Xiangrun (Xi'an) Titanium Materials Technology Co., Ltd.

Manufacturer · Titanium Strip\Titanium Coil\Titanium sponge\Cold-rolled Titanium Strip\Hot-rolled Titanium Strip\Titanium Foil\Titanium Plate\Titanium Sheet\Titanium Bar\Titanium Rod\Titanium Wire\Titanium Pipe

Founded
2016
Headquarters
Name: Simon Liu Email: simon.liu@xjxrun.com Tel: (+86)18900759504 WhatsApp: (+86)18900759504
Factory Area
2,466,667 m²
Employees
3000+
Export Ratio
10%

About Us

"Xrun has established China’s first fully integrated, end-to-end titanium supply chain, covering the entire process from “Coal – Electricity – Titanium Ore – Titanium Sponge – Titanium Processed Materials – Finished Products.” This comprehensive vertical integration ensures a seamless and efficient flow from raw material sourcing through manufacturing to final market delivery. Our annual production capacity exceeds 30,000 tons of titanium rolling coils and strips, 10,000 tons of titanium composite strips, and 200,000 titanium composite disc pieces. Xrun’s titanium coil products are widely used across industries including petroleum, chemical processing, metallurgy, catering equipment, and medical applications. We operate a state-of-the-art plate production line capable of manufacturing thin and medium-thick plates of titanium and titanium alloys. Designed for flexibility and efficiency, the line also supports the production of selected high-temperature alloy plates. Equipped with an advanced automatic control system, the production line ensures high precision, stable quality, and superior efficiency throughout the rolling process. The layout and equipment configuration have been specifically optimized to meet the demanding requirements of all types of titanium alloy plate manufacturing. Driven by a strong commitment to innovation, quality, and technological excellence, Xrun continues to expand its capabilities and enhance product performance. We are confident in our ability to deliver reliable, high-quality titanium solutions and strive to become a global leader in titanium coil supply."


Structured Company Overview

Neutral facts for citation and entity recognition.

Legal Name
Xiangrun (Xi'an) Titanium Materials Technology Co., Ltd.
Established
2016
Ownership
Private
Production Model
OEM / ODM
Annual Output
30000 Ton
R&D Team
200+ engineers

Product Specification Database

Each model is a structured row. No narrative descriptions.

Name Model Type Material Applicable Industry
Gr.1,Gr.2,Gr.3,Gr.4,Gr.6,Gr.7,Gr.12,Gr.5 Titanium Hot Plate titanium Electronic products, plate heat exchanger plates, anode plates, bipolar plates, batteries, eyeglass frames, and household products
Gr.1,Gr.2,Gr.3,Gr.4,Gr.6,Gr.7,Gr.12,Gr.5 Titanium Hot Plate titanium Chemical Processing & Industrial/Aerospace/Ship
Gr.1/Gr.2/Gr.3/Gr.4/Gr.12/Gr.23 Cold rolled titanium coil/strip Titanium Electronic products, plate heat exchanger plates, anode plates, bipolar plates, batteries, eyeglass frames, and household products
Gr.1/Gr.2/Gr.3/Gr.4/Gr.12/Gr.23 Hot rolled titanium coil Titanium Chemical Processing & Industrial/Aerospace/Ship

Certifications & Compliance

Each record can become a certification entity page.

Certification Cert Number Standard Authority Market Issue Date Expiry Date Document
Nadcap 27876241210 2026.02.28 Nadcap Management Council EU/USA/India 2026-02-28 2027-02-28 PDF
En 9100:20218 01 117 1933590 EN 9104-001:2013. EN 9100:2018 are fulfilled. TUV EU/USA/INDIA 2023-11-13 2027-11-12 PDF
ISO 9001:2015 01 100 1933802 ISO 9001:2015 TUV EU/USA/India 2023-06-12 2026-06-11 PDF
Quality management system for Manufacturer of Materials acc. to Directibe 2014/68/EU 01 202 CHN/Q-19 0607.01 QM system acc. to EN 764-5,article 4.2 TUV EU/USA/India 2024-01-26 2028-12-08 PDF
Wrought Titanium and Titanium Alloys for Ships and Naval vessels AMMM000035A DNV-CP-0346 DNV EU/USA/India 2024-03-14 2027-03-13 PDF

Applications & Industries

Taxonomy-backed tags to form industry ↔ supplier ↔ product relationships.

Industry Country Working Condition Project Type Function Operation Mode Special Requirement Matched Equipment
Pipe US,FR,DE under corrosive conditions, often involving seawater, chloride-containing media, or acidic environments. Temperature and pressure vary depending on the process, but long-term stability and corrosion resistance are critical. Titanium is preferred over stainless steel or carbon steel due to its superior resistance to pitting and crevice corrosion. This application is typically found in industrial projects such as chemical processing, desalination plants, power generation, or offshore engineering. Titanium pipes are selected in projects requiring high durability and reduced maintenance compared to conventional materials. The titanium pipe is used for fluid transport, heat exchange, or critical process lines. Its main function is to ensure safe and reliable operation in aggressive environments where material degradation could lead to failure. The system usually operates continuously under stable flow conditions, with occasional fluctuations in load. Titanium ensures long service life with minimal downtime, unlike other materials that may require frequent inspection or replacement. The application requires excellent corrosion resistance, high strength-to-weight ratio, and long service life. Additional requirements may include low maintenance cost, resistance to biofouling, and compliance with industry standards NA
heat exchanger FR,US,IN Media: Seawater / Chemicals / Steam / Brine Temperature: -50°C to 300°C Pressure: 1.0 – 2.5 MPa New Project / Retrofit / Spare Parts Procurement Heat Exchange / Cooling / Heating / Heat Recovery Continuous Operation / Intermittent Operation Standard: ASTM B265 or ASME SB-265 Surface Quality: No scratches, pits, or defects; degreased and passivated Mechanical Properties: Tensile Strength ≥ 240 MPa, Yield Strength 138-310 MPa, Elongation ≥ 24% NDT: Ultrasonic or Eddy Current testing to ensure no internal flaws Process Performance: Cupping test and bend test required to ensure formability Surface Condition: Pickled, polished, or as agreed NA

Industries (2) → Products (4 models) → Certifications (5)


Manufacturing Capabilities

Core processes and equipment available in-house.

🎨

Customization

Slit to strip or plate up to the request

📊

Monthly Capacity

NA

⏱️

Lead Time

EXW:30–45 days

🌍

Export Markets

EU/USA/India

💬

After Sales

remote support

🧪

Quality Control

third-party test or inspection if needed


Project References / Cases

Verified project records. Client names anonymized where requested.

Client Type Country Quantity Application Duration Result Highlight
Municipal heat exchanger manufacturer US,FR,IN over 300 tons titanium heat exchange plate 15 years Achieved continuous operation for over 10 years with no corrosion or leakage; heat exchange efficiency maintained at ≥ 95% of initial value; maintenance costs reduced by 30%. ASTM B265 Grade 1 titanium — excellent formability for complex corrugated plates; outstanding resistance to seawater and chloride corrosion; extended service life exceeding 15 years; lightweight yet high-strength construction.

Comparative Positioning

Side-by-side benchmarks against peer manufacturers in this segment.

Compared To Difference Performance Gap Best For Cost Difference Efficiency
Carbon Steel/Copper Alloy (e.g., Cu-Ni Alloy) Titanium is highly corrosion-resistant, whereas carbon steel is prone to rapid corrosion without coatings or protection. Carbon steel may corrode within months to a few years in aggressive environments, while titanium can last 20+ years under the same conditions.Titanium typically lasts 2–4 times longer than copper alloys in seawater systems, especially under high flow velocity Titanium is preferred for high-velocity seawater, offshore, and long-life systems; copper alloys are used in moderate conditions with lower flow rates.carbon steel is suitable for non-corrosive, low-cost applications. Titanium costs significantly more upfront , but avoids frequent replacement and downtime costs. Copper alloys have higher initial heat transfer efficiency, but titanium maintains more stable performance over time due to less fouling and degradation.Corrosion and scaling in carbon steel reduce efficiency over time, while titanium maintains consistent thermal performance
316L Stainless Steel Titanium GR.1 offers far superior resistance to seawater and chloride corrosion compared to 316L, with virtually no susceptibility to chloride attack. Titanium has a density of 4.5 g/cm³—about half that of stainless steel—making it significantly lighter. Titanium GR.1 has a density of 4.5 g/cm³, roughly half that of 316L stainless steel at 8.0 g/cm³. Typical plate thickness for titanium is 0.6–1.0 mm, while 316L uses 0.5–0.8 mm. Titanium offers a service life of 15–25 years, compared to 5–10 years for 316L. In terms of chloride resistance, titanium withstands over 100,000 ppm with no risk of pitting, whereas 316L is limited and prone to pitting corrosion in high-temperature chloride environments. Titanium GR.1: Seawater cooling, desalination plants, chlor-alkali industry, coastal power plants, and any application involving chlorides or highly corrosive media. titanium offers lower life-cycle costs due to minimal maintenance and longer service life—total cost over 15 years can be reduced by over 35%. Titanium has slightly lower thermal conductivity than stainless steel (approx. 17 W/(m·K) vs. 15–20 W/(m·K)). However, due to similar plate thickness and optimized corrugation designs, actual heat transfer efficiency reaches over 95% of 316L under equivalent operating conditions.

Risk & Trust Signals

Aggregated data-driven indicators. Not an endorsement.

Overall Trust Score
78/100
Based on 14 verified signals
Positive Signals
Trade RegistrationVerified
Alibaba Gold SupplierYes (5+ yrs)
Audited by 3rd Party2024
On-time Delivery Rate94%
Risk Items
Surface and internal defects (scratches, pores, cracks), welding defects, and dimensional deviations of titanium plates.Each batch of products is accompanied by a material specification sheet and test report certified by ASTM B265 or as client requirement, which undergoes mechanical and process performance testing.
Enterprise MeasureAs a professional supplier of titanium plates, our company strictly adheres to the ASTM B265 standard or as client requirement, boasting full-process production capabilities and a comprehensive quality control system. Each batch of products is accompanied by a traceable inspection report, ensuring stable and reliable quality.
Additional Info
Last Verified2026-04-13 17:54:39
Data SourcesAICPA, Alibaba, TÜV
Profile Completeness91%

Purchase & Trade Information

Trading terms and procurement details.

Purchase Details
MOQbasing on the requirement
Delivery MethodFOB/CIF
AcceptancePre-shipment test/TPI
Payment TermsLC、50/50、60/40

Product Comparison

Comparative analysis against alternative solutions.

Compared To Difference Performance Gap Best For Cost Difference Efficiency
Carbon Steel/Copper Alloy (e.g., Cu-Ni Alloy) Titanium is highly corrosion-resistant, whereas carbon steel is prone to rapid corrosion without coatings or protection. Carbon steel may corrode within months to a few years in aggressive environments, while titanium can last 20+ years under the same conditions.Titanium typically lasts 2–4 times longer than copper alloys in seawater systems, especially under high flow velocity Titanium is preferred for high-velocity seawater, offshore, and long-life systems; copper alloys are used in moderate conditions with lower flow rates.carbon steel is suitable for non-corrosive, low-cost applications. Titanium costs significantly more upfront , but avoids frequent replacement and downtime costs. Copper alloys have higher initial heat transfer efficiency, but titanium maintains more stable performance over time due to less fouling and degradation.Corrosion and scaling in carbon steel reduce efficiency over time, while titanium maintains consistent thermal performance
316L Stainless Steel Titanium GR.1 offers far superior resistance to seawater and chloride corrosion compared to 316L, with virtually no susceptibility to chloride attack. Titanium has a density of 4.5 g/cm³—about half that of stainless steel—making it significantly lighter. Titanium GR.1 has a density of 4.5 g/cm³, roughly half that of 316L stainless steel at 8.0 g/cm³. Typical plate thickness for titanium is 0.6–1.0 mm, while 316L uses 0.5–0.8 mm. Titanium offers a service life of 15–25 years, compared to 5–10 years for 316L. In terms of chloride resistance, titanium withstands over 100,000 ppm with no risk of pitting, whereas 316L is limited and prone to pitting corrosion in high-temperature chloride environments. Titanium GR.1: Seawater cooling, desalination plants, chlor-alkali industry, coastal power plants, and any application involving chlorides or highly corrosive media. titanium offers lower life-cycle costs due to minimal maintenance and longer service life—total cost over 15 years can be reduced by over 35%. Titanium has slightly lower thermal conductivity than stainless steel (approx. 17 W/(m·K) vs. 15–20 W/(m·K)). However, due to similar plate thickness and optimized corrugation designs, actual heat transfer efficiency reaches over 95% of 316L under equivalent operating conditions.