Ameritube — Made in USA copper tube manufacturer.Request a quote

Applications / Chemical

Chemical

Material support for reactors, process piping, heat exchangers, condensers, refineries, and corrosive industrial service.

01

Factory first.

Ameritube leads with 100% Made in USA, vertically integrated copper tube manufacturing in Hillsboro, TX. Melting, casting, pilgering, drawing, annealing, straightening, and testing happen in-house.

02

Chemical work.

Ameritube’s factory-first copper tube operation in Hillsboro, TX is supported by a distribution arm for stainless, duplex, carbon steel, and nickel alloys. Bring the fluid chemistry and applicable specification to the technical desk.

What to bring

Make the callout useful.

Chemistry / 01

Start with the fluid

Acids, chlorides, brines, process chemicals, and high-temperature service make alloy selection a technical decision.

Process / 02

Match the equipment

Reactors, heat exchangers, piping, condensers, and refinery systems need the right form, dimensions, joining, and test plan.

Traceability / 03

Keep proof close

Ameritube works to ASTM, ASME, MIL, ISO, and customer requirements, with supplier audits and inspection supporting distributed products.

Market / alloy range

Materials for this market

Choose the alloy page for its documented standards, applications, and the specification details to carry into a quote.

C12200 (DHP Copper)↗

DHP copper tubing for plumbing, HVAC, refrigeration, chillers, and heat-transfer systems where high conductivity and dependable forming matter.

UNS C12200

C23000 (Red Brass)↗

Red brass, also known as low brass, for plumbing components, fittings, valves, radiator work, and general industrial service.

UNS C23000

C68700 (Aluminum Brass)↗

Aluminum brass tubing for heat-transfer and water-service requirements where the project calls for this copper-alloy grade.

UNS C68700

C70600 (Copper Nickel 90/10)↗

Cupronickel 90/10 for seawater cooling, heat transfer, offshore, and industrial service where corrosion resistance and ductility must work together.

UNS C70600

C71500 (Copper Nickel 70/30)↗

Copper-nickel 70/30 for seawater piping, condensers, feedwater heaters, marine hardware, and high-demand industrial service.

UNS C71500

C72200↗

Copper-nickel-chromium tubing that forms protective corrosion-product films and is suited to erosion-resistant, high-temperature water service.

UNS C72200

SA 179↗

Low-carbon seamless tubing for heat exchangers, condensers, and related equipment where efficient heat transfer and dimensional accuracy are required.

Seamless cold-drawn tube

SA213 T2↗

Chromium-molybdenum heater tubing for elevated-temperature and high-pressure service in boilers, superheaters, heat exchangers, and refineries.

Seamless alloy steel tube

SA213 T5↗

Chrome-moly seamless tube for boilers, superheaters, reheaters, heat exchangers, refinery equipment, and high-temperature process service.

Seamless alloy steel tube

SA213 T9↗

Chrome-moly seamless tubing for high-temperature, high-pressure, and corrosive service in power, refinery, petrochemical, and chemical systems.

Seamless alloy steel tube

SA213 T11↗

Chrome-moly boiler-class tubing for high-temperature steam, heat exchangers, superheaters, reheaters, and demanding process equipment.

Seamless alloy steel tube

SA213 T12↗

SA213 alloy steel tubing for boiler, superheater, reheater, heat-exchanger, and high-temperature process requirements.

Seamless alloy steel tube

SA213 T22↗

SA213 alloy steel tubing for elevated-temperature boiler, superheater, reheater, heat-exchanger, and refinery service.

Seamless alloy steel tube

SA213 TP304 (304/304L)↗

Austenitic stainless steel tubing for boiler, superheater, heat-exchanger, condenser, chemical, marine, and general process service.

UNS S30400 / S30403

SA213 TP316 (316/316L)↗

Austenitic stainless steel tubing with high resistance to pitting and corrosion for heat exchangers, instrumentation, chemical, pulp and paper, and marine service.

UNS S31600

SA213 TP321 (321/321H)↗

Titanium-stabilized austenitic stainless tubing for elevated-temperature service where resistance to intergranular corrosion and scaling matters.

UNS S32100

SA213 TP347↗

Niobium-stabilized austenitic stainless tubing for heat-transfer and process applications requiring resistance to intergranular corrosion after heating.

UNS S34700

SA 268↗

SA 268 stainless steel tubing for general-service requirements where the project grade, form, dimensions, and testing are defined by the specification.

Stainless steel tube

SA 249↗

Welded austenitic stainless steel tubing for boiler, superheater, heat-exchanger, condenser, and process applications.

UNS S30400 / S30403 or S31600 when the specified grade is TP304/L or TP316/L

SA 789↗

Duplex stainless steel tubing for heat exchangers and demanding applications that call for a balance of mechanical strength and corrosion resistance.

UNS S32205 / S31803 where 2205 duplex is specified

Alloy 200↗

Commercially pure nickel tubing for corrosive-service and heat-transfer projects that specify Alloy 200.

UNS N02200

Alloy 276↗

Nickel-chromium-molybdenum tubing for severe corrosion-service requirements in chemical and process environments.

UNS N10276

Monel 400↗

Nickel-copper alloy tubing with resistance to seawater, steam, salt, caustic solutions, and other non-oxidizing chloride service.

UNS N04400

Monel 405↗

Monel 405 nickel-copper tubing for corrosion-resistant industrial, marine, and process requirements specified by the project.

UNS N04405

Alloy 600↗

Nickel-chromium tubing for heat-transfer and process environments that require resistance to corrosion and elevated-temperature service.

UNS N06600

Alloy 625↗

Nickel-chromium-molybdenum tubing for demanding corrosion, temperature, and process-service requirements.

UNS N06625

Alloy 800↗

Nickel-iron-chromium tubing for elevated-temperature heat-transfer and process applications.

UNS N08800

Alloy 825↗

Nickel-iron-chromium-molybdenum tubing for chemical, oil and gas, heat-transfer, and other corrosive process environments.

UNS N08825

Have a drawing, standard, or service condition to work through?

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