Various thermal spray wire series

Our company has introduced advanced equipment and technology from the U.S. company TAFA to produce a wide range of thermal spray materials. We specialize in manufacturing arc-spray wires for wear-resistant and corrosion-resistant coatings, and we have been providing high-quality products and technical services for many years. Below is an introduction to some of our materials:

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Coating spray material

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Request for quotation E-mail:CarrieFeng07@outlook.com

Product Description

Thermal Spray Wire Series

One-stop service including technical support, equipment rental, coating materials, and construction personnel.

Arc Spraying Cored Line Series

Category	Number	Wire material name	Main ingredient	Coating performance	Application areas
Resist Grind Powder Core Silk Material system List	SX-801	SX-HCrC	Cr3C2, Cr, C, Mn, Fe, V, Mo	Excellent resistance to high-temperature erosion and strong resistance to high-temperature oxidation, with a hardness ≥ HRC55 and an operating temperature of up to 800℃.	Wear-resistant protection for the “four tubes” of coal-fired boilers, wear-resistant protection for furnace tubes in circulating fluidized bed (CFB) boilers, and wear-resistant protection for induced draft fan blades in pulverized coal mills.
	SX-802	SX-HCrCA	Cr3C2, Cr, C, Ti, Ni, Nb, rare earth elements	Austenitic microstructure, with excellent resistance to high-temperature erosion, superior corrosion resistance and high-temperature oxidation resistance, a hardness ≥ HRC55, and a service temperature up to 1000℃.	Wear-resistant protection for superheater and reheater tubes in coal-fired boilers, wear-resistant protection for furnace tubes in CFB boilers, and wear-resistant protection for impeller blades of pulverized coal mills and induced draft fans.
	SX-803	SX-TiAlA	TiAl, Cr3C2, C, V, Mn, Nb, Al, Fe	Possesses outstanding performance in resisting high-temperature erosion and wear as well as high-temperature oxidation and corrosion, with a hardness ≥ HRC50 and a service temperature up to 1200℃; amorphous.	Wear and corrosion resistance for high-temperature components such as superheaters, reheaters in coal-fired boilers, and CFB boilers; wear and corrosion resistance for metallurgical, petroleum, and chemical industry parts.
	SX-804	SX-7Cr13	Cr, C, Fe, V, Mn, Si, B	Good wear resistance, hardness ≥ HRC50, operating temperature up to 600℃, no need for a primer, and bonding strength ≥ 40 MPa.	Wear-resistant protection for low-pressure superheaters and economizers in coal-fired boilers; wear-resistant protection for flue ducts and fan housings; wear-resistant repair and restoration for shaft components, tinplate rollers, printing rollers, and dryer cylinders in paper machines.
	SX-805	SX-7Cr13A	Cr, C, Ni, Ti, Nb, Fe	It exhibits good wear resistance and moderate antioxidant properties, with a hardness of ≥HRC50 and a service temperature of 700℃. It can be applied directly without a primer, and its bonding strength is ≥40 MPa.	Wear-resistant protection for low-reheat, low-steam superheater, and economizer in coal-fired boilers; wear-resistant protection for flue ducts and fan housing shells; wear-resistant repair and restoration services for shaft components, iron-printing rollers, printing rollers, and dryer cylinders in paper-making machines.
	SX-806	SX-3Cr13	Cr, C, Fe, Mn, V, Si, B	Wear resistance and oxidation resistance are average, but toughness is relatively good. Hardness ≥ HRC48, operating temperature up to 600℃; no need for a primer coat; bonding strength ≥ 40 MPa.	Repair dimensions for shafts, iron-printing rollers, printing rollers, dryer cylinders for paper machines, molds, and other components—easily machinable by turning, grinding, and other machining processes.
	SX-807	SX-13Cr13	Cr, C, Fe, Mn, Mo, V, Si, B	Good wear resistance, moderate oxidation resistance, relatively high brittleness, hardness ≥ HRC48, operating temperature 600℃.	Suitable for use under medium-temperature, liquid-free conditions, ideal for hard-surface repair of shafts, rollers, ferritic steel parts, and cast iron parts.
Resist Erosion Powder Core Silk Material system List	SX-601	SX-HCr	Cr, C, Cr3C2, V, Al, Fe	It exhibits excellent resistance to sulfur corrosion and high-temperature oxidation, as well as good wear resistance. Its hardness is ≥HRC55, and it can be used at temperatures up to 1000℃.	For the prevention of sulfuric acid gas corrosion and fly ash erosion in water-cooled walls, superheaters, reheaters, and components used in smelting and chemical industries of coal-fired boilers.
	SX-602	SX-HCrA	Cr, C, Cr3C2, Ni, Nb, Ti, rare earth elements	Austenitic microstructure, with enhanced resistance to sulfur corrosion and high-temperature oxidation, as well as excellent wear resistance. Hardness ≥ HRC55, operating temperature up to 1200℃.	Pipes in the highest-temperature zones of coal-fired boilers, as well as components used in smelting and chemical industries, are protected against corrosion from sulfur-containing flue gases and wear caused by fly ash.
	SX-603	SX-TiAlB	TiAl3, Cr3C2, C, V, Mo, Nb, Al, Fe	Superior resistance to high-temperature oxidation, corrosion, and wear at elevated temperatures; hardness ≥ HRC58; service temperature up to 1200℃; amorphous structure.	Corrosion and wear resistance for high-temperature components such as superheaters and reheaters in coal-fired boilers, as well as corrosion and wear protection for parts used in metallurgy, petroleum, and chemical industries.
	SX-604	SX-TiAlC	TiAl3, Ti3Al, Cr, C, Ni, Ti, Nb, rare earth elements	Austenitic microstructure, stable at high temperatures, with exceptional resistance to high-temperature oxidation, corrosion, and wear. Hardness ≥ HRC58, and capable of withstanding service temperatures up to 1300℃.	Capable of providing corrosion and wear resistance for the highest-temperature sections of coal-fired boiler tubes under harsh flue gas conditions, as well as corrosion protection for metallurgical, petroleum, and chemical components.
High Hard Powder Core Silk Material system List	SX-301	SX-NiCrBSiY	Ni, Cr, Cr3C2, Ti, C, B, Si, Y	Austenitic microstructure, dense coating with excellent wear resistance, stable performance at medium and high temperatures, hardness ≥ HRC56.	Wear-resistant protection for fan blades, volutes, pulverizing system pipelines, ductwork, and other components; repair of various stainless steel parts.
	SX-302	SX-FeCrBSi	Cr, C, B, Si, Mo, V, Fe	Ferritic microstructure, dense coating with excellent wear resistance, stable performance at medium and low temperatures, hardness ≥ HRC55.	Wear-resistant protection for fan blades, volutes, pulverizing system pipelines, ductwork, and other components; repair of various carbon steel and alloy steel parts.
	SX-303	SX-WC	WC, Ni, Cr, C, B, Si, Fe	High hardness and excellent wear resistance, replacing flame-sprayed WC; stable performance at medium temperatures, with a hardness ≥ HRC58.	Wear-resistant coatings requiring high hardness at medium temperatures, as well as repair of chemical and mechanical components.
	SX-304	SX-MeO	Ni-Al2O3, Cr2O3, TiC, Cr, Ti, Fe	Ceramic coating, high hardness, excellent wear resistance, suitable for use at high temperatures, hardness ≥ HRC68.	Wear-resistant protection for boiler soot-blowing ports, areas near burners, and heating surfaces in CFB boilers, as well as for slurry pumps and other applications requiring high wear resistance.
Na Rice Powder Core Silk Material system List	SX-401	SX-N-WC	Ni-WC (nanoscale), Cr, C, Ni, Fe	Nano-coating with fine texture, low porosity, high hardness, and excellent resistance to contact abrasion. Operating temperature: 800℃; Hardness ≥ HRC60.	Repair of parts in industries such as petroleum, chemical engineering, and machinery; wear-resistant coating for fan blades; cavitation-resistant repair of steam turbine blades.
	SX-402	SX-N-AlO	Ni-Al2O3 (nano), Cr2O3, TiAl3, Cr, Ni, C, Fe	Nano-coating, ceramic structure, high hardness, temperature resistance and oxidation resistance; the coating should be slightly thin, with a hardness ≥ HRC65.	Protection of chemical pipelines, pumps, valves, and other components under gas-solid media conditions; mechanical parts require high-wear-resistant surface coatings.
	SX-403	SX-N-TiC	Ni-TiC (nanoscale), TiAl3, Cr, C, Ni, Fe	Nano-coating, ceramic-based, fine and dense, stable at high temperatures, with high hardness—hardness ≥ HRC68.	A special surface coating with high hardness and excellent wear resistance, designed for use at high temperatures, and suitable for a wide range of advanced, precision mechanical components.
	SX-404	SX-N-MeO	Ni-Al2O3-TiC (nano), Cr2O3, Cr, Ti, C, Ni	Nano-coating, austenitic structure, ceramic properties, high-temperature resistance, oxidation and corrosion resistance, hardness ≥ HRC69	Special surface coatings for specialized high-temperature components, cavitation repair or prevention for turbine blades, and wear- and corrosion-resistant coatings for temperature-resistant stainless steel pumps and valves.
Hit Bottom system List	SX-501	SX-Ni-Al	Outer shell material: Ni, core powder material: Al	The base material exhibits excellent performance, with a uniform microstructure and outstanding resistance to oxidation and corrosion at high temperatures. Its bonding strength is ≥70 MPa, and it can be used at temperatures up to 1200℃.	It can be used as a primer for spraying, or as a high-grade surface protective coating or pore-sealing material.
	SX-502	SX-Ni-Al-Ti	Outer shell material: Ni, core powder material: Al, Ti	Base material with superior performance, stable properties, and enhanced resistance to oxidation and corrosion at high temperatures; bonding strength ≥ 75 MPa; service temperature: 1300℃.	It can be used as a spray-applied primer for high-temperature applications, as well as an advanced surface protective coating or pore-sealing material.
	SX-503	SX-Al-Ni	Outer skin material: Al, core powder material: Ni	Specialized base material with excellent oxidation and corrosion resistance at medium temperatures, suitable for non-ferrous metal substrates. Bonding strength ≥ 65 MPa, operating temperature up to 1000℃.	It can be used as a primer for surface coatings on non-ferrous metal workpieces such as aluminum and zinc, and also as a high-grade surface protective layer or pore-sealing material.

Arc Spraying Solid Line Series

Category	Number	Wire material name	Main ingredient	Coating performance	Application areas
Prevent High Warm Oxygen Chemical rotten Erosion Real heart Silk Material system List	SX-101	SX-NiCrTi (45CT)	Ni, Cr, Ti	The coating is dense and has a uniform microstructure, exhibiting excellent resistance to high-temperature oxidation and sulfur corrosion. Its bonding strength is ≥40 MPa, its hardness is ≥HRC38, and it can be used at temperatures up to 1400℃.	High-temperature oxidation resistance and sulfur corrosion prevention for boiler waterwalls, high-temperature superheaters, and high-temperature reheaters; as well as resistance to high-temperature gas corrosion in metallurgical and chemical equipment. No primer required.
	SX-102	SX-NiCr	Ni, Cr	Excellent resistance to high-temperature oxidation and corrosion, with a uniform microstructure, bonding strength ≥ 40 MPa, hardness ≥ HRC32, and a service temperature of 1200℃.	High-temperature corrosion and oxidation resistance for boiler waterwalls, superheaters, and other components; oxidation and corrosion resistance inside pressure vessels. Can be used as a primer material.
	SX-103	SX-NiCrAl	Ni, Cr, Al	The coating features a fine texture, strong resistance to high-temperature oxidation and corrosion, stable high-temperature performance, a bonding strength ≥ 45 MPa, a hardness ≥ HRC35, and can be used at temperatures up to 1200℃.	High-temperature corrosion and oxidation resistance for boiler waterwalls, superheaters, and other components; surface protection for electrically heated workpieces; primer material for high-temperature thermal spray coatings.
	SX-104	SX-FeCrAl	Cr, Al, Fe	It exhibits strong resistance to oxidation at medium and high temperatures, moderate resistance to sulfur corrosion, relatively high coating brittleness, a hardness of ≥HRC38, and can be used at temperatures up to 900℃.	Anti-oxidation protection for medium-temperature heating surfaces in boilers; heat-resistant and oxidation-resistant protection for metallurgical and chemical equipment.
	SX-105	SX-304	Cr, Ni, Ti, Fe	Austenitic matrix with a relatively high coefficient of thermal expansion, strong resistance to oxidation at medium and high temperatures, good toughness, lower hardness, and an operating temperature of 800℃.	Anti-oxidation protection for components operating under medium-temperature conditions, surface protection for metallurgical and chemical equipment, or repair of mechanical rollers and shaft-type parts.
	SX-106	SX-316	Cr, Ni, Ti, Fe	Austenitic structure, with a relatively high coefficient of thermal expansion, strong resistance to high-temperature oxidation, good toughness, lower hardness, and an operating temperature of 1000℃.	Anti-oxidation protection for high-temperature heating surfaces of boilers; heat and oxidation resistance protection for metallurgical equipment and chemical storage tanks; surface repair for shafts and rollers.
Tolerance Grind Real heart Silk Material system List	SX-201	SX-1Cr13	Cr, C, Ni, Mo, V, Mn, Fe	Ferritic matrix with moderate resistance to oxidation at intermediate temperatures; the coating exhibits good toughness and low hardness, with a hardness ≥ HRC30 and a service temperature of 700℃.	Surface repair of bearing shells, rollers, and other components; dimensional restoration of cast iron parts.
	SX-202	SX-2Cr13	Cr, C, Ni, Mo, V, Mn, Fe	Ferritic matrix with moderate resistance to oxidation at intermediate temperatures; the coating exhibits a good balance between toughness and hardness, with a hardness ≥ HRC35 and a service temperature of 700℃.	Surface wear repair for shafts, bearing journals, rollers, and other components; antioxidant protection for medium-temperature heating surfaces in boilers.
	SX-203	SX-3Cr13	Cr, C, Ni, Mo, Mn, V, Fe	Ferritic matrix with moderate resistance to oxidation at intermediate temperatures; slightly lower coating toughness but good wear resistance; hardness ≥ HRC38; service temperature up to 700℃.	Surface wear repair for molds, gears, shafts, rollers, valves, and other components; anti-moderate-temperature oxidation and wear protection for metallurgical, chemical, and cement equipment; antioxidant and wear resistance for medium-temperature heating surfaces in boilers.
	SX-204	SX-4Cr13	Cr, C, Ni, Mo, V, Mn, Fe	Ferritic matrix with moderate resistance to oxidation at intermediate temperatures and good wear resistance; the coating exhibits relatively high brittleness, with a hardness ≥ HRC42 and an operating temperature of 700℃.	Surface wear repair for cylinder liners, plungers, screws, molds, friction pairs, and other components; anti-moderate-temperature oxidation and wear protection for metallurgical, chemical, and cement equipment; antioxidant and wear resistance for medium-temperature heating surfaces in boilers.
	SX-205	SX-60SiMn	C, Mn, Si, Cr, Fe	It exhibits stable wear resistance at medium and low temperatures, with excellent abrasion resistance. The coating has relatively high brittleness and a hardness of ≥HRC45.	Surface wear repair for molds, shafts, valve seats, scrapers, cylinder liners, plungers, and other components; ambient-temperature wear protection for metallurgical, chemical, and cement equipment.
	SX-206	SX-50CrV	C, Cr, V, Si, Mn, Fe	It exhibits stable wear resistance at medium temperatures, with excellent abrasion resistance and a certain degree of toughness; its hardness is ≥HRC45.	Surface wear repair for cams, guide posts, guide rails, crankshafts, valves, pistons, dies, shafts, and other components; low-temperature wear protection for metallurgical, chemical, and cement equipment.
Hit Bottom system List	SX-901	SX-NiAl	Ni, Al	Exothermic reaction, micro-metallurgical bonding, uniform microstructure, excellent resistance to oxidation and corrosion, bonding strength ≥ 65 MPa, service temperature up to 1000℃.	High-temperature base material
Hit Bottom system List	SX-902	SX-NiAlTi	Ni, Al, Ti	Highly exothermic reaction with excellent micro-penetration at the bonding interface, resulting in micro-metallurgical bonding. It exhibits strong resistance to oxidation and corrosion, stable high-temperature performance, and a bonding strength ≥70 MPa. Operating temperature: 1200℃.	High-temperature base material Primer suitable for workpieces with any metal or metal-ceramic substrate.
There is color Gold belong to Real heart Silk Material system List	SX-1101	SX-Al	Al	Resistant to corrosion by atmospheric conditions, water, concentrated nitric acid, nitrates, and organic media; exhibits excellent thermal and electrical conductivity.	Anti-corrosion treatment for bridges, ships, and petrochemical facility structures; also suitable as a surface protective coating for use at high temperatures, and as a decorative coating.
	SX-1102	SX-AlZn	Al, Zn, Mg	Resistant to stress corrosion, with good thermal deformability, relatively high strength, and a fine, dense coating.	Anti-corrosion for vehicles, ships, transmission towers, steel structures, and bridges.
	SX-1103	SX-AlSi	Al, Si, Mg	Good plasticity, resistant to atmospheric corrosion, and capable of oxidation coloring.	Protective or wear-resistant coatings for structural components, vehicles, ships, and workpieces made of aluminum, zinc, and organic materials.
	SX-1104	SX-Cu	With you	It exhibits excellent electrical conductivity and thermoelectric performance, has good ductility, is resistant to corrosion by atmospheric conditions, organic acids, alkalis, and salts, and demonstrates excellent ink-absorption properties.	Surface layers of printing machine and tinplate printing ink rollers, conductive and thermally conductive layers on part surfaces, and corrosion-resistant layers.
	SX-1105	SX-CuZn	Cu, Zn	It exhibits good electrical conductivity and thermoelectric performance, as well as excellent resistance to atmospheric and salt-spray corrosion. The coating applied by spraying is fine and has high hardness.	Conductive and thermally conductive layers on part surfaces, corrosion-resistant coatings, and decorative coatings.
	SX-1106	SX-CuNiAl	Cu, Ni, Al	Good electrical conductivity and thermoelectric performance, excellent wear resistance and corrosion resistance, and strong heat resistance.	Conductive and thermally conductive layer on the part surface, wear-resistant and corrosion-resistant layer
	SX-1107	SX-Zn	Zinc	Low melting point, easy to spray, resistant to dry atmospheric corrosion, and can serve as an anodic coating to protect the base metal.	Protective coatings for critical metal parts in atmospheric or aqueous environments