Evolution in High-Temperature Atmosphere Control: The Modern Carbolite-Gero HTMA Series
Designed as a bench-top solution, the HTMA Series supports manual or optional programmable automatic gas control, ensuring flexible process management for research, material testing, and advanced heat treatment applications.
With integrated gas inlet connections, controlled airflow, and advanced temperature regulation, the HTMA Series provides reliable performance for laboratories requiring safe and accurate atmosphere processing.
HTMA Series Functions and Technical Features
Temperature Control
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PID 301 Temperature Control Unit
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Maximum temperature up to 700 °C (model dependent)
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Programmable controller option
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Data logging option
Atmosphere Control
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Gas inlet connection
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Manual gas control
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Optional automatic programmable gas control
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Horizontal airflow with fan control
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Oxygen level achievable: down to 50 ppm
Design & Construction
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Chemical-resistant high temperature chamber
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Standard shelves: 2 pcs
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Shelf load capacity: 10 kg per shelf
Optional Features
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Automatic gas control system
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Programmable control unit
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Data recording capability
Models & Technical Specifications
400 °C Models
Model Volume Max Temperature HTMA 4/28 28 L 400 °C HTMA 4/95 94 L 400 °C HTMA 4/220 227 L 400 °C HTMA 4/500 500 L 400 °C HTMA 4/1000 1000 L 400 °C
500 °C Models
Model Volume Max Temperature HTMA 5/28 28 L 500 °C HTMA 5/95 94 L 500 °C HTMA 5/220 227 L 500 °C HTMA 5/500 500 L 500 °C HTMA 5/1000 1000 L 500 °C
600 °C Models
Model Volume Max Temperature HTMA 6/28 28 L 600 °C HTMA 6/95 94 L 600 °C HTMA 6/220 227 L 600 °C HTMA 6/500 500 L 600 °C HTMA 6/1000 1000 L 600 °C
700 °C Models
Model Volume Max Temperature HTMA 7/28 28 L 700 °C HTMA 7/95 94 L 700 °C HTMA 7/220 227 L 700 °C Advanced Atmosphere Furnace Solution
As a result, the HTMA Series stands out as a high-performance controlled atmosphere furnace offering precise temperature regulation, flexible gas control options, and reliable oxygen level management.
Both manual and automated gas control configurations ensure optimized performance for advanced heat treatment and research applications.
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