Hele Titanium is a premier global supplier of titanium mesh. Dive into our diverse offerings, from wire to expanded and perforated designs. Choose our renowned TA1 and TA2 variants or opt for bespoke solutions. Leveraging our advanced manufacturing, we don’t just ensure quality—we craft it to your specifications.
Discover the remarkable potential of titanium mesh at Hele Titanium! Our titanium mesh combines the exceptional attributes of titanium, including corrosion resistance and weldability, with the strength and lightness you need. As a leading titanium mesh manufacturer in China, we offer a comprehensive range of wire, expanded, and perforated mesh options, all customizable to your specific requirements. Partner with Hele for unmatched excellence in both product quality and collaboration.
Renowned for its low density and high stiffness, titanium mesh is used in the medical field as a protective barrier around membrane bones. Its corrosion resistance and tiny perforations enhance its versatility.
Titanium woven mesh consists of interwoven titanium wires, offering diverse applications in industries such as military, shipbuilding, and fence construction. It serves as a barrier material, showcasing its versatility.
Titanium wire mesh is a finely woven sheet created from titanium wires, frequently employed for filtration within the oil and gas sector. With remarkable durability and corrosion resistance, it stands as an optimal selection for challenging environments.
Titanium screen mesh finds widespread use in the construction industry, serving as a versatile barrier for applications such as construction, plastering, and fire protection.
Expanded titanium mesh is a commonly employed material in industries that require chemical coating of metals, like anodizing processes. Its exceptional corrosion resistance makes it a prime selection for such applications.
Platinum-coated titanium mesh refers to titanium mesh that has been coated with platinum material. These meshes find common usage in the electronics industry for electroplating purposes, owing to their high conductivity.
Surgical titanium mesh is utilized in bone implants for fracture treatment, as it securely holds bones in place and seamlessly integrates with tissue. Its properties make it an ideal material for various medical procedures.
Titanium mesh plates find extensive use in the medical field, especially for addressing bone-related issues, owing to their exceptional strength and high resistance to corrosion.
At Hele Titanium, we take pride in our role as a professional titanium mesh manufacturer, offering customized solutions tailored to your precise requirements. With over a decade of experience in titanium mesh production, we are well-equipped to provide you with the following custom services:
With Hele Titanium, you can count on our expertise and commitment to delivering high-quality, customized titanium mesh solutions that align with your project’s specifications. Contact us to discuss your requirements and discover how our tailored services can meet your project needs seamlessly.
At Hele Titanium, our commitment to delivering timely support, upholding high ASTM/ASME standards, and providing quality solutions tailored to our customers’ needs forms the cornerstone of our burgeoning reputation.
At Hele Titanium, we stand as a prominent player in the titanium industry, offering an extensive array of titanium-based products, including diverse types of titanium mesh crafted for various applications. Our commitment to premium-quality titanium material is matched by our affordability, facilitating your ability to meet your customers’ demands effectively.
Titanium wire mesh, renowned for its strength, lightweight properties, and exceptional corrosion resistance, plays a significant role across various industries. Whether you’re considering importing titanium mesh for your projects or exploring wholesale opportunities in your local market, our comprehensive buyer’s guide serves as your ultimate resource. Delve into the wealth of information it provides to make informed decisions and embark on your titanium mesh purchasing journey with confidence.
Chapter 1
Titanium mesh is a versatile material made from woven titanium wires. It is known for its exceptional strength-to-weight ratio and resistance to corrosion. Titanium mesh is used in various industries for applications such as filtration, construction, and medical implants.
Chapter 2
Titanium mesh boasts a range of remarkable features that make it a sought-after material across various industries. These exceptional characteristics set titanium mesh apart as a reliable and versatile choice for numerous applications:
Chapter 3
| Product Name | Titanium Mesh, Titanium Woven Wire Mesh |
| Materials | Gr1, Gr2 Pure Titanium or Titanium Alloy |
| Hole Shape | Diamond, round, hexagonal, plum and special hole |
| Mesh Thickness | 0.1-12mm |
| Mesh Size | 1220*2440mm, 1200*2400mm, 1000*2000mm |
| Surface Color | Black (surface with graphite emulsion coating)
Bright (without graphite emulsion coating) |
| Mesh Type | Plain Weave
Twill Weave Dutch Weave |
| Mesh Count | 8 mesh, 12 mesh, 18 mesh, 30 mesh, 40 mesh, 50 mesh |
| Mesh Width | 5-2000mm |
| Mesh Length | 1-30m/roll or customized |
| Applications | Chemical filtration network, Ion membrane electrolysis cell electrode network, Anode oxidation testing, Seawater filtration |
Chapter 4
Our titanium mesh is classified into three categories based on the manufacturing method: Titanium Woven Wire Mesh, Titanium Perforated Mesh, and Titanium Expanded Mesh.
Each type of titanium mesh offers unique properties and benefits, making it suitable for various applications across industries. With our expertise in titanium mesh production, we can provide high-quality products to meet your specific needs.
Titanium woven wire mesh is a type of titanium mesh that is woven from titanium wire. It has a regular square shape, with the diameter and mesh size mutually constrained, and is commonly used for filtration.
Titanium woven wire mesh has a variety of applications, including seawater filtration, chemical and pharmaceutical filtration, medical filtration, and a titanium anode of electrolytic cells.
Titanium perforated mesh is a type of titanium mesh that is die-cut from titanium sheet. The die-cut grid is made of titanium sheet with openings that can be round, square, triangular, or diamond-shaped.
Compared to titanium woven wire mesh, titanium perforated mesh offers advantages such as a shorter production cycle, lower cost, higher strength, and better flatness.
Titanium perforated mesh has a wide range of applications, including as a filter plate, chemical tower support plate, ion membrane electrolytic cell electrode, and battery current collector network. Contact us to learn more about our high-quality titanium perforated mesh products.
Titanium Expanded Mesh is a type of mesh produced by expanding and stamping sheet metal, which is commercially pure titanium sheet metal specified to ASTM B265.
The openings of titanium mesh are typically diamond or triangular in shape. It is commonly coated with metal mixed oxide (MMO) coatings and used as an MMO anode in various fields. Contact us to learn more about our high-quality titanium expanded mesh products.
Chapter 5
Titanium mesh, renowned for its strength, durability, and corrosion resistance, finds versatile applications across various industries:
From healthcare to construction and electrochemistry, titanium mesh continues to be a material of choice, delivering unmatched performance in a myriad of applications.
Chapter 6
Titanium and steel are two commonly used materials for creating mesh products, each bringing its own set of characteristics to the table. While titanium is renowned for its strength, weight, and biocompatibility, steel is lauded for its robustness and affordability. To better understand their distinct attributes, here’s a side-by-side comparison of titanium mesh and steel mesh:
| Property | Titanium Mesh | Steel Mesh |
| Strength | High strength-to-weight ratio | Generally strong |
| Weight | Lightweight | Heavier than titanium |
| Corrosion Resistance | Excellent, especially in saline and chlorine environments | Can corrode, especially without treatments or coatings |
| Biocompatibility | Highly biocompatible, preferred for medical applications | Not commonly used for implants |
| Thermal Conductivity | Low | High |
| Cost | Generally more expensive | Typically more affordable |
| Flexibility | Moderate flexibility | Varies based on alloy and weave |
| Magnetic Property | Nonmagnetic | Generally magnetic |
While both titanium and steel meshes offer unique advantages, the choice between them is often driven by specific application requirements and budget considerations.
Chapter 7
Titanium and aluminum are both metals that are frequently utilized in mesh production, but they have distinct characteristics that cater to different applications. Titanium stands out for its strength and corrosion resistance, especially in harsh environments, whereas aluminum is noted for its lightweight nature and excellent conductivity. Here’s a comparative analysis of titanium mesh and aluminum mesh to provide a clearer picture:
| Property | Titanium Mesh | Aluminum Mesh |
| Strength | Superior strength-to-weight ratio | Good strength, but less than titanium |
| Weight | Lightweight, but denser than aluminum | Very lightweight |
| Corrosion Resistance | Exceptional, particularly in marine and chlorine settings | Good, but can corrode without treatment |
| Electrical Conductivity | Low | Excellent conductivity |
| Thermal Conductivity | Low | High |
| Cost | Generally higher priced | More cost-effective compared to titanium |
| Malleability | Moderate | Highly malleable and easy to shape |
| Melting Point | Higher (over 1,660°C or 3,020°F) | Lower (about 660°C or 1,221°F) |
The choice between titanium and aluminum mesh depends on specific application needs. While titanium is preferred in environments demanding strength and corrosion resistance, aluminum might be chosen for projects that require malleability and thermal or electrical conductivity.
Chapter 8
Titanium mesh is a pivotal material in the medical field due to its unique properties that make it ideal for various biomedical applications. Its superior biocompatibility ensures minimal allergic reactions or adverse responses when implanted in the human body. This, coupled with its robust strength-to-weight ratio, makes it an optimal choice for supporting and reinforcing tissues in surgical procedures.
Notably, titanium mesh is extensively utilized in cranial and maxillofacial surgeries, offering the structural stability needed for bone grafting and ensuring the restoration of physical contours. Additionally, its corrosion resistance ensures longevity and minimal degradation over time, even in the body’s saline environment. With these attributes, titanium mesh continues to be a gold standard in reconstructive surgeries and other medical interventions.
Chapter 9
While titanium mesh is renowned for its biocompatibility and extensive use in medical procedures, some individuals may experience side effects following its implantation. It’s crucial to note that most of these side effects are rare, and the benefits of titanium mesh often outweigh the potential risks. Some of the side effects include:
It’s essential to discuss any concerns with a healthcare professional, who can provide guidance tailored to individual cases and needs.
Chapter 10
Titanium mesh is renowned for its exceptional durability and corrosion resistance, attributes that have positioned it as a top choice across various applications, notably in the medical realm.
When implemented as implants within the human body, the expected lifespan of titanium mesh is extensive. It’s generally designed to endure throughout one’s life, with numerous instances of such implants performing flawlessly for decades. This longevity is majorly attributed to titanium’s innate capability to osseointegrate. This means that bone can effectively grow around it, forging a robust bond.
The corrosion-resistant nature of titanium ensures the mesh remains unaltered by bodily fluids, preventing any degradation over time. Nevertheless, the actual lifespan might differ, contingent upon the specific usage, the ambient environment, and the health of the individual. To maintain the implant’s health and longevity, regular medical examinations and imaging tests are vital, helping in monitoring the condition of the mesh.
Chapter 11
When contemplating the purchase of titanium mesh, several key factors need attention:
Chapter 12
Searching for a dependable titanium mesh supplier can be a crucial step in ensuring the success of your project. To assist you in this process, we’ve compiled a list of key factors to consider when evaluating potential suppliers:
Keep in mind that selecting a reliable supplier like Hele Titanium ensures you not only access high-quality products but also benefit from consistent after-sales service and support.
Chapter 13
Navigating the world of titanium mesh options may seem overwhelming initially, but armed with the right knowledge about the various types and their applications, you can confidently make the right choice.
Each project demands a specific type of mesh, and recognizing this can streamline your decision-making process. This guide offers a concise overview of what to consider when searching for titanium mesh. When it comes to reliability and quality, Hele Titanium shines as a top-tier manufacturer, providing a comprehensive and seamless service for all your titanium mesh requirements.
Your search for the perfect titanium mesh ends here. At Hele Titanium, we excel in tailoring titanium mesh to your precise requirements, ensuring exceptional quality, reliability, and affordability.
