Looking for a reliable source for high-quality pure titanium? As a leading Gr1 titanium plate manufacturer and supplier, we provide top-tier titanium materials engineered for demanding industrial applications.
Grade 1 titanium is renowned for its outstanding corrosion resistance and supreme formability. Whether you need materials for plate and frame heat exchangers, chemical processing, or marine engineering, we offer customized solutions ranging from 5.0mm to 40mm in thickness. Backed by complete EN10204 3.1 & 3.2 certifications, we accept sample orders and guarantee fast dispatch within 3 days for in-stock products.
Grade 1 titanium plate represents the purest form of unalloyed commercial titanium available in the market. It is the softest and most ductile grade among the four commercially pure (CP) titanium grades. Because it is unalloyed, it provides the highest level of corrosion resistance and is completely non-magnetic.
For engineers and procurement managers, understanding the exact technical specifications is crucial for material selection. Below are the core properties based on the ASTM B265 standard.
The extraordinary formability of Gr1 titanium comes from its strictly controlled impurity levels. By maintaining very low oxygen and iron content, the material achieves excellent deep drawing capability, making it the perfect choice for stamping complex shapes.
| Element | Content Limit (Max %) | Impact on Material Performance |
|---|---|---|
| Nitrogen (N) | ≤ 0.03 | Minimizes brittleness and ensures structural integrity. |
| Carbon (C) | ≤ 0.08 | Keeps the material soft for excellent formability. |
| Hydrogen (H) | ≤ 0.015 | Prevents hydrogen embrittlement during processing. |
| Iron (Fe) | ≤ 0.20 | Crucial for maintaining low hardness and high corrosion resistance. |
| Oxygen (O) | ≤ 0.18 | Key Factor: Low oxygen guarantees extreme ductility and deep drawing capability. |
| Titanium (Ti) | Balance | Ensures the “Pure Titanium” characteristics. |
When evaluating materials for fabrication, mechanical behavior under stress is a primary concern. The low yield strength and high elongation of Grade 1 titanium mean it can be cold-formed extensively without cracking.
| Mechanical Property | Value | Fabrication Benefit |
|---|---|---|
| Tensile Strength | ≥ 240 MPa (35 ksi) | Provides sufficient baseline strength for pressure and structural applications. |
| Yield Strength (0.2% Offset) | 170 – 310 MPa (25 – 45 ksi) | Low yield strength ensures the plate is highly workable and easy to bend. |
| Elongation (in 2 inches) | ≥ 24% | Outstanding high ductility, critical for severe forming operations. |
As a direct source manufacturer, we understand that industrial projects require precise material dimensions and strict dimensional tolerances. Whether you need standard sheets or specific medium-to-heavy plates, our production lines are equipped to meet your exact demands.
We specialize in supplying 5.0mm to 40mm pure titanium plates, offering unparalleled flexibility for your procurement needs. Below are our core supply capabilities:
Thickness Range: 5.0mm – 40mm.
OEM & Customization: We proudly accept customized sizes and specific machining services. Simply send us your drawings or dimension requirements, and we will tailor the titanium plates to your exact specifications.
Manufacturing Technique: Hot Rolled (typically for thicker plates ensuring structural density) / Cold Rolled (for superior surface finish and tighter tolerances).
Surface Finish: Pickling (descaled and ready for further industrial processing) / Polished (smooth, defect-free surface).
Execution Standards: Strictly manufactured according to ASTM B265, ASME SB265 (for pressure vessels), and AMS 4911.
In the B2B industrial materials sector, consistent quality and reliable delivery times are non-negotiable. As a premium supplier, we have optimized both our quality control systems and logistics networks to provide you with a seamless purchasing experience.
Quality assurance and traceability are at the core of our manufacturing process. We operate under strict ISO quality management systems. From raw titanium sponge to the final rolled product, every step is strictly monitored.
Certified MTC: Every batch of our Gr1 titanium plates is delivered with a comprehensive Mill Test Certificate (MTC) complying with EN10204 3.1.
Third-Party Inspection: We also fully support third-party inspections (such as SGS or TUV) to issue EN10204 3.2 certificates upon your request.
Ultrasonic Testing (UT): For medium to heavy plates (especially in the 20mm – 40mm thickness range), rigorous UT testing is performed to guarantee there are no internal cracks, pores, or defects.
We understand that delayed material delivery can halt your entire project. To support your production schedule, we offer highly flexible and efficient supply chain solutions:
Sample Orders Accepted: Not sure if the material perfectly fits your specific application? We gladly accept sample orders so you can conduct real-world testing before committing to a large volume.
3-Day Fast Shipping: We maintain a robust inventory of standard thicknesses. For in-stock titanium plates, we guarantee ultra-fast dispatch within 3 days.
Multiple Shipping Channels: Depending on your urgency and budget, we provide flexible global logistics options, including Air Freight, Sea Freight, and Express delivery door-to-door.
Export Standard Woodcase: To ensure the highest level of safety during long-distance ocean shipping, all plates are heavily protected and sealed in robust export standard woodcases, effectively preventing scratches, deformation, and moisture.
Because Grade 1 titanium offers the ultimate combination of high ductility, extremely low hardness, and superior corrosion resistance, it is the material of choice for industries where complex forming and harsh environments intersect. Our 5.0mm – 40mm titanium plates are widely utilized across the following critical sectors:
This is one of the most prominent applications for pure titanium. The material's exceptional deep drawing capability allows it to be pressed into the complex corrugated patterns required for heat exchanger plates without fracturing. Furthermore, its immunity to chloride ion pitting makes it highly efficient for seawater cooling and chemical thermal management.
In environments handling highly aggressive media—such as nitric acid, organic acids, and chloride solutions—Gr1 titanium ensures the longevity and safety of reaction vessels, storage tanks, and industrial piping systems.
Pure titanium is indispensable in the chlor-alkali sector. Its outstanding oxidation resistance in wet chlorine gas environments makes it ideal for manufacturing electrolyzers, anodes, and bleaching equipment.
Offering an incredible strength-to-weight ratio and virtual immunity to seawater corrosion, Gr1 titanium plates are heavily specified for marine hardware, offshore platforms, and thermal desalination facilities.
When procuring industrial materials, making the right technical and commercial decisions is critical. Here are some of the most common questions our clients ask regarding our pure titanium plates:
The primary difference lies in their chemical composition, specifically the oxygen and iron content. Grade 1 titanium has the lowest oxygen content, making it the softest and most ductile of all titanium grades, which is ideal for severe forming or deep drawing. Grade 2 titanium has slightly higher oxygen and iron, offering higher tensile and yield strength, making it the “workhorse” grade for general industrial applications where extreme deep drawing is not required.
Heat exchanger plates must be stamped into highly complex corrugated patterns. The exceptional high ductility and low yield strength of Gr1 titanium ensure the material can endure deep drawing without cracking. Additionally, its superior corrosion resistance guarantees a long lifespan even when handling aggressive fluids like seawater or chemical chlorides.
Yes, absolutely. We guarantee 100% material traceability. Every shipment of our titanium plate comes standard with a comprehensive Mill Test Certificate (MTC) compliant with EN10204 3.1. We also fully support third-party inspections (by agencies like SGS or TUV) to provide EN10204 3.2 certificates based on your project’s specific requirements.
For our 5.0mm – 40mm hot-rolled titanium plates, we utilize advanced flattening and leveling equipment during the manufacturing process to ensure strict dimensional tolerances. Furthermore, for medium-to-heavy plates, we conduct rigorous Ultrasonic Testing (UT) to guarantee the internal structure is completely free from pores or micro-cracks.
Ready to source premium Grade 1 titanium plates for your manufacturing or engineering projects? As a direct factory supplier, we bypass middlemen to offer you highly competitive wholesale pricing without compromising on quality, dimensional tolerances, or material traceability.
We know that complex industrial procurement takes time and careful budget planning. To fully support your purchasing process, we offer an industry-leading 60-day price validity on our official quotes, protecting your project budget from sudden raw material market fluctuations.
Whether you need a small sample order for testing or bulk delivery for immediate production, our team is ready to assist.
Please provide us with your specific details (Thickness, Width, Length, Quantity, and Surface Finish), and our technical sales team will respond with a comprehensive quote and material consultation within 24 hours.
Our titanium products and manufacturing capabilities provide strong value across multiple industries. Here are the key advantages that make HonTitan a reliable partner.
We provide fast turnaround for samples and bulk orders. With efficient titanium processing—including cutting, forging, and CNC machining—we ensure precision and speed for every project.
From complex CNC machining to welding, forming, and surface finishing, HonTitan can produce custom titanium parts with features such as holes, slots, threads, grooves, and precise geometries.
HonTitan makes titanium materials that are very strong for their weight and resist corrosion very well. This makes them stable for use in aerospace, medical, chemical, and marine settings.
