminum crucibles, ceramic options
Technical Selection Guide for Optimal Results
Temperature Range Considerations:
Temperature Range | Recommended Materials | Typical Applications |
---|---|---|
-180°C to 400°C | Aluminum, Stainless Steel | Polymer analysis, pharmaceutical studies |
400°C to 700°C | Ceramic (Alumina), Platinum | High-temperature polymers, composites |
700°C to 1000°C | Platinum, High-purity Alumina | Metals, ceramics, catalyst studies |
Above 1000°C | Platinum, Graphite | Refractory materials, advanced ceramics |
Atmosphere Compatibility:
- Inert Atmosphere (N₂, Ar): All materials suitable
- Oxidizing Atmosphere (Air, O₂): Aluminum, Platinum, Ceramic recommended
- Reducing Atmosphere (H₂): Platinum, Ceramic, avoid aluminum at high temperatures
- Corrosive Environments: Platinum, high-purity alumina ceramic
Sample Preparation Best Practices:
- Optimal sample mass: 5-15mg for DSC, 10-50mg for TGA
- Ensure uniform sample distribution for consistent heat transfer
- Consider particle size effects on thermal response
- Use appropriate lid sealing for hermetic or vented analysis
- Clean crucibles thoroughly between uses to prevent contamination
Thermal Analysis Consumables FAQ
Q: How do I choose the right crucible material for my thermal analysis?
A: Material selection depends on your analysis requirements:
• Aluminum: Best for DSC analysis (-180°C to 600°C), polymer studies, pharmaceutical applications
• Platinum: Essential for high-temperature TGA (up to 1000°C), oxidation studies, catalyst analysis
• Ceramic (Alumina): Ideal for chemically reactive samples, corrosive materials, high-temperature stability
• Stainless Steel: Good for medium-temperature applications requiring mechanical strength
Q: What's the difference between standard and Tzero aluminum pans?
A: Tzero technology from TA Instruments features:
• Enhanced thermal contact between pan and sensor
• Improved baseline flatness and sensitivity
• Better resolution for closely spaced thermal events
• Optimal for precise DSC measurements requiring maximum accuracy
Q: Are your consumables fully compatible with OEM specifications?
A: Yes, our consumables are manufactured to exact OEM dimensional and material specifications. We guarantee:
• Precise dimensional accuracy (±0.01mm tolerance)
• Material composition verification
• Thermal performance equivalence
• Full compatibility with all major thermal analysis instruments
Q: How much can I save compared to OEM consumables?
A: Our compatible consumables typically offer:
• 30-50% cost savings compared to OEM prices
• Bulk purchasing discounts for high-volume users
• Same analytical performance and reliability
• Comprehensive quality certification
Q: What quality certifications do your thermal analysis consumables have?
A: All products undergo rigorous quality control:
• ISO 9001:2015 quality management certification
• Material composition analysis (Certificate of Analysis available)
• Dimensional verification testing
• Thermal performance validation
• Batch traceability for regulatory compliance
Q: Which crucible volume should I choose for my samples?
A: Volume selection guidelines:
• 20-40μl: Standard for DSC analysis, small sample sizes
• 90-100μl: TGA applications, larger sample requirements
• 150-250μl: STA simultaneous analysis, bulk samples
• Consider sample density and thermal conductivity for optimal results
60μl Alumina Crucible Only D6*4 for Mettler Toledo/Mettler Al2O3 Pans | NEXACULE
NEXACULEType Sample pan /crucible Suitable for Mettler ME/sample robot Size D6*4mm Volume 60 μL Lid A-M-04 Material Alumina Ceramic Temp...
View full detailsOEM 85μl Alumina Ceramic Crucibles Only for Mettler Toledo/Mettler Al2O3 Sample Pans Al2O3 Crucible | NEXACULE
NEXACULEType Sample pan /crucible Suitable for Mettler TGA/sample robot Size D6.5*5*0.5mm With R arc Part No. A-M-07 Volume μL 85 μL Lid ...
View full details150μl Alumina Large Crucibles with Lid for ME-00024124 for Mettler Toledo/Mettler Al2O3 Sample Pans | NEXACULE
NEXACULEType Sample pan /crucible with lid Suitable for Mettler ME/sample robot Part NO A-M-09 same design as ME-00024124 Volume 150 μL Lid...
View full details600μl Alumina Large Crucibles with Lid for ME-30077260 for Mettler Toledo/Mettler Al2O3 Sample Pans | NEXACULE
NEXACULEType Sample pan /crucible with lid Suitable for Mettler E/sample robot Part No A-M-11 same design as ME-30077260 Volume μL 600μL Lid...
View full details900μl Alumina Large Crucibles with Lid for ME-51119960 for Mettler Toledo/Mettler Ceramic Sample Pans| NEXACULE
NEXACULEType Sample pan /crucible with lid Suitable for Mettler TGA/sample robot Part NO A-M-13 same design as ME-51119960 Volume μL 900 μL Lid...
View full details20μl Aluminum Crucible with lid Light for ME-51119810 Mettler Toledo/Mettler Solid Test DSC Sample Pans | NEXACULE
NEXACULEType Sample pan /crucible with lid Suitable for Mettler Part NO A-M-16 same design as ME-51119810 Volume μL 20 μL Pin Without ...
View full details40μl Standard Aluminum Crucibles for ME-51119870 Mettler Toledo/Mettler Aluminum Sample Pans | NEXACULE
NEXACULEType Sample pan/crucible Suitable for Mettler DSC/TGA/sample robot Part NO A-M-20 same design as ME-51119870 Volume μL 40 μL Pin Without...
View full detailsStandard Aluminum Lids for 40μl and 100μl Aluminum Crucible for ME-51119871 for Mettler Toledo/Mettler AL Cover | NEXACULE
NEXACULEType Sample pan lid/crucible lid Suitable for Mettler Part NO A-M-22 same design as ME-51119871 Compatible Crucibles ME-51119870...
View full details100μl Aluminum Crucibles for ME-51119872 For Mettler Toledo/Mettler Thermal Analysis Crucibles | NEXACULE
NEXACULEType Sample pan /crucible Suitable for Mettler DSC/TGA/sample robot Part NO A-M-23 same design as ME-51119872 Volume μL 100 μL Pin Witho...
View full details50µm Aluminum Lids with Hole for 40μl and 100μl Crucible for ME-51140832 for Mettler Toledo/Mettler Aluminum Cover| NEXACULE
NEXACULEType Sample pan lid /crucible lid Suitable for Mettler DSC/TGA/sample robot Part NO A-M-24 same design as ME-51140832 Volume 50µm Pin ...
View full details100μl Aluminum Crucibles Standard with Lid ME-51119872/ME-51119871 for Mettler Toledo/Mettler Aluminum Pans | NEXACULE
NEXACULEType Sample pan /crucible with lid Suitable for Mettler Part NO A-M-26 same design as ME-51119872/ME-51119871 Volume μL 10...
View full details100μl Aluminum Crucibles with Lid with Pin Set for Mettler Toledo/Mettler Aluminum Pans | NEXACULE
NEXACULEItem Sample Pan/Crucible with lid Suit for Mettler Part NO. A-M-26-1 Capacity 100ul Pin with Lid with Material Aluminum Temperat...
View full details30μl Reusable High Pressure Stainless Steel Crucible with Lid/Seal ME-51140404 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType High Pressure Crucible Suitable for Mettler Part NO. A-M-36 same design as ME-51140404 Matching Seal ME-51140403 Matching Se...
View full detailsHigh Pressure Crucible Sealing Tool for Disposable High Pressure Crucible for ME-00026733 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType Crucible Sealing Tool Suitable for Mettler Part NO. A-M-44 same design as ME-00026733 Set Include one Crucible sealing press and...
View full detailsCrucible Sealing Press for ME-119410 Die And Plunger A2 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType Sample pan /crucible sealing press Suitable for Mettler Part NO A-M-28 OEM DESIGN equivalent to ME-119410 ,Die and plunger A2 Set ...
View full details40μl Copper Crucibles with lids for ME-51140407 for Mettler Toledo/SHIMADZU Copper Sample Pans | NEXACULE
NEXACULEType Sample pan /crucible with lid Suitable for Mettler/SHIMADZU Part NO A-M-29 same design as ME-51140407 with lid Pin Without Lid...
View full details25μl Disposable High Pressure Crucible Small Stainless Steel Gold Plated ME-30077139 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType Crucible with lids with disk Suitable for Mettler Part NO A-M-39 equivalent to ME-30077139 Capacity 25 ul Pin without Lid wi...
View full details25μl Disposable High Pressure Crucible without Pin with Seal Same Size as ME-30077139 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType Crucible with lids Suitable for Mettler Part NO A-MM-020-9 Same size as ME-30077139 Capacity 25 ul Pin without Lid with S...
View full details40μl Disposable High Pressure Crucible without Pin with Seal Gold Plated for ME-00026731 For Mettler Toledo/Mettler | NEXACULE
NEXACULEType Crucible with lids with disk Suitable for Mettler (15 Mpa /Max. temperature 400°C) Part NO A-M-41 same design as ME-00026731 Capac...
View full details40μl Disposable High Pressure Crucible without Pin with Seal Same Size As ME-00026731 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType Crucible with lids Suitable for Mettler Part NO A-M-43 same size as ME-00026731| Capacity 40ul Matching Sealing Tool High Pressu...
View full detailsDisk Gold-Plated for Disposable High Pressure Crucible for Mettler Toledo/Mettler Copper seal | NEXACULE
NEXACULEType Seals Suitable for Mettler Toledo Part NO. A-M-43-1 same design as ME-00026731 Pin Without Material Gold-plated copper Matching...
View full detailsCopper Seals Gold-Plated for Reusable 30μL High Pressure Crucible for Mettler Toledo/Mettler ME-51140403 | NEXACULE
NEXACULEType Seal Suitable for Mettler Part NO. A-M-38 same design as ME-51140403 Matching Crucibles ME-51140404/A-MM-020-1; ME-51140405/A-MM-0...
View full details30μl Reusable High Pressure Crucible Gold-Plate with Lid/Seal for ME-51140405 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType High Pressure Crucible Suitable for Mettler Part NO. A-M-37 same design as ME-51140405 Matching Seal ME-51140403 Matching Seal...
View full details120μl Medium Pressure Stainless Steel Crucible with FPM Ring for ME-00029990 for Mettler Toledo/Mettler | NEXACULE
NEXACULEType Sample pan /crucible with lid with pin Suitable for Mettler Part NO A-M-31 same design as ME-00029990(without pin) Pin with Lid Wi...
View full detailsProfessional Thermal Analysis Consumables for Research & Industry
Thermal analysis is a cornerstone of materials science, quality control, and research across industries including pharmaceuticals, polymers, metals, ceramics, and food science. Our comprehensive selection of thermal analysis consumables supports DSC (Differential Scanning Calorimetry), TGA (Thermogravimetric Analysis), STA (Simultaneous Thermal Analysis), and DMA (Dynamic Mechanical Analysis) applications.
Industry-Leading Compatibility Across All Major Brands
We provide premium-quality consumables compatible with thermal analysis instruments from TA Instruments, PerkinElmer, Netzsch, Mettler Toledo, Shimadzu, Setaram, Hitachi, Rigaku, Linseis, and LECO. Each product is manufactured to exact OEM specifications while offering significant cost savings without compromising analytical precision.
Material Science Excellence
Premium Material Options:
- Aluminum: Standard choice for DSC analysis (-180°C to 600°C), excellent thermal conductivity
- Platinum: Ultimate high-temperature performance (up to 1000°C), superior oxidation resistance
- Ceramic (Alumina): Inert environment analysis, high thermal stability, corrosion resistance
- Stainless Steel: Medium-temperature applications, mechanical durability
- Graphite: Specialized high-temperature applications, unique thermal properties
- Quartz: Ultra-pure analysis, minimal sample interaction
Application-Specific Solutions
Pharmaceutical Industry:
Tzero aluminum pans for precise melting point determination, polymorphism studies, and stability testing. Hermetic sealing options prevent moisture interference in hygroscopic samples.
Polymer Research:
High-volume aluminum crucibles for glass transition temperature measurement, crystallization kinetics, and thermal stability evaluation across diverse polymer matrices.
Metals & Alloys:
Platinum and ceramic crucibles for high-temperature phase transition analysis, oxidation studies, and compositional analysis in metallurgical research.
Food Science:
Specialized aluminum pans for moisture analysis, fat content determination, and thermal processing optimization in food product development.
Quality Assurance & Certification
Every batch undergoes comprehensive quality testing including dimensional verification, material composition analysis, thermal performance validation, and surface finish inspection. Our products meet international standards (ISO, ASTM) and are certified for use in regulated environments including FDA-compliant laboratories.
Thermal Analysis Brand Compatibility Guide
Leading Thermal Analysis Brands Overview:
TA Instruments - Global Market Leader
Specialties: Q-Series DSC, Discovery TGA, Tzero technology
Key Features: Advanced baseline stability, high sensitivity
Popular Models: Q2000, Q5000, DSC25, TGA5500
Sample Requirements: Tzero aluminum pans, platinum crucibles
PerkinElmer - Analytical Excellence
Specialties: STA systems, simultaneous DSC-TGA
Key Features: Integrated analysis, rapid heating rates
Popular Models: STA6000, STA8000, DSC8000, TGA8000
Sample Requirements: Ceramic pans, aluminum crucibles
Netzsch - German Engineering
Specialties: High-temperature analysis, Jupiter STA
Key Features: Exceptional temperature accuracy, robust design
Popular Models: DSC214, STA449, TG209
Sample Requirements: Concavus pans, alumina crucibles
Mettler Toledo - Precision Instruments
Specialties: STAR system, automated sampling
Key Features: Outstanding reproducibility, user-friendly software
Popular Models: DSC3+, TGA2, DSC823e
Sample Requirements: Standard aluminum crucibles, ceramic options
Technical Selection Guide for Optimal Results
Temperature Range Considerations:
Temperature Range | Recommended Materials | Typical Applications |
---|---|---|
-180°C to 400°C | Aluminum, Stainless Steel | Polymer analysis, pharmaceutical studies |
400°C to 700°C | Ceramic (Alumina), Platinum | High-temperature polymers, composites |
700°C to 1000°C | Platinum, High-purity Alumina | Metals, ceramics, catalyst studies |
Above 1000°C | Platinum, Graphite | Refractory materials, advanced ceramics |
Atmosphere Compatibility:
- Inert Atmosphere (N₂, Ar): All materials suitable
- Oxidizing Atmosphere (Air, O₂): Aluminum, Platinum, Ceramic recommended
- Reducing Atmosphere (H₂): Platinum, Ceramic, avoid aluminum at high temperatures
- Corrosive Environments: Platinum, high-purity alumina ceramic
Sample Preparation Best Practices:
- Optimal sample mass: 5-15mg for DSC, 10-50mg for TGA
- Ensure uniform sample distribution for consistent heat transfer
- Consider particle size effects on thermal response
- Use appropriate lid sealing for hermetic or vented analysis
- Clean crucibles thoroughly between uses to prevent contamination
Thermal Analysis Consumables FAQ
Q: How do I choose the right crucible material for my thermal analysis?
A: Material selection depends on your analysis requirements:
• Aluminum: Best for DSC analysis (-180°C to 600°C), polymer studies, pharmaceutical applications
• Platinum: Essential for high-temperature TGA (up to 1000°C), oxidation studies, catalyst analysis
• Ceramic (Alumina): Ideal for chemically reactive samples, corrosive materials, high-temperature stability
• Stainless Steel: Good for medium-temperature applications requiring mechanical strength
Q: What's the difference between standard and Tzero aluminum pans?
A: Tzero technology from TA Instruments features:
• Enhanced thermal contact between pan and sensor
• Improved baseline flatness and sensitivity
• Better resolution for closely spaced thermal events
• Optimal for precise DSC measurements requiring maximum accuracy
Q: Are your consumables fully compatible with OEM specifications?
A: Yes, our consumables are manufactured to exact OEM dimensional and material specifications. We guarantee:
• Precise dimensional accuracy (±0.01mm tolerance)
• Material composition verification
• Thermal performance equivalence
• Full compatibility with all major thermal analysis instruments
Q: How much can I save compared to OEM consumables?
A: Our compatible consumables typically offer:
• 30-50% cost savings compared to OEM prices
• Bulk purchasing discounts for high-volume users
• Same analytical performance and reliability
• Comprehensive quality certification
Q: What quality certifications do your thermal analysis consumables have?
A: All products undergo rigorous quality control:
• ISO 9001:2015 quality management certification
• Material composition analysis (Certificate of Analysis available)
• Dimensional verification testing
• Thermal performance validation
• Batch traceability for regulatory compliance
Q: Which crucible volume should I choose for my samples?
A: Volume selection guidelines:
• 20-40μl: Standard for DSC analysis, small sample sizes
• 90-100μl: TGA applications, larger sample requirements
• 150-250μl: STA simultaneous analysis, bulk samples
• Consider sample density and thermal conductivity for optimal results