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59 search results for: coil

21

MRCL GA2125 Robust Radiator 1300°C with Control Panel and Transformer Options

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MHI MRCL  Robust Radiator™ MRCL-GA2125-6  (A=4″, B=6″, C=2″, D=6″, Lu=[D/2]+1.5) – for options, please choose them from the pull-down menu. Chamber temperature 1200C-1300C with CEC.  Element temperature 1400C.  Maximum Power: 1425 W Robust Radiator™ is enclosed in a FiberFree™ ceramic refractory, which can withstand 1850°C temperature. GAXP® element with a maximum temperature of 1400°C. MagnaCoil […]

22

Exergy

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MHI Inc. Product and Company Overview Superheated Steam Generators|Microheaters | Process Gas Heaters Airtorch®| Heating Elements | Radiative and Convective Heating Augmentation Heating Panels| Furnace and Furnace Accessories | Thermoplate| Microheater | Robust Radiator™ | Fiber Heater | Silicon Carbide Elements |  Plasma |Nano Products | Electric Control Panels Customer Quality Focus Example Energy Savings Examples Prevent CO2 Emissions. Zero CO2 emissions now! What is self-organization, and what paths are followed? See also […]

23

RHUL-MP3125-6 Inline

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MHI ManaCoil™ Robust Radiator™ A=4″, B=6″, C=3.0″, D=~5.0″, Lu = (D/2) + 1.5″ ~2500Watts (see multitap transformer for recommendation on volts) Robust Radiator is enclosed in a FiberFree(TM) ceramic refractory, which can withstand 1850°C temperature. The maximum element temperature is 1600°C.  Robust Radiator chamber temperature will be lower~1500C with end caps. Without end-caps, Robust Radiator […]

24

RHUL-MP3125-6

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MHI ManaCoil™ Robust Radiator™ A=4″, B=6″ (total length), C=3.0″, D=~5.0″, Lu = (D/2) + 1.5″ ~2500Watts The robust radiator is enclosed in a fiber-free (TM) ceramic refractory that can withstand 1850°C. The maximum element temperature is 1700°C. Robust Radiator chamber temperature will be lower~1500C with end caps. The Robust Radiator is rated to about 1250°C […]

28

Does Convection assist Uniformity.MHI Article 8

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MHI Article Number 8:   Hybrid ovens: Are they more uniform? Convection will assist uniformity in a convection environment for heat treatment, testing, and melting.  See for example A High–Capacity Melt Furnace for Reduced Energy Consumption and Enhanced Performance” (Overview) by M. Fu, K. Staples, and V. Sarvepalli, May 1998, pg 42-44 or https://slideheaven.com/simulating-convective-die-heating-for-forgings-and-pressure-casting.html. Very […]