High Temperature MgO

Specialty High Purity Magnesia Powder JS Series for Tubular Heater

JS-F/D/H High Purity Electrical Grade MgO Powder | Specialty High Temperature Magnesia Powder for Tubular Heating Elements Manufacturer We are manufacturer of JS-F/D/H high purity electrical grade MgO powder. Specialty high temperature magnesia powder, good insulation filler for all kinds of tubular heating elements. Stable dielectric performance, bulk supply available.

MEG-2A High Insulation Electrical Magnesium Oxide Powder for Heating Elements

Yellow High Temperature Electrical Grade MEG-2A MgO Powder No Silicone Oil for Liquid & Low Load Air Heating Elements MgO Powder High Temperature MgO MEG-2A For Heating Elements We are direct factory of MEG-2A Electrical Grade Magnesium Oxide Powder. It has high insulation and stable thermal conductivity. It is a widely used MgO filler for general high temperature tubular heating tubes. Consistent particle grading, free test sample.

MgO Powder High Temperature MgO MEG-C

MEG-C Yellow Electrical Grade Magnesium Oxide Powder Manufacturer – High Temperature Insulating MgO, Low / No Silicone Treatment for Low Load Air Tubular Heating Elements Electrical Grade MgO Powder. It is high temperature yellow magnesium oxide with low or no silicone treatment, good insulation and stable flowability. Designed for low load air tubular heating elements, dry burn heaters. Consistent particle grading, free test sample.

High Temperature MgO Electrical Grade Magnesium Oxide

Factory Direct High Temp Electrical Grade Magnesium Oxide Powder, Stable Granule Grading for Electric Heating Tube Electrical Grade Magnesium Oxide High Temperature Insulation MgO Powder for Heating Element Manufacturing Our electrical high temperature MgO powder is formulated with matched particle size distribution for dense packing inside heating tubes. It transfers heat fast while keeping high dielectric strength. Moisture level is well controlled to avoid breakdown risk. We can adjust grading for different heater voltage and temperature requirements.