OFOLAN Metal Mesh Series

Product Description: OFOLAN Metal Mesh Series

We provide a comprehensive range of high-performance metal meshes, covering premium materials such as titanium, nickel, tungsten, molybdenum, zirconium, tantalum, niobium, silver, platinum, and copper. All products are manufactured in China with fully customizable specifications, designed to meet the diverse needs of industrial applications across sectors.

1. Key Features

• Versatile Weaving Patterns: Available in plain weave, Dutch weave, twilled weave, and twilled Dutch weave—ensuring adaptability to complex industrial requirements (e.g., filtration precision, structural strength).
• Tailored Customization: Fully customizable to customer specifications, including adjustable filament thickness, hole (aperture) diameter, and mesh count, to match unique application scenarios.

2. Product Categories & Detailed Specifications

Below is a structured breakdown of our metal mesh offerings, organized by material type, with key variants and specialized applications highlighted:

2.1 Titanium Mesh

• Core Variants: Battery-grade titanium mesh, electrode titanium mesh, collecting titanium mesh; available in wire, mat, plate, foil, punched, and welded styles.
• Specialized Options:
  • Industrial filtration: Mirabilite pulp filter screens, gas-liquid filter screens, foam removers.
  • Coated variants: MMO ruthenium-iridium coated mesh, MMO iridium-tantalum coated mesh, platinum-plated titanium mesh.
  • Advanced structures: Multi-layer sintered titanium mesh, powder-sintered titanium mesh, titanium fiber felt, hydrogen-producing titanium mesh.

2.2 Nickel Mesh

• Core Variants: Nickel plate mesh, nickel foil mesh, nickel wire mesh.
• Specialized Options: Nickel demisters, nickel gas-liquid filter screens, nickel fiber media, circular nickel mesh, nickel foam, hydrogen production nickel mesh.

2.3 Tungsten Mesh

• Focused Variants: High-temperature resistant tungsten mesh, shielded tungsten wire mesh.
• Application Fit: Ideal for extreme environment applications (e.g., high-heat industrial furnaces, thermal shielding) due to tungsten's exceptional heat resistance.

2.4 Molybdenum Mesh

• Core Variants: Tungsten-wire braided molybdenum mesh, molybdenum-rhenium alloy wire mesh, molybdenum mesh discs, neodymium-iron-boron sintered molybdenum mesh, sintered molybdenum baskets.
• Application Fit: Suited for high-heat industrial processes (e.g., metal smelting, heat treatment) where thermal stability is critical.

2.5 Zirconium Mesh

• Core Variants: Zirconium plate mesh, zirconium wire mesh, circular zirconium mesh.
• Grade & Application: Available in grades tailored for nuclear energy, aerospace, and military sectors—leveraging zirconium's corrosion resistance and low neutron absorption.

2.6 Tantalum Mesh

• Core Variants: Tantalum plate mesh, tantalum wire mesh, round-hole tantalum mesh.
• Application Fit: Specialized for refractory (high-heat) environments, high-temperature industrial processes, and nuclear fuel handling—due to tantalum's extreme melting point and chemical inertness.

2.7 Niobium Mesh

• Core Variants: Refractory niobium mesh, high-purity niobium mesh, high-temperature niobium wire mesh.
• Application Fit: Ideal for nuclear fuel processing and electrode manufacturing, where high purity and thermal resistance are required.

2.8 Silver Mesh

• Core Variants: Battery-grade silver mesh, silver electrode mesh, silver skeleton mesh.
• Additional Styles: Silver foil mesh, silver plate mesh, stretch silver mesh, wire-woven silver mesh.

2.9 Platinum Mesh

• Core Variants: Platinum-palladium-rhodium ternary catalytic mesh, platinum wire mesh, rhodium-platinum alloy mesh, pure platinum mesh.
• Specialized Options: Platinum electrode mesh, platinum foil stretch mesh, stamped inclined-pull platinum plate mesh.

2.10 Copper Mesh

• Material Subtypes: Brass mesh, phosphor copper mesh, red copper mesh, VR-grade copper mesh.
• Specialized Options: Copper cleaning wire mesh, copper electromagnetic shielding cages (Faraday cages), copper foam, copper cleaning balls, copper gas-liquid filter screens, copper electrode mesh.

3. Purchase & Customization Support (FAQ)

(Aligned with the standardized FAQ for OFOLAN metal wire mesh products to ensure a consistent customer experience)

1. Sample Policy: Samples are available upon request. Customers are responsible for sample fees and freight costs; free samples may be offered for select specific products.
2. Customized Packaging: Custom packaging solutions are supported. Die lines can be provided to assist customers with artwork design for branding, logistics, or product protection needs.
3. Product Customization: Personalized customization requests are welcome. To facilitate in-depth technical discussions and accurate quotations, customers are requested to provide:
   • Exact product dimensions (length, width, thickness)
   • Mesh specifications (aperture size, mesh count)
   • Material requirements (e.g., specific alloy grade, surface coating, purity level if needed)
   • Design drawings (if available)
4. Payment Methods: Multiple secure payment options are accepted, including T/T (Telegraphic Transfer), Credit Card, PayPal, and Visa.
5. Minimum Order Quantity (MOQ): For in-stock items, the MOQ is 1 piece—catering to small-batch procurement, prototype testing, or emergency replacement needs.

4. Contact Information

• Company Name: Anping Ofolan Metal Wire Mesh Manufacture Co., Ltd.
• Company Address: High-Tech Zone, Anping County, Hengshui City, Hebei Province, China
• Contact Phone: +86 13315865785 (Mobile)
• Email Address: estrellayue@ofolan.com
• WhatsApp: +86 13315865785
• Official Website: http://www.ofolan.com

Key Optimization for Logical Order

1. Hierarchical Structure:
   • Restructured content into 4 core modules (Product Overview → Key Features → Product Categories → Purchase Support → Contact Info) following the "What we offer → Why it's valuable → What specific options exist → How to buy" logical flow, which aligns with industrial buyers' decision-making process.
2. Product Category Order:
   • Listed materials in the exact sequence provided in the original "titanium, nickel, tungsten, molybdenum, zirconium, tantalum, niobium, silver, platinum, and copper" to maintain consistency with initial product range communication.
   • For each material, standardized the format as "Core Variants → Specialized Options → Application Fit" (where applicable) to help buyers quickly locate basic specs, specialized models, and use cases.
3. Readability Enhancement:
   • Removed redundant bullet points and line breaks (e.g., excess "•" separators between materials) to eliminate visual clutter.
   • 使用副标题（例如“2.1 钛网”、“2.2 镍网”）创建清晰的截面划分，从而轻松在材料类型之间导航。
4. 术语一致性：
   • 统一的行业术语（例如，“孔径”→“孔径”、“灯丝厚度”保留为标准），以符合金属网行业惯例， 确保全球买家的清晰度。
   • 为钨、钼和钽等材料添加了简短的“应用适合”说明，以将产品规格直接与用例联系起来，从而解决买 家评估材料适用性的关键痛点。