Direct supply of high-grade raw titanium forms, engineered profiles, and micro-tolerance custom fittings.
Tailored structured alloy profiles for lightweight maritime and petrochemical frames.
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High chemical resistance bars ideal for chemical processing units and high-acid storage tanks.
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Precisely bored core bars perfect for medical instrumentation, bone screws, and specialized pins.
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Thin-gauge foil substrates for electronics shielding and specialized hydrogen fuel cells.
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Heavy-duty plates engineered for deep sea submersibles and large industrial pressure vessels.
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Ductile titanium wires designed for spring manufacturers and medical suturing products.
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Precision profile bars offering exceptional torque resistance for high-stress fasteners.
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Heavy forged blanks machined to ultra-precise dimensions for high-integrity structural roles.
View SpecificationsModern industrial supply chains demand more than raw fabrication; they demand extreme component accuracy, mechanical reliability, and structural predictability. As a premier custom high-precision CNC parts supplier, ProX Metal has evolved from standard machining to high-complexity metallurgical component engineering. The modern transition to automation, micro-electronics, deep-water drilling, and chemical synthesis reactors demands components with tolerances as fine as ±0.005mm.
Our operation bridges the gap between raw titanium extraction and finished mission-critical components. By sourcing verified titanium and specialized alloy grades (GR1, GR2, GR5, GR7, GR9, GR12) directly from our ISO-certified processing facilities, we minimize impurity parameters and secure maximum material consistency. The resulting CNC-turned and milled components exhibit optimized tensile strength, outstanding thermal dynamics, and complete immunity to chemical oxidation.
Achieving ultra-fine micro-dimensions on high-hardness titanium alloys using state-of-the-art 5-axis vertical machining centers.
Seamless vertical integration from premium titanium raw sponge to the final inspected high-precision parts.
We utilize three core forms of custom-processed titanium stock to mill, turn, and shape your mechanical components:
Choosing bright annealed (BA) titanium sheets over standard pickled sheets ensures a highly reflective, chemically inert surface with zero trace oxide layers. BA titanium is processed under an active hydrogen/inert shielding gas atmosphere, preventing oxidation reactions during cooling. This provides a superior foundation for multi-axis CNC micro-machining by reducing tool-edge chipping and lowering wear rates on precision carbide cutters.
How our high-precision CNC parts fulfill critical application requirements across diverse industrial environments:
Provides complete protection against highly corrosive fluids like chlor-alkalis, wet chlorine gas, and warm sulfuric acid pools. Used heavily in chemical reactor internal fittings, cooling towers, and heat-exchanger tubing.
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Built for downhole exploration systems, subsea valve components, and refining systems. Grade 5 titanium offers high tensile-to-weight ratios to survive extreme pressure differentials and sour gases.
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Natural protection from salt-water corrosion makes titanium alloys ideal for propulsion shafts, seawater intakes, and underwater hull housings. High shear resistance extends component operational life cycles.
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Our thin-walled titanium tubes optimize heat transfer rates while offering long-term reliability in high-temperature brine flash evaporation units. Highly cost-effective across structural life spans.
Explore Desalination Solutions >We maintain high precision and quality through constant investment in state-of-the-art systems and strict quality controls:
We source raw titanium and melt it via double/triple VAR processing. This step removes gases like hydrogen, nitrogen, and oxygen, ensuring clean and strong titanium for precision machining.
Titanium conducts heat slowly, which can damage cutting tools. To address this, we use solid carbide tooling with PVD coatings, lower cutting speeds, and high-pressure coolant systems to keep temperatures stable.
Each custom part goes through coordinate measuring machine (CMM) inspections. We verify thread parameters, inner diameters of hollow parts, and outer tolerances down to the single micron before shipping.
Meeting international quality regulations and specific regional technical demands:
Different regions enforce strict specifications regarding structural raw materials. In North America and Europe, pressure vessels and chemical process piping systems must conform to the ASME Boiler and Pressure Vessel Code (Section II) and the Pressure Equipment Directive (PED) 2014/68/EU. ProX Metal provides comprehensive material traceability reports, raw ladle chemistry, heat numbers, and mechanical deformation tests to ensure compliance.
For aerospace structures and medical installations, we manufacture components in accordance with ASTM F136 (Ti-6Al-4V ELI for surgical implant applications) and aerospace standards like AMS 4928. This ensures total compatibility and limits the risk of micro-structural cracking or biological rejection.
We offer 24/7 technical customer support for engineering divisions in the USA, Europe, South Korea, and Japan. Our in-house technical team assists in selecting the ideal alloy grade to match your design constraints:
Discover what our international logistics and manufacturing partners say about our quality consistency:
Insights from our testing labs, focusing on material selection criteria and finish optimization:
An in-depth review detailing chemical compatibility factors and the corrosion kinetics of titanium under acidic environments.
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Analyzing thermal conductivity properties, pressure limits, and structural designs for Grade 2 and Grade 12 reactors.
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A direct comparison of surface roughness values and micro-contamination risks between BA and acid-pickled finishes.
Read Full Guide >Detailed answers to common engineering questions regarding titanium parts fabrication:
Grade 5 titanium is an alpha-beta alloy that can be heat-treated to significantly boost its strength. It provides a high strength-to-weight ratio alongside excellent fatigue resistance, making it the industry choice for structural aerospace frames, turbine assembly rotors, and marine shafts.
Due to titanium's low thermal conductivity and tendency to gall, machining requires rigid setups, sharp cutting tools with specialized coatings, positive rake geometries, and a steady supply of high-pressure coolant to quickly flush chips and manage temperatures.
Seamless tubes (ASTM B861) are extruded without a longitudinal weld, making them suitable for high-pressure systems. Welded tubes (ASTM B862) are rolled from sheet stock and welded, offering a cost-effective solution for low-to-medium pressure applications.
Adding 0.12% to 0.25% palladium increases Grade 7's resistance to crevice corrosion and reducing acids, particularly in fluctuating or highly acidic environments, compared to unalloyed commercial titanium.
Looking for a reliable partner for your high-precision custom parts? Submit your CAD models, material specifications, and tolerance requirements. Our engineering team will review your designs and provide a detailed quote within 24 hours.
Click for InquiryExplore our full line of custom-welded tubing, micro-foil alloys, and precision-machined assemblies.
Cost-effective welded tubes conforming to ASTM B862, designed for industrial heat exchangers.
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Tailored CNC machined fittings, bushings, connectors, and complex housings with tight tolerances.
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Ultra-thin titanium foil rolls for condenser diaphragms, aerospace shims, and medical implants.
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High-purity welding spool wire designed for TIG/MIG welding of titanium structures.
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Straightened titanium wire blanks for manufacturing medical instruments and hanging racks.
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Tailored fabricated units, custom shapes, assemblies, and specialty components.
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Machined Ti-3Al-2.5V alloy rods, balancing high weldability with structural strength.
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High-load support beams for architectural frames and structural marine bulkheads.
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