Titanium - Trusted Supplier of Refractory Metals & Titanium Solutions https://luminatitan.com Sat, 11 Oct 2025 14:25:58 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.2 https://luminatitan.com/wp-content/uploads/2025/08/cropped-4974715d80f0113f2a68bbc35222d7e7-1754214443-32x32.jpg Titanium - Trusted Supplier of Refractory Metals & Titanium Solutions https://luminatitan.com 32 32 Titanium Valve https://luminatitan.com/product/titanium-valve/ Sun, 20 Jul 2025 13:04:03 +0000 https://luminatitan.com/?post_type=product&p=6491 Key Advantages
  • Exceptional corrosion resistance in seawater, chlorides and many chemicals; reduced maintenance versus stainless.
  • Lightweight vs. steel for easier installation and lower load on supports.
  • Material options: Gr2 (CP Ti), Gr5 (Ti-6Al-4V), Gr7 (Pd-alloyed), Gr12 (Ti-0.3Mo-0.8Ni).
  • Clean, non-magnetic and biocompatible; suitable for pharma and high-purity lines.
  • Full lot traceability; MTC EN 10204 3.1 and inspection reports on request.

Primary Applications

  • Chemical processing: chloride-rich media, hypochlorite, oxidizing acids (check compatibility).
  • Desalination & marine: seawater intake, brine lines, cooling water systems.
  • Pharma & high-purity utilities: non-contaminating flow control, CIP/SIP lines.
  • Energy & offshore: corrosion-exposed utility valves; CP-friendly materials.

Testing (typical)

  • Hydrostatic shell & seat tests per API 598 (or EN 12266-1).
  • Helium leak test for high-purity/vacuum (on request).
  • PMI/chemistry (O/N/H and alloying elements).
  • Dimensional checks (face-to-face, bore, end prep) & surface finish.

Packaging & Delivery

  • End protectors, desiccant & moisture-barrier wrap; export plywood cases.
  • Labels: grade, size/class, end connection, heat/lot, PO.
  • Global courier/sea freight; lead times aligned with your schedule.

The post Titanium Valve first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Premium titanium valves (gate, globe, ball, check, butterfly, needle) manufactured to international standards. Bodies & trims in corrosion-resistant grades; options include fire-safe ball designs, low-torque seats, anti-static devices, extended stems and custom actuation.

Technical Specifications

Parameter Details Why It Works for You
Standards ASME B16.34; API 598 / EN 12266-1 (testing); ISO 5211 (actuator); flanges per ASME/EN/JIS Recognized frameworks for qualification and interchangeability.
Types Gate / Globe / Ball / Check / Butterfly / Needle Covers isolation and control across systems.
Materials Gr2, Gr5 (Ti-6Al-4V), Gr7 (Pd-alloy), Gr12 (Ti-0.3Mo-0.8Ni) Match corrosion and strength to service.
Pressure class ASME Class 150–600; EN PN10–40 (others on request) Suited to common plant utilities and process lines.
Sizes DN10–DN600 (3/8″–24″) depending on type From instrument lines to main headers.
Ends RF / RTJ flanged; BW / SW; NPT/BSP; wafer/lug (butterfly) Integrates with existing piping specs.
Seats & trim PTFE/PFA, reinforced PTFE, metal seated; anti-static (ball) Optimizes torque, temperature and leakage class.
Temperature Typically −196 °C to +300 °C (grade/seat dependent) Wide envelope; verify per medium and pressure.
Documentation MTC EN 10204 3.1; test certificates; RoHS/REACH Supports audits and supplier approval.

Titanium Grades

Grade Typical Feature Use Hint
Gr2 Commercially pure; excellent corrosion resistance Seawater, general chemical utility
Gr5 Higher strength (Ti-6Al-4V) Where strength and weight matter
Gr7 Pd-alloyed; better crevice/oxidizing resistance Chlorides/oxidizers; crevice-risk areas
Gr12 Mo-Ni alloyed; galvanic/wet-corrosion resistance Mixed-metal systems, wet corrosion

Ordering Checklist

  • Valve type & standard (ASME B16.34 / API 598 test).
  • Size & pressure class (DN/Class or PN).
  • End connections (RF/RTJ/BW/SW/Thread; wafer/lug).
  • Material grade (Gr2/Gr5/Gr7/Gr12) & seat/trim materials.
  • Special tests (helium leak, NDE), documents (MTC 3.1), tagging.
  • Actuation (manual/gear, pneumatic/electric), accessories, stem extensions.

The post Titanium Valve first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Titanium Casting https://luminatitan.com/product/titanium-casting/ Sun, 20 Jul 2025 13:03:04 +0000 https://luminatitan.com/?post_type=product&p=6488 Key Advantages
  • Near‑net and net‑shape options reduce machining time and scrap; complex geometries achievable.
  • Cast in proven alloys for structural and corrosion‑resistant service (e.g., Ti‑6Al‑4V and ELI).
  • Tight process control (melt chemistry, mold, gating, HIP/heat‑treat) for consistent properties.
  • Documented traceability (heat/lot) with MTC EN 10204 3.1 and inspection reports on request.
  • Surface finishing options: blasting, polishing, passivation; machining stock provided per drawing.

Primary Applications

  • Aerospace: housings, brackets, impellers, UAV/space structures where weight saving matters.
  • Medical equipment (non‑implant): frames, fixtures, housings; corrosion‑resistant and cleanable.
  • Chemical & marine: pump/valve bodies, manifolds and corrosion‑exposed components.
  • High‑tech machinery: semiconductor, vacuum and laboratory fixtures with low magnetic signature.

Testing (typical)

  • Dimensional inspection per drawing; critical features gauged (GO/NO‑GO).
  • NDT: radiography/CT (if specified), dye penetrant on machined surfaces; visual for surface defects.
  • Mechanical sampling: tensile/yield/elongation (per alloy and heat‑treat), hardness.
  • Density/porosity control: HIP applied as required; microstructure checks and fracture‑surface review.
  • Chemistry verification (O, N, H, Fe, Al, V etc.) vs. specification.

Packaging & Delivery

  • Unit protection: VCI wrap and foam; export plywood cases; desiccant on request.
  • Labels: alloy/grade, heat/lot, part number, revision, quantity, PO; barcode optional.
  • Shipping: global courier or sea freight; lead times aligned with your schedule.

The post Titanium Casting first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Premium titanium castings for aerospace, medical‑equipment and chemical assemblies. LuminaTitan supplies near‑net and net‑shape cast components manufactured under controlled melting, molding and heat‑treat processes. Parts are verified in‑house to deliver dependable strength‑to‑weight, corrosion resistance and repeatable dimensions that reduce downstream machining and total cost.

Regulatory note: end‑use regulatory approvals (e.g., medical devices, aerospace certifications) remain the responsibility of the finished‑product manufacturer. We support audits with MTC 3.1 and test reports.

Technical Specifications

Parameter Details Why It Works for You
Standards ASTM B367 (Titanium and Titanium Alloy Castings); per drawing/PO Aligns with recognized casting specification; simplifies qualification.
Alloys / Grades Ti‑6Al‑4V (ELI optional), commercially‑pure Ti grades; others on request Covers structural and corrosion‑resistant needs; ELI for enhanced toughness.
Processes Vacuum/inert melting; investment casting; HIP as required; stress‑relief/anneal Controls porosity and microstructure for reliable properties.
Dimensions Near‑net shapes; typical wall ≥ 3–5 mm (size‑dependent); machining stock per drawing Balances castability with final‑machined accuracy.
Tolerances Per drawing; typical linear ±0.3–0.8 mm (size and CT grade dependent) Fits automated assembly and mating features.
Surface As‑cast, blasted, polished; passivation or coating prep on request Readies parts for sealing, bonding or clean service.
Documentation MTC EN 10204 3.1; inspection/NDT reports; RoHS/REACH statements Supports supplier approval and audits.
Traceability Heat/lot ID maintained; labels include alloy, part, rev, PO, qty Ensures batch‑level quality control.

Chemical Composition (Max. Weight % – indicative)

Grade/Alloy N C H Fe O Al V Ni Ti
Gr2 (CP Ti) 0.03 0.08 0.015 0.30 0.25 — — — bal
Ti‑6Al‑4V 0.05 0.08 0.015 0.40 0.20 5.5–6.75 3.5–4.5 — bal
Ti‑6Al‑4V ELI 0.03 0.08 0.012 0.25 0.13 5.5–6.5 3.5–4.5 — bal

Note: Composition limits vary by alloy and specification; confirm to your drawing/PO.

Mechanical Properties (indicative, heat/condition dependent)

Grade/Alloy Tensile (MPa, min) Yield (MPa, min) Elongation (%)
Gr2 (CP Ti) 345 275 20
Ti‑6Al‑4V 895 828 10
Ti‑6Al‑4V ELI 860 795 10

Values are typical guide ranges. For critical applications, specify test sampling and accept/reject criteria on the PO.

Ordering Checklist

  • Standard & alloy (e.g., ASTM B367, Ti‑6Al‑4V / ELI / CP Ti).
  • Part drawing & revision; CT grade/tolerances; machining stock allowance.
  • Critical dimensions/features; datum scheme; NDT level (RT/CT/DPI) if required.
  • Heat‑treat/HIP requirements; surface finish (blasted/polished/passivated).
  • Documentation (MTC 3.1, NDT/inspection reports, RoHS/REACH).
  • Packaging & labels; shipping terms; target delivery window.

The post Titanium Casting first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Titanium Clad Copper https://luminatitan.com/product/titanium-clad-copper/ Sun, 20 Jul 2025 13:02:16 +0000 https://luminatitan.com/?post_type=product&p=6485 Premium titanium-clad copper for electrolysis, electroplating and power applications. LuminaTitan supplies plate, sheet and bus-bar clad with Ti (Gr1/Gr2) over high-conductivity copper (C11000/C10200), providing corrosion resistance on the wetted surface with copper’s electrical/thermal conductivity. Manufactured under controlled bonding processes and verified in‑house for bond integrity, conductivity and dimensional stability.

Key Advantages

  • Ti-side corrosion resistance with Cu-side conductivity—ideal for electrochemical cells and bus bars.
  • Reliable bond integrity (shear and bend tested) with low interfacial resistance.
  • Custom Ti thickness and Cu core grades to balance durability and current capacity.
  • Machinable to drawings; edges sealed and corners chamfered to reduce delamination risk.
  • Traceable batches with MTC EN 10204 3.1 and optional test reports.

Primary Applications

  • Electroplating and PCB lines: anode/cathode bus bars, contact heads, racks.
  • Electrowinning/electrorefining cells (copper, nickel, zinc): corrosion‑resistant current carriers.
  • Chlor‑alkali and chemical processing equipment: wetted conductive parts.
  • Power distribution in corrosive environments: terminals and connectors.

Testing (typical)

  • Ultrasonic testing across plate area; edge dye‑penetrant (Ti side).
  • Shear / peel strength of Ti‑Cu interface; guided bend checks.
  • Electrical resistivity / IACS conductivity (Cu core).
  • Dimensional: thickness (Ti layer & total), flatness, straightness.

Packaging & Delivery

  • VCI wrap and edge protection → export plywood cases; Ti face protected.
  • Labels include structure (Ti/Cu), grades, sizes, Ti‑thickness, lot/heat, PO; test docs enclosed.
  • Global courier or sea freight; lead times aligned with your schedule.

The post Titanium Clad Copper first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Titanium Clad Copper combines a corrosion‑resistant titanium surface with a high‑conductivity copper core. We offer explosive‑bonded or roll‑bonded laminates with Ti Gr1 or Gr2 and copper C11000 (ETP) or C10200 (OF). Clad plates and bus bars are finished on the titanium face (pickled/ground) to perform in acidic/chloride media, while the copper side maintains low electrical losses. Parts can be supplied as cut‑to‑size plates or machined to drawing.

Technical Specifications

Parameter Details Why It Works for You
Standard ASTM B898 (titanium‑clad copper); EN 10204 3.1 docs Recognized spec and documentation for qualification.
Structure Titanium layer + Copper core (Ti/Cu laminate) Corrosion resistance + electrical/thermal conductivity.
Ti Grade Gr1 or Gr2 (ASTM B265) Gr1 for maximum corrosion; Gr2 for higher strength.
Cu Grade C11000 (ETP) or C10200 (OF) High conductivity; oxygen‑free option for critical bonding.
Bonding Method Explosive bonding or roll bonding High bond strength with stable interface.
Dimensions Total thickness 2–60 mm; Ti layer 0.5–3.0 mm; width ≤ 2000 mm; length ≤ 6000 mm Sized for bus bars and plates; other sizes on request.
Bond Strength Shear ≥ 130 MPa (typical, per lot test) Secure interface for machining and service loads.
Conductivity ≥ 80–95% IACS (by copper grade/geometry) Low losses for current‑carrying parts.
Surface (Ti/Cu) Ti: pickled/ground; Cu: bare or tinned/silver‑plated (opt.) Ready for service or downstream joining.
Forms Plate/sheet, bus‑bar, cut blanks; parts to drawing Drop‑in components for your line.
Inspection UT map, shear/peel, bend; dimensions; conductivity Verifies bond, integrity and performance.

 

Titanium Grades (chemical limits, wt%)

Grade N C H Fe O Al V Ti
Gr1 0.03 0.08 0.015 0.20 0.18 — — Balance
Gr2 0.03 0.08 0.015 0.30 0.25 — — Balance

 

Ordering Checklist

  • Structure and spec (ASTM B898), bonding method (explosive/roll).
  • Ti grade & thickness (e.g., Gr2, 1.0 mm) + Cu grade (e.g., C11000).
  • Total thickness, width × length (or bar cross‑section) and tolerances.
  • Surface: Ti face finish; Cu side bare/tinned/silver‑plated; edge sealing.
  • Tests/documents: UT map, shear/bend, conductivity, MTC 3.1, RoHS/REACH.
  • Drawing & machining notes (holes, slots, countersinks, chamfers).

The post Titanium Clad Copper first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Ruthenium Anode https://luminatitan.com/product/ruthenium-anode/ Sun, 20 Jul 2025 13:01:26 +0000 https://luminatitan.com/?post_type=product&p=6482 Ruthenium Oxide (RuO₂) Titanium Anode

Key Advantages

  • High corrosion resistance in acidic/alkaline electrolytes; stable at elevated temperature.

  • Low overpotential for chlorine/oxygen evolution; uniform current distribution.

  • Custom shapes: mesh, plate, rod or wire; coating thickness tuned to duty cycle.

  • Traceable heats and coating records; MTC EN 10204 3.1 on request.

Primary Applications

  • Water treatment & AOP systems

  • Chlor-alkali and hypochlorite generation

  • Electroplating / pickling aids

  • Hydrogen/oxygen generation (alkaline)

Testing (typical)

  • Coating thickness & adhesion; accelerated life in simulated electrolyte

  • Corrosion/passivation behavior; surface activation checks

  • Electrical continuity & coating uniformity

Packaging & Delivery

  • Vacuum/moisture-barrier wrap, export plywood cases

  • Labels: substrate grade, coating type/thickness, lot, dimensions

  • Global courier or sea freight; lead times aligned with your schedule

Technical Specifications

  • Substrate: Titanium Gr1/Gr2

  • Coating: RuO₂ (optionally RuO₂/IrO₂ mixed oxide)

  • Thickness: 1–10 µm typical

  • Form: Plate / mesh / rod / wire / custom

  • Current density: up to 5,000 A/m² (application-dependent)

  • Standards: ASTM B265 (substrate); ISO 9001 process control

The post Ruthenium Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> LuminaTitan supplies advanced Ruthenium Anodes for demanding electrochemical applications.
Each anode combines a titanium substrate with a ruthenium oxide (RuO₂) or RuO₂/IrO₂ coating,
delivering high catalytic performance, corrosion resistance, and excellent stability under long-term operation.
Ideal for chemical production, wastewater oxidation, and hydrogen systems.

Technical Specifications

Parameter Details Why It Works for You
Substrate Titanium (Gr1 / Gr2) Provides corrosion resistance and dimensional stability.
Coating RuO₂ or RuO₂/IrO₂ High catalytic activity and long service life.
Coating Thickness 1–10 μm typical Optimized for durability and efficiency.
Shape Options Plate, mesh, rod, wire Custom-fit for specific electrolytic applications.
Operating Temp. Up to 90°C continuous Stable under demanding electrolysis conditions.
Current Density ≤ 5000 A/m² (customizable) Ensures efficient energy use.
Standard ASTM B265, ISO 9001 Global industrial compliance and traceability.

Ordering Checklist

  • Substrate grade and coating type (RuO₂ or mixed)

  • Shape/dimensions, coating thickness, target current density

  • Electrolyte type & temperature; lifetime expectations

  • Documentation: MTC 3.1, coating certificate, RoHS/REACH

The post Ruthenium Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Platinized Anode https://luminatitan.com/product/platinized-anode/ Sun, 20 Jul 2025 13:00:44 +0000 https://luminatitan.com/?post_type=product&p=6479 Key Advantages
  • Exceptional corrosion resistance in acidic and alkaline electrolytes.
  • Low overpotential and high current efficiency for chlorine, oxygen, and hydrogen evolution.
  • Uniform platinum coating—strong adhesion, long life under continuous current.
  • Available in multiple geometries: plate, mesh, rod, wire, tube, and custom shapes.
  • Recoating and refurbishment services extend usable life and reduce operating cost.

Primary Applications

  • Electroplating and electroforming (gold, silver, rhodium, nickel).
  • Cathodic protection for marine, pipeline, and offshore structures.
  • Chemical and water treatment electrolysis (chlorination, oxidation).
  • Hydrogen generation and laboratory electrolyzers.
  • Precious metal recovery and refining systems.

Testing & Inspection

  • Platinum coating thickness and adhesion test (ASTM B571).
  • Accelerated life testing under specified current density.
  • Electrochemical potential and uniformity testing.
  • Visual inspection and conductivity checks.
  • Substrate grade verification (Gr1 / Gr2 titanium).

Packaging & Delivery

  • Vacuum-sealed or moisture-protected packaging to prevent surface oxidation.
  • Export wooden/plywood cases with labels: substrate, coating thickness, lot/batch, and dimensions.
  • Global courier or sea freight; lead times aligned with your schedule.

The post Platinized Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> LuminaTitan supplies platinized titanium anodes engineered for demanding electrochemical environments. Each anode combines a precision titanium substrate (Gr1 / Gr2) with a platinum coating applied via electro-deposition or thermal bonding. The result is a durable, conductive, and corrosion-resistant electrode delivering stable voltage and high current efficiency for industrial electrolysis, plating, and cathodic protection systems. Custom geometries and coating thicknesses are available to match your process parameters and service life requirements.

Technical Specifications

Parameter Details Why It Works for You
Substrate Titanium (Gr1 / Gr2) Excellent corrosion resistance and mechanical stability.
Coating Material Platinum (Pt) High conductivity and catalytic activity.
Coating Thickness 1–10 μm (typical) Balances cost and lifetime for each application.
Form Options Plate, mesh, rod, wire, tube, custom Fits different electrolytic systems.
Current Density ≤ 5000 A/m² (customizable) Supports efficient operation with low overpotential.
Operating Temperature Up to 100 °C Stable in high-load, continuous operation.
Standard ASTM B265 (substrate), ASTM B343 (Pt coating), ISO 9001 QC Global quality compliance.
Documentation MTC EN 10204 3.1; coating test reports; RoHS/REACH Supports traceability and supplier qualification.

Ordering Checklist

  • Substrate grade (Gr1 / Gr2)
  • Shape and dimensions (plate / mesh / rod / wire / tube)
  • Platinum coating thickness (μm) and service life target
  • Current density and electrolyte type (acidic / neutral / alkaline)
  • Documentation requirements (MTC 3.1 / coating certificate / RoHS)

The post Platinized Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> MMO Anode https://luminatitan.com/product/mmo-anode/ Sun, 20 Jul 2025 13:00:07 +0000 https://luminatitan.com/?post_type=product&p=6476 Key Advantages

•Excellent corrosion resistance in acidic, alkaline, and chloride-rich environments.
• Mixed Metal Oxide (MMO) coating (typically RuO₂ + IrO₂) provides high catalytic activity and long service life.
• Stable electrochemical performance—low oxygen evolution potential ensures high energy efficiency.
• Customizable substrate geometry and coating thickness for diverse electrolytic processes.
• Environmentally friendly—PbO₂-free and low chlorine evolution by-products.

Primary Applications

•Cathodic protection systems (impressed current for pipelines, tanks, offshore structures).
• Water treatment and electrolysis (hypochlorite generation, oxidation).
• Electroplating and electro-winning industries.
• Hydrogen and oxygen generation systems.
• Chemical production requiring stable anodic surfaces.

Testing (typical)

•Coating thickness and adhesion evaluation.
• Accelerated life testing under simulated operational conditions.
• Electrochemical performance verification (potential, efficiency).
• Corrosion rate and passivation behavior assessment.
• Electrical continuity and surface activation testing.

Packaging & Delivery

•Vacuum-sealed or moisture-resistant wrapping for corrosion protection.
• Packed in wooden or plywood cases suitable for export.
• Labeling includes substrate grade, coating composition, batch/lot, and coating thickness.
• Global shipping via courier or sea freight; lead times depend on coating process and volume.

The post MMO Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> LuminaTitan supplies Mixed Metal Oxide (MMO) anodes engineered for demanding electrochemical environments.
Each anode is based on a corrosion-resistant titanium substrate coated with ruthenium and/or iridium oxides to ensure
excellent catalytic activity, electrical efficiency, and operational durability. Suitable for cathodic protection,
electrolysis, and industrial oxidation systems, LuminaTitan MMO anodes deliver consistent performance and long service life.

Technical Specifications

Parameter Details Why It Works for You
Substrate Titanium (Gr1 / Gr2) Corrosion-resistant base for MMO coating; stable and conductive.
Coating Composition RuO₂ + IrO₂ (custom ratios on request) Combines catalytic activity with long service life.
Coating Thickness 1–10 μm typical Optimized balance between conductivity and durability.
Shape Options Plate, mesh, rod, wire, tube, custom design Adapts to different electrochemical systems.
Operating Temperature Up to 90°C continuous Stable under prolonged electrolytic conditions.
Current Density ≤ 5000 A/m² (adjustable) High performance under industrial current loads.
Standard ASTM B265 (substrate), ISO 9001 process control Ensures consistent quality and performance.

Ordering Checklist

•Specify substrate grade (Gr1 / Gr2) and coating composition (RuO₂ / IrO₂ or custom).
• Define shape, dimensions, and coating thickness.
• Indicate operating current density and electrolyte type.
• Include desired service life or testing parameters.
• State documentation needs (MTC 3.1, coating certificate, RoHS/REACH compliance).
• Contact: sales@luminatitan.com for technical support or samples.

The post MMO Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Iridium Anode https://luminatitan.com/product/iridium-anode/ Sun, 20 Jul 2025 12:59:20 +0000 https://luminatitan.com/?post_type=product&p=6473 Key Advantages
  • Exceptional corrosion resistance—stable in acidic, alkaline, and high-temperature electrolysis environments.
    • High conductivity and dimensional stability ensure long service life in electrochemical systems.
    • Uniform iridium coating—optimized adhesion and surface activation for efficient current distribution.
    • Custom shapes (mesh, plate, rod, or wire substrate) and coating thicknesses to fit specific electrolytic processes.

Primary Applications

  • Chlor-alkali industry: anodes for NaCl electrolysis (chlorine and sodium hydroxide production).
    • Water treatment: advanced oxidation and electrolysis systems for industrial and municipal wastewater.
    • Electroplating: precious metal and semiconductor baths requiring high corrosion resistance.
    • Hydrogen and oxygen generation: anodes for PEM/alkaline electrolyzers and energy storage systems.

Testing (typical)

• Surface coating thickness and adhesion test.
• Accelerated life testing in simulated electrolytic conditions.
• Corrosion and passivation behavior analysis.
• Electrical conductivity and coating uniformity inspection.

Packaging & Delivery

• Vacuum-sealed or moisture-protected packaging to prevent surface oxidation.
• Wooden/plywood cases for international shipment.
• Labeling includes substrate material, coating thickness, batch/lot number, and dimensions.
• Global express or sea freight; lead times aligned with customer schedules.

The post Iridium Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> LuminaTitan supplies high-performance iridium anodes designed for extreme electrochemical environments.
Each anode combines a precision titanium substrate with a stable iridium oxide (IrO₂) coating, providing excellent
catalytic activity, corrosion resistance, and electrical efficiency. Applications span from industrial electrolysis and
chlor-alkali production to wastewater treatment and green hydrogen systems.

Technical Specifications

Parameter Details Why It Works for You
Substrate Titanium (Gr1 / Gr2) Provides high corrosion resistance and stable base for IrO₂ coating.
Coating Material Iridium oxide (IrO₂), optional mixed RuO₂/IrO₂ Delivers catalytic activity and long service life.
Coating Thickness 1–10 μm typical Optimized for durability and electrochemical efficiency.
Shape Options Plate, mesh, rod, wire, or custom design Adapts to diverse electrolytic applications.
Operating Temperature Up to 80–90°C continuous Stable under prolonged electrolytic operation.
Current Density ≤ 5000 A/m² (customizable) Ensures consistent performance and energy efficiency.
Standard ASTM B265 (substrate), ISO 9001 production control Meets global industrial quality standards.

Ordering Checklist

• Specify substrate grade (Gr1 / Gr2) and coating type (IrO₂ or mixed oxide).
• Define shape, dimensions, and coating thickness.
• Provide operating current density and electrolyte type (acidic / alkaline / neutral).
• Include required lifetime or testing parameters.
• Indicate documentation needs (MTC 3.1, coating certificate, RoHS/REACH compliance).

The post Iridium Anode first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Nitinol Wire https://luminatitan.com/product/nitinol-wire/ Sun, 20 Jul 2025 12:58:31 +0000 https://luminatitan.com/?post_type=product&p=6470 Key Advantages
  • SE or SME options: choose constant-force superelastic wire, or shape-set wire for triggered actuation.
  • Tight Af / R-phase control for consistent performance across heats and lots.
  • Fine diameters and tight tolerances enable compact mechanisms and orthodontic components.
  • Clean, oxide-controlled surfaces support bonding, coating and joining processes.
  • Flexible supply: coils/spools or straight cut lengths; small-batch prototyping available.

Primary Applications

  • Orthodontic & guide systems (arches, springs, torque elements).
  • Mini-actuators & robotics (thermal triggers, compact motion).
  • Fixtures & clamps (constant-force holding, vibration tolerance).
  • Research & prototyping (function-testing of SE/SME elements).

Testing & Inspection (typical on request)

  • Transformation temperature testing (DSC or bend-and-free recovery).
  • Tensile and cyclic fatigue sampling by size/condition.
  • Surface/defect inspection; eddy-current continuity checks (size-dependent).
  • Chemical analysis (Ni content, low interstitials).
  • Dimensional checks: OD, ovality, straightness/coil uniformity.

The post Nitinol Wire first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> LuminaTitan supplies precision nitinol (nickel-titanium, NiTi) wire engineered for repeatable superelastic (SE) and shape-memory (SME) behavior. Produced under controlled thermo-mechanical processing and inspected in-house, our NiTi wire delivers consistent transformation temperatures, stable cyclic response and corrosion resistance for medical R&D and high-precision industrial applications.

* End-use regulatory approvals remain the responsibility of the device manufacturer.

Technical Specifications

Parameter Details Why It Works for You
Standard ASTM F2063 (wrought NiTi wire); ASTM F2516 (SE tensile test) Industry-recognized specs for NiTi design and verification.
Composition Ni 54.5–57.0 wt%, balance Ti; low interstitials Stable SE/SME behavior and corrosion performance.
Form / Function SE (superelastic) or SME (shape-memory), round wire Choose constant-force or shape-set actuation.
Diameter Range 0.05–1.00 mm (others on request) From micro devices to stronger linkages.
Condition Cold-worked, annealed, or shape-set; straightened available Tune ductility/strength and recovery.
Surface Bright oxide-free / black oxide / polished / cleaned Supports bonding/coating and clean assembly.
Tolerances Typical ±0.005–±0.02 mm (by diameter) Tight fit and interchangeability on automated lines.
Transformation (Af) SE: Af 10–25 °C typical; SME: custom Af targets Match your in-use temperature window.
Supply Forms Coils/spools; straight cut lengths (labeled with heat/lot) Traceable, production-ready packaging.
Documentation MTC EN 10204 3.1; test reports; RoHS/REACH on request Supports audits and supplier qualification.

Functional Properties (indicative)

Values depend on grade, diameter and condition; verify to your drawing/specification.

Property Superelastic (SE) Shape-Memory (SME) Notes
Recoverable strain Up to 6–8% Up to 4–6% after activation Small radii possible; size/finish dependent
Ultimate tensile strength 900–1600 MPa 800–1400 MPa Typical ranges; verify per order
Fatigue behavior >10^6 cycles at small strain Application-dependent Process and surface sensitive
Transformation Af 10–25 °C typical Custom (e.g., 30–60 °C) Af window set per order

Packaging & Delivery

  • Packaging: vacuum/moisture-barrier wrap on spools or straight bundles; export plywood cases.
  • Labeling: alloy, diameter, condition, Af target (if applicable), heat/lot, coil weight/length, PO.
  • Shipping: global courier or sea freight; lead times aligned with your production schedule.

Compliance & Handling

RoHS/REACH statements available. Store clean and dry; avoid chloride contamination and contact with carbon steel. Use dedicated tooling to preserve surface integrity. Welding of NiTi requires specialized procedures (e.g., laser); validate joints for your application.

Ordering Checklist

  • Standard and function: ASTM F2063; SE or SME.
  • Diameter and tolerance; coil or straight lengths; target coil weight/length.
  • Condition (cold-worked/annealed/shape-set) and surface (bright/oxide-free/polished).
  • Transformation Af target and verification method.
  • Certificates (MTC 3.1) and any special test requirements.
  • Samples & technical support: sales@luminatitan.com

The post Nitinol Wire first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Medical Grade Titanium https://luminatitan.com/product/medical-grade-titanium-ti6al4v/ Sun, 20 Jul 2025 12:57:46 +0000 https://luminatitan.com/?post_type=product&p=6467 Key Advantages

•Biocompatibility proven through years of medical and dental use (ASTM F67 / F136 compliant).
• Exceptional corrosion resistance in physiological environments—minimizes risk of ion release or degradation.
• Excellent strength-to-weight ratio and fatigue performance, ideal for implants and surgical instruments.
• Available in plates, rods, bars, and wires for diverse medical manufacturing needs.
• Process control with batch traceability; MTC EN 10204 3.1 available.

Primary Applications

• Orthopedic implants: bone plates, screws, rods, and fixation devices.
• Dental implants and abutments requiring high corrosion resistance and biocompatibility.
• Surgical instruments and housings exposed to repeated sterilization.
• Biomedical R&D and prototype applications.

Testing & Certification

• Chemical composition verification (ASTM F67 / F136 standard compliance).
• Mechanical property testing (tensile, yield, elongation).
• Ultrasonic flaw detection and microstructure inspection.
• Certification: ISO 13485, ISO 9001, and EN 10204 3.1 available upon request.

Packaging & Delivery

• Cleanroom-grade packaging to prevent contamination.
• Vacuum-sealed or inert gas-protected wrapping for export.
• Plywood or wooden crates for safe transportation.
• Global shipping available; lead times depend on dimensions and processing type.

The post Medical Grade Titanium first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> LuminaTitan supplies certified medical-grade titanium materials manufactured under controlled conditions
for use in biomedical, surgical, and dental industries. With precision control over chemical composition and
mechanical properties, our titanium ensures biocompatibility, long-term durability, and excellent performance
in demanding clinical environments. Available in multiple forms and grades, tailored to your production and
regulatory needs.

Technical Specifications

Parameter Details Why It Works for You
Standard ASTM F67 (CP Titanium), ASTM F136 (Ti-6Al-4V ELI) Ensures compliance with medical implant requirements.
Grades Gr1, Gr2, Gr4, Gr5, Gr23 (ELI) Covers pure and alloyed options for mechanical and biocompatibility balance.
Form Plate, bar, rod, wire, custom forging Supports multiple implant and device applications.
Surface Finish Polished, pickled, sand-blasted, passivated Provides sterilization-ready surfaces for medical use.
Condition Annealed, cold-worked, stress-relieved Maintains predictable mechanical behavior under load.
Certification ISO 13485, ISO 9001, EN 10204 3.1 Meets medical manufacturing quality standards.

Ordering Checklist

• Specify required standard (ASTM F67 or F136) and grade (Gr1, Gr2, Gr4, Gr5, Gr23).
• Define dimensions, surface finish, and mechanical condition.
• Include certification requirements (ISO, MTC 3.1, traceability).
• Indicate intended medical application (implant, instrument, etc.).
• Add packaging and labeling instructions if needed.

The post Medical Grade Titanium first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Titanium Forging https://luminatitan.com/product/titanium-forging/ Sun, 20 Jul 2025 12:56:38 +0000 https://luminatitan.com/?post_type=product&p=6464 Key Advantages

  • Near‑net shapes (rings, discs, blocks, step shafts) reduce machining and waste.
  • Microstructure control (alpha‑beta balance, equiaxed/bi‑modal) for stable properties.
  • Heat treatment options: mill‑annealed (M), annealed; ST+A on request for selected grades.
  • Ultrasonic tested (typical to ASTM B594 or AMS‑STD‑2154 classes) for internal soundness.
  • Excellent corrosion resistance with lightweight performance; non‑magnetic.
  • Full heat/lot traceability; MTC EN 10204 3.1 and inspection reports available.

Primary Applications

  • Aerospace: discs, rings, brackets, actuators, structural nodes.
  • Chemical & marine: flanges, pump/valve bodies, heat‑exchanger covers.
  • Energy & industrial: compressor rings, seals, fixtures subject to corrosion.
  • Medical equipment (non‑implant): frames, housings, fixtures.

Testing

  • Dimensional inspection to drawing; surface finish checks.
  • Ultrasonic testing (UT) per ASTM B594 / AMS‑STD‑2154 class as specified.
  • Mechanical sampling: tensile, yield, elongation; hardness.
  • Microstructure/grain size (e.g., ASTM E112) and cleanliness (low interstitials).
  • Dye‑penetrant (PT) on request for surface discontinuities; chemistry verification.

Packaging & Delivery

  • Protective wrap with corrosion inhibitors; machined faces capped; export plywood cases.
  • Labels include grade, condition, dimensions, heat/lot, PO; photo records on request.
  • Global courier/sea freight; lead times aligned with your production schedule.

The post Titanium Forging first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]> Premium titanium forgings for aerospace, chemical and high‑precision machinery. LuminaTitan supplies open‑die and ring‑rolled forgings manufactured under controlled thermo‑mechanical routes and verified in‑house to deliver reliable strength‑to‑weight, corrosion resistance and consistent mechanical behaviour. Near‑net shapes help reduce machining time and material waste while maintaining traceability and quality documentation (MTC 3.1).

Technical Specifications

Parameter Details Why It Works for You
Standards ASTM B381 (Ti/Ti‑alloy forgings); UT per ASTM B594 or AMS‑STD‑2154; MTC EN 10204 3.1 Clear qualification path and NDT coverage for critical parts.
Grades Gr2, Gr5 (Ti‑6Al‑4V), Gr7, Gr23 (ELI); others on request Balances corrosion resistance, strength and toughness requirements.
Shapes Rings, discs, blocks, step shafts, hubs; near‑net per drawing Minimises machining and buys back cycle time.
Size Range (typical) Rings OD 150–2,500 mm; discs Ø 100–1,200 mm; blocks up to 800×800×300 mm Covers common chemical and aerospace envelope sizes.
Heat Treatment Mill‑annealed / annealed; solution‑treated and aged (ST+A) on request Tune strength/ductility for the application.
Surface As‑forged, rough‑machined, or finish‑machined; pickled/passivated on request Corrosion protection and assembly‑ready finish options.
NDT UT class per order; optional PT for surface; documentation retained Confidence in internal soundness and surface integrity.
Documentation MTC 3.1, inspection reports, RoHS/REACH statements Supports audits and supplier qualification.

Chemical Composition (Max. Weight %)

Grade N C H Fe O Al V Mo Ni Ti
Gr2 0.03 0.08 0.015 0.30 0.25 — — — — bal
Gr5 0.05 0.08 0.015 0.40 0.20 5.5–6.75 3.5–4.5 — — bal
Gr7 0.03 0.08 0.015 0.30 0.25 — — 0.12–0.25 — bal
Gr23 0.03 0.08 0.012 0.25 0.13 5.5–6.5 3.5–4.5 — — bal

Mechanical Properties (Annealed, indicative)

Grade Tensile (MPa, min) Yield (MPa, min) Elongation (%)
Gr2 345 275 20
Gr5 895 828 10
Gr23 860 795 10

Ordering Checklist

  • Standard & NDT: ASTM B381 forgings; UT class (ASTM B594 or AMS‑STD‑2154).
  • Grade (Gr2 / Gr5 / Gr7 / Gr23).
  • Shape & size: ring/disc/block/step shaft with all key dimensions and tolerances.
  • Heat treatment (annealed / mill‑annealed / ST+A if applicable).
  • Surface (as‑forged / rough‑machined / finish‑machined; pickled/passivated).
  • Inspection docs (MTC 3.1, UT reports, microstructure, hardness).
  • Packaging, labels and any export paperwork requirements.

The post Titanium Forging first appeared on Trusted Supplier of Refractory Metals & Titanium Solutions.

]]>