Hebei All Trust Steel Co., Ltd specializes in manufacturing premium astm a213 condenser tube engineered for high-efficiency thermal exchange applications across power generation, petrochemical refining, and industrial cooling infrastructures. Our condenser tubes can produce more than 15,000 tons per year and have 100% hydraulic testing rate, which can provide excellent heat transfer performance and integrity of zero leaks under long-term vacuum and high-pressure conditions. Made to rigorous ASTM A213/ASME SA213 standards from virgin stainless steel grades including TP304, TP304L, TP316 and TP316L, each tube is fully eddy current and hydrostatic tested to ensure dependability in corrosive cooling water and aggressive chemical vapour environments.

This product is the industry standard for boiler, superheater and heat exchanger quality seamless ferritic and austenitic alloy steel tube. These tubes can effectively transport heat and can resist high pressure inside and out . Traditional pipe does not do this .
Some of the important issues facing industrial operations include premature thermal fatigue of high-cycle power plants, catastrophic tube rupture from high-temperature oxidation and efficiency loss due to inadequate dimensional tolerances in tube-to-tubesheet junctions. This standard addresses these pain points by offering pressure rated tubes with obligatory mechanical testing.
These tubes are considered the gold standard in high pressure heat transfer equipment, and make failure impossible in mission critical applications.

| Parameter | Specification Details |
|---|---|
| Standard | ASTM A213 / ASME SA213 / ASTM A269 / EN 10216-5 |
| Product Type | Seamless Stainless Steel Condenser Tube / Heat Exchanger Tubing |
| Material Grades | TP304, TP304L, TP316, TP316L, Duplex 2205, Super Duplex 2507 |
| Manufacturing Process | Cold Drawn / Cold Rolled / Precision Rolled / Solution Annealed |
| Outer Diameter (OD) | 1/8" – 5" (3.18 mm – 127 mm) |
| Wall Thickness (WT) | 0.015" – 0.500" (0.38 mm – 12.7 mm) |
| Length Options | 5.8 m / 6 m / 11.8 m / 12 m / Custom Cut Length |
| Surface Finish | Bright Annealed (BA) / Pickled / Polished |
| End Type | Plain End / Square Cut / Burr-Free Cleaned |
| Non-Destructive Testing | 100% Eddy Current / Ultrasonic / Hydrostatic / Air-Under-Water |
| Mechanical Testing | Flaring / Flattening / Hardness / Tensile / PMI Analysis |
| Quality Certificates | EN 10204 3.1 & 3.2 MTC / ISO 9001:2015 / CE / PED |
| Third-Party Inspection | SGS / BV / TÜV / DNV / ABS |
| Packaging | Plywood Cases / Hexagonal Bundles / Waterproof Wrapping / Plastic End Caps |
It is characterised by significant quantities of chromium and molybdenum for good scaling and creep rupture resistance. Most TP grades have a tensile strength more than 415 MPa, providing structural integrity under prolonged temperature stress.
Advantages of chemical property: Stabilised microstructure resistant to intergranular corrosion. Solution-annealing treatments inhibit the formation and improper distribution of carbides and hence avoid localised pitting in hostile conditions.
Each tube is produced on state of the art multi-pass precision drawing benches for ultra-tight wall concentricity. Bright annealing (BA) treatment imparts an ultra-smooth, scale-free internal mirror surface quality, which reduces fluid friction losses and boundary stagnation.
Solution annealing in a program-controlled furnace produces the optimal microstructure of softness and ductility. This method provides the best passive surface qualities required for sophisticated heat exchangers working under difficult temperature cycles.
Every manufacturing lot undergoes 100% mandatory non-destructive testing. Continuous automated internal eddy current scanning loops detect longitudinal or transverse defects before shipment.
Comprehensive high-pressure hydrostatic leakage diagnostics verify structural soundness. Flaring and flattening tests confirm material ductility for installation bending requirements, while hardness testing ensures proper heat treatment results.

Ideal for power station steam condensers where tubes must withstand temperatures exceeding 600°C. Our condenser tubes prevent oxidation-induced wall thinning in ultra-critical power plants, ensuring continuous operation during high-cycle thermal stress.
Used in shell and tube heat exchangers for processing of high sulphur crude oil. The TP316L grades provide the requisite resistance to chloride stress corrosion cracking (SCC) to avoid catastrophic system leakage in harsh chemical environments.
Specifically engineered for seawater cooling systems and industrial distillation coolers. The tube's superior heat transfer efficiency combines with dependable localized pitting prevention against aggressive chemical vapors and cooling media.
Universally suited for air conditioning equipment and chemical evaporators with the astm a213 condenser tube. Tight thickness customization allows seamless integration with global tubesheet layouts and shell-and-tube configurations.
Engineered with highly optimized wall concentricity, our tubes provide maximum heat transfer parameters. This precision manufacturing approach ensures dependable performance against aggressive chemical vapors and cooling media exposure.
Sourced from tier-one steel billets, every tube undergoes 100% pneumatic air-under-water testing. This rigorous quality protocol guarantees total zero-leak integrity under prolonged cooling water vacuum environments.
We maintain ultra-precise calibration limits on external dimensions, accommodating micro-tolerances and tailored length increments. Clean deburred square-cut plain ends facilitate seamless interface with diverse tubesheet layouts.
Your specific project requirements can be met with custom fixed-length segments, individual plastic bag sleeve insulation, and specialized surface finishing options.

Q:Why does this product deliver elite cooling efficiency inside thermal networks?
A:Engineered with highly optimized wall concentricity, this tube provides maximum heat transfer parameters combined with dependable localized pitting prevention against aggressive chemical vapors and cooling media. The precision manufacturing ensures consistent thermal performance across the entire tube length.
Q:What factory finishing steps create the optimal passive surface needed for advanced heat exchangers?
A:The tube is precision cold-drawn over micro-tolerance mandrels and processed via hydrogen-purged bright annealing (BA). This delivers an ultra-smooth, scale-free internal mirror surface finish that minimizes fluid friction and prevents organic cooling fluid scaling.
Q:What stringent leak-detection diagnostics must this specific condenser lot clear prior to factory dispatch?
A:Every manufacturing lot undergoes 100% mandatory non-destructive testing, passing through continuous automated internal eddy current scanning loops and comprehensive high-pressure hydrostatic leakage diagnostics. Air-under-water testing confirms zero-leak integrity.
Q:Can the outer circumference be tailored to interface seamlessly with global tubesheet layouts?
A:Yes, we maintain ultra-precise calibration limits on external dimensions, accommodating micro-tolerances, tailored length increments, and clean deburred square-cut plain ends. Custom sizing ensures perfect fit with your existing equipment specifications.
Q:What secure packaging protocols prevent physical surface scratches during international transit?
A:Each condenser tube is individually wrapped in protective plastic bag sleeves, arranged carefully with soft foam separators, and secured firmly inside reinforced seaworthy plywood crates. Hexagonal ocean bundles provide additional structural protection for long-distance shipping.
Q:What is the main difference between ASTM A213 and A269 standards?
A:A213 is a pressure-rated standard for boiler and heat exchanger tubes requiring mandatory mechanical testing, whereas A269 is designed for general service tubing applications without pressure rating requirements.
Q:How is intergranular corrosion prevented in these tubes?
A:By performing a solution anneal followed by rapid quenching, carbides remain properly distributed in the solution. This metallurgical treatment ensures long-term corrosion resistance in high-temperature steam environments and aggressive cooling water conditions.
Ready to enhance your heat exchanger efficiency with the astm a213 condenser tube? Contact our technical team at info@hballtrust.com for detailed specifications, custom sizing options, and competitive quotations tailored to your project requirements.