Thermal spray materials
Materials for surfaces that cannot fail.
Amorphous nano powders and plasma thermal spray coatings for wear, corrosion and high-temperature protection.
in the catalog
and carbide families
in-house R&D
Nine material families, one production source.
Oxides, metals, alloys and carbides produced and graded for plasma, flame and arc spraying processes.
Chromium oxide
04 gradesMelting point: 2265 ℃ The coating is dense, with low porosity, high hardness, good polishing performance, wear-resistant particles, hard surfaces, and
Aluminum oxide
08 gradesMelting point: 2038 ℃ It is a good insulation material with high hardness and excellent resistance to surface grinding, corrosion, cavitation, and ero
Zirconia
08 gradesMelting point: 2480 ℃ Characteristics: high temperature resistance, heat shock resistance, and high temperature gas cavitation resistance. Application
Other oxides
02 gradesMelting point: 1850 ℃ Heat resistant, antioxidant, resistant to most acids, salts, and flux corrosion, insoluble in water; It is resistant to sunlight
Fluorides
03 gradesMelting point: 1950 ℃, with uniform texture, high hardness, high melting point, good resistance to thermal creep, stable physical and chemical propert
Metal powders
06 gradesMelting point: 2620 ℃, high melting point, low coefficient of thermal expansion, high thermal conductivity, with certain hardness and toughness.
Alloys
01 gradesHigh temperature oxidation resistance, corrosion resistance, high strength, high hardness, with high electrical resistivity and heat resistance, suita
Non-metallic
01 gradesMelting point: 1412 ℃, with low silicon density, high hardness, brittle texture, and strong affinity for oxygen, it is an important deoxidizer. Used a
Carbides
02 gradesMelting point: 2776 ℃, high hardness, insoluble in acid, excellent corrosion resistance, mainly used as a raw material for thermal spray wear-resistan
A coating is only as good as the powder.
Thermal spraying gives a surface a new function without changing the part beneath it. We formulate and grade the feedstock, then match it to the failure mode: abrasion, high-temperature oxidation, thermal cycling or chemical attack.
01Wear resistance
Hard oxide, carbide and alloy coatings for abrasive and erosive service.
02High-temperature oxidation
Stable oxides and MCrAlY-type alloys for hot section components.
03Thermal barrier
Yttria stabilized zirconia for thermal cycling and gas cavitation.
04Corrosion protection
Dense ceramic and metallic layers against acids, salts and seawater.
Built for the places metals fail.
From boiler tubes and pump casings to propeller shafts and semiconductor tooling.
Can be applied to various industries and fields
Widely used in various fields of national economic construction such as aerospace, national defense and military industry, medical equipment, transportation, communication intelligence, power and energy, petrochemicals, metallurgy and mining, machinery manufacturing, light industry and textile, biotechnology, etc., and playing a huge role.
Made in Neihuang, graded for export.
Henan Qianyou New Material Technology Co., Ltd. develops amorphous nano coating materials and wear, corrosion and high-temperature resistant coatings. Production, inspection and R&D sit on one 14,419 m² site.
Technical notes and company news.
Process explainers, application notes and updates from the plant.
Specify a grade, or ask us to develop one.
Tell us the substrate, service temperature and failure mode. We will recommend a grade and a particle size range.