Chemical Titanium Wire

Key Alloys for Chemical Resistance

1. Grade 1 Pure Titanium (GR1)

•  Purity: 99.5% Ti, ideal for general chemical compatibility

•  Corrosion Rate: <0.05 mm/year in most aqueous solutions

•  Application: Mild acids, alkalis, and chloride-free environments

2. Grade 2 Titanium (GR2)

•  Enhanced Strength: Tensile strength 275–450 MPa

•  Oxide Film Stability: Self-healing TiO₂ layer in dynamic chemical flows

•  Use Case: Heat exchangers and pipelines in chemical plants

3. Ti-Pd Alloys (GR7, GR12)

•  Palladium Addition: 0.12–0.25% Pd for superior crevice corrosion resistance

•  Acid Resistance: Stable in concentrated hydrochloric and sulfuric acids

•  Pharmaceutical Compliance: FDA-compliant for drug processing

Chemical-Resistant Properties

Dimensions & Surface Treatments

Wire Diameter Range

•  Standard: 0.5 mm to 12.7 mm (0.02" to 0.5")

•  Tolerance: ±0.01 mm for diameters ≤3 mm

•  Spool Configurations: 5 kg, 25 kg, 100 kg reels or custom

Chemical-Industry Finishes

Chemical Industry Applications

1. Chemical Reactors & Vessels

 Use Cases:

•  Titanium wire mesh for catalyst supports

•  Corrosion-resistant fasteners in reactor assemblies

•  Heat exchanger tube supports in acid environments

•  Advantage: 5–10x longer lifespan than stainless steel in aggressive media.

2. Petrochemical & Refining

 Use Cases:

•  Desalination plant wires and cables

•  Offshore pipeline reinforcement in saltwater

•  Chlor-alkali process components

•  Performance: Resists chloride-induced stress corrosion cracking (SCC).

3. Pharmaceutical & Biotech

 Use Cases:

•  Sterile filtration meshes in drug production

•  Bioreactor structural wires

•  Corrosion-free connectors in cleanroom equipment

•  Compliance: Meets cGMP and FDA requirements for pharmaceutical use.

4. Waste Treatment & Desalination

 Use Cases:

•  Titanium wire for electrochemical water treatment

•  Seawater desalination plant components

•  Corrosion-resistant parts in wastewater facilities

•  Environment: Maintains integrity in high-salinity and acidic waste streams.

Quality Assurance for Chemical Processing

 Corrosion Testing:

•  ASTM G31 (boiling acid immersion)

•  ASTM G48 (pitting and crevice corrosion)

•  Electrochemical potentiodynamic reactivation (EPR) test

 Certifications:

•  ASTM B348, ASME SB-348 (GR1/GR2)

•  ASTM B861 (Ti-Pd alloys)

•  ISO 9001:2015, EN 10204 3.1

 Traceability:

•  Chemical composition test reports (ICP-OES)

•  Corrosion test certificates for specific media

•  Heat lot tracking from raw material to finished wire

Custom Solutions for Chemical Engineers

 Tailored Services:

•  Alloy selection for specific chemical media

•  Custom wire mesh designs for filtration applications

•  Anti-corrosion coating (PTFE) for enhanced acid resistance

 Technical Support:

•  Free corrosion resistance consulting

•  Material compatibility charts for chemical processes

•  On-site testing for complex chemical environments

Packaging & Logistics for Chemical Industry

 Anti-Corrosion Packaging:

•  Vacuum-sealed with desiccant to prevent moisture exposure

•  Anti-oxidation film for long-term storage

•  Labeling with chemical compatibility warnings

 Supply Chain Solutions:

•  Fast delivery for maintenance and replacement parts

•  Bulk orders for large chemical projects

•  Export packaging compliant with hazardous material regulations

Why Choose BYC Ti for Chemical Titanium Wire?

1. Corrosion Expertise: 10+ years solving chemical industry corrosion challenges

2. Material Purity: <0.1% impurity variation ensures consistent resistance

3. Cost-Effective Solutions: 15–20% lower cost than equivalent Western materials