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Titanium plates for chemical applications are primarily used in various highly corrosive environments as equipment linings, reactor structural components, heat exchanger parts, and critical materials in electrochemical systems. Compared to stainless steel and nickel-based alloys, titanium exhibits more stable corrosion resistance in environments containing chloride ions, wet chlorine gas, hypochlorites, organic acids, and mixed acid systems, making it particularly suitable for long-term continuous operation in chemical plants.
These titanium plates typically utilize commercially pure titanium (such as Gr1 and Gr2) or specific alloy grades, balancing corrosion resistance, formability, and welding stability. In practical applications, the material must not only meet the requirements for resistance to chemical media but also possess good plate thickness uniformity and flatness to accommodate subsequent cold bending, welding, machining, or composite lining processes.
Products Parameter
|
Specification |
Typical Value |
Benefit for End Users |
|
Grade |
ASTM Gr1 / Gr2 |
Strong resistance to acids and salts |
|
Thickness |
1.0 – 40 mm |
Covers linings & vessel walls |
|
Width × Length |
≤2000 × 6000 mm |
Full size or cut-to-size |
|
Thickness Tolerance |
±0.05 mm |
Less welding rework |
|
Flatness |
≤2 mm/m |
Easier on-site assembly |
|
Tensile Strength |
≥345 MPa (Gr2) |
Suitable for pressure vessels |
|
Inspection |
UT + Chemistry check |
Defect-free delivery assurance |
Features & Application
■ Corrosion Resistant
Performs in hydrochloric, sulfuric, and chloride-rich environments where steel fails.
■ Flatness That Saves Costs
Tight flatness reduces welding corrections and installation delays.
■ Typical Uses
Storage tanks, vessel linings, heat exchanger shells, and acid-resistant pipelines.
Products Description
Why us?
We offer a variety of transmission components
Stable Corrosion Performance
Our chemical-grade titanium plates are supplied based on verified corrosion behavior in chloride-containing, acidic, and oxidizing environments. Material selection focuses on long-term stability rather than short-term laboratory data, reducing uncertainty in continuous chemical operations.
Controlled Plate Flatness & Thickness
For chemical equipment fabrication, plate flatness and thickness consistency directly affect welding quality and sealing reliability. Our titanium plates are processed with controlled rolling and leveling procedures to support lining, forming, and assembly accuracy.
Suitable for Fabrication & Welding
The titanium plates are supplied with surface and mechanical conditions optimized for cold forming and welding. This helps minimize cracking risk in heat-affected zones and improves overall fabrication yield during reactor, tank, or heat-exchanger manufacturing.
Consistent Inspection Before Delivery
Each batch of chemical-use titanium plates undergoes dimensional checks, surface inspection, and internal quality screening. The goal is not just compliance with standards, but predictable behavior during fabrication and long-term service.
FAQ For Titanium Sheet
Q1: How do you ensure plate tolerance?
A: Each plate is checked with calibrated gauges to ASTM B265. Any deviation beyond ±0.05 mm or >2 mm/m is rejected.
Q2: In strong acids, is titanium really more durable than stainless steel?
A: Yes. The Titanium Plate for Chemical Plants resists corrosion far better than 316L stainless steel, meaning longer service life, fewer shutdowns, and lower ownership costs.
Q3: Can you supply cut-to-size plates?
A: Yes, we deliver pre-cut and edge-prepared plates according to drawings, saving machining time and speeding installation.
Request Titanium Sheet for Your Application
Practical support for grade selection, sizing, and machining requirements.
Typical inquiries include grade selection (Gr2, Gr5...), diameter tolerance, cut length, and order quantity.
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