NETZSCH - HFM446 Lambda Heat Flow Meter Get latest price

HFM446 Lambda Heat Flow Meter

Energy efficient design.

In Stock

Features of this product

• Air-tight system:
  Sample compartment with possibility to introduce purge gas
• Type:
  Stand-alone, with integrated printer
• Plate temperature range:
  -20°C to 90°C (optional for Medium: -30°C to 90°C)
• Plate thermocouples:
  Three thermocouples on each plate, type K (two extra thermocouples with instrumentation kit)

Why Choose This Product

• Easy and fast set up
  Factory calibrated with certified reference materials (IRMM 440 and NIST SRM 1450d)
• Fast Measurements
  Up to 40% faster measurements than previous versions
• High Throughput
  Fast sample change due to motorized plate and door movement minimize disturbances on the plate temperatures
• Increased accuracy
  Possibility to combine single heat flux calibrations using HFT (Heat Flux Transducer) MultiCalibration

Temperature Range

• -30…90degC

To contact NETZSCH Australia Pty Ltd about NETZSCH HFM446 Lambda Heat Flow Meter use Get a quote.

Features of this product

• Air-tight system:
  Sample compartment with possibility to introduce purge gas
• Type:
  Stand-alone, with integrated printer
• Plate temperature range:
  -20°C to 90°C (optional for Medium: -30°C to 90°C)
• Plate thermocouples:
  Three thermocouples on each plate, type K (two extra thermocouples with instrumentation kit)

Why Choose This Product

• Easy and fast set up
  Factory calibrated with certified reference materials (IRMM 440 and NIST SRM 1450d)
• Fast Measurements
  Up to 40% faster measurements than previous versions
• High Throughput
  Fast sample change due to motorized plate and door movement minimize disturbances on the plate temperatures
• Increased accuracy
  Possibility to combine single heat flux calibrations using HFT (Heat Flux Transducer) MultiCalibration

Temperature Range

• -30…90degC

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To contact NETZSCH Australia Pty Ltd about NETZSCH HFM446 Lambda Heat Flow Meter use Get a quote.

HFM_446_Lambda_Series_en_web_01(2.55MB)