Offers to Sell

Brand: JS FITTINGS Place of Origin: CHINA Production Technology: cut, hot pushed, formed, machining, sandblasted, painted Material: carbon steel, alloy steel, stainless steel Size: 1/2″-48″, any customized size Thickness: 2mm-32mm Certificates: ISO 9100, CE, GOST-R Surface Treatment: Non/Original color, black painted, rust oil, transparent oil In the realm of seamless steel drawing pipes, elbows are crucial components that facilitate the change in direction of fluid flow in a piping system. Welded elbows and seamless elbows are two common types used in various industries, including the Seamless Steel Drawing Pipes industry. While they both serve the same purpose, there are notable differences between them in terms of manufacturing, strength, performance, and cost. Welded Steel Pipe Elbows Seamless Steel Elbow A welded elbow is a pipe fitting that is created by welding a short piece of pipe or plate to form the desired angle for redirecting fluid flow. The welding process involves joining the two components using heat, resulting in a strong and durable connection. Welded steel elbows are available in various angles, such as 45degrees, 90 degrees, and 180 degrees, to accommodate different piping configurations. These elbows are widely used in applications where a change in direction is required, but without subjecting the piping system to high levels of stress. The absence of a weld seam is the defining feature of a seamless elbow. This unified construction enhances its structural integrity, making it inherently stronger and more resistant to leaks and failures under stress. For this reason, seamless elbows are the preferred choice for high- pressure and high-temperature applications where reliability is paramount. Key Features & Advantages of Seamless Steel Pipe Elbows: 1. Seamless Design Weld-free construction enhances pressure resistance and fatigue life, ideal for high-stress environments. 2. Material Versatility Options include carbon steel, stainless steel (304/316), and specialty alloys, tailored to corrosive or high-temperature conditions. 3. Multiple Bend Angles Standard angles: 45°, 90°, or 180°; custom bends available for unique layout requirements. 4. Optimized Performance Seamless interiors minimize turbulence and pressure loss, improving flow efficiency. Rated for extreme pressures/temperatures, outperforming welded alternatives. 5. Industry Compliance Meets GOST 17375, ASME B16.9, ANSI B16.28, and other international standards for guaranteed compatibility. Design Variants Long/Short Radius Long radius pipe elbow(LR elbow): Gentle bends for reduced flow resistance. Short radius pipe elbow (SR elbow): Compact turns for space-constrained installations. Beveled Ends Prepares for full-penetration welding, ensuring leak-proof joints. Applications of Seamless Elbows: Seamless elbows are preferred in applications requiring high performance and reliability within the Seamless Steel Drawing Pipes industry: 1. Oil and Gas Sector: Seamless elbows are widely used in the oil and gas industry due to their ability to handle corrosive substances and high-pressure conditions. 2. Petrochemical Plants: In petrochemical processing, seamless elbows are essential for directing the flow of various chemicals and intermediates. 3. High-Pressure Systems: Seamless elbows are ideal for high-pressure pipelines in power plants, refineries, and chemical processing plants. 4. Water Treatment Facilities: These elbows are employed in water treatment facilities to regulate the flow of treated water in municipal and industrial settings. Why Choose JSFITTINGS Seamless Elbows? Durability: No seam welds = fewer failure risks. Efficiency: Smooth bore maintains consistent flow rates. Corrosion Resistance: Material options extend service life in harsh settings. Low Maintenance: Robust design reduces downtime and repair costs.

Minimum Order: 10 long tons

Dicyandiamide Formaldehyde Resin Dicyandiamide Formaldehyde Resin is a water-soluble resin widely used as a cross- linking agent in adhesives, coatings, and textiles. CAS Number: 55295-98-2 EINECS NO.: 259-218-9 Molecular Formula: (C2H4N4)x Purity (%): Typically ranging from 60% to 95% or higher. Appearance: Colorless or Light-color Sticky Liquid Packing: 25kg，200kg，250kg Plastic drum packaging, 1250 IBC etc

Minimum Order: 20 square metres

Hydrazine Hydrate CAS Number: 7803-57-8 UN NO.: 3293 EINECS NO.: 206-114-9 Molecular Formula: N2H4 · H2O Purity (%): Typically available in various purity levels, such as 24%, 35%, 40%, 55%, and 64%. Appearance: Hydrazine hydrate is a colorless liquid with an ammonia-like odor. Packing: such as plastic or glass bottles, drums, or tankers Other Name: Hydrazinium Hydroxide;Nitrogen Hydride; Hydrazine Monohydrate; Diazane

Minimum Order: 20 square metres

Manufacturing standard: AISI B16.49, ASME B16.9/B16.49,EN 10253-2,GOST 17375 Material: Carbon steel, Alloy steel, Stainless steel Material standards: API 5L, ASTM A234 WPB; ASTM A403 304/304L, 316/316L. Size: 1/2″-48″, any customized size Radius range: R=2D, 2.5D, 3D bend, 5D bend, 6D, 8D bend Degree range: 45 degree, 60 degree, 90 degree and customized. Wall thickness: SCH 10, SCH 40, SCH 80 Coatings: Black paint, galvanized, epoxy coated, 3PE, FBE A steel pipe bend is a pipe used to change the direction of a pipeline. Common use radius bend in 3D bend and 5D bend is similar to a pipe elbow, but differs in that it is longer than an elbow and is usually manufactured for specific needs. So depends on the different bending radius (R) to distinguish bend and an elbow. In case the bending radius is more than 2 times D (diameter）, it is a pipe bend. Like 3D bend, 5D bend, 6D pipe bend, 8D pipe bend. In case bending radius in 1D or 1.5D, it is an elbow. (short radius elbow 1D and long radius elbow 1.5D). Pipe Bending Radius: 3D Bend, 5D Bend, 6D, 8D and customized Bending Degrees: 15°, 22.5°, 30°, 45°, 60°, 90°, 180° and customized Large Diameter Pipe Bend / Bending Steel pipe bending usually required in large diameter in oil and gas pipelines, since it has better capacity to transport the material, and long pipelines will need different radius of pipe bends to be intalled in complex conditions. Differences between Steel Pipe Bend VS Elbow Pipe bend and elbow both for change the pipe direction, still there are a lot of differences in below aspects: Bending Radius Manufacturing Processes Different cost Application scope (click here to get the difference between a pipe bend and an elbow) Elbow: The Butt Weld Elbow can be 45 Degrees,90 Degrees and 180 Degrees Bend: The Bend can be 180 Degree L/R Return Bend and 180 Degree S/R Return Bend Buttweld Pipe Bend Key Characteristics Connection: Welded directly to the pipe, creating a strong, leak-proof, seamless connection for high integrity. Application: Ideal for large diameter pipes (above 2 inches) and demanding industrial environments. Function: Changes flow direction (elbows, return bends), creates branches (tees), or reduces flow (reducers). Types: Available as 45°, 90°, 180° elbows, often with Long Radius (LR) for better flow or Short Radius (SR) for tight spaces. Standards: Conforms to standards like ANSI/ASME B16.9, matching pipe dimensions (NPS) and wall thickness (Schedule). Materials: Commonly made from wrought carbon steel (like ASTM A234 WPB), stainless steel (304, 316), or alloy steels, matching the connected pipe material. Industry Applications Petrochemical Plants Critical for reactor feed lines Catalyst transfer systems Flare gas collection networks Oil & Gas Pipelines Gathering lines Transmission systems Refinery process piping Water Infrastructure Pump station routing Treatment plant distribution Desalination systems Why Choose Jinsheng Buttweld Bends? Manufacturing Advantages: 1. In-house forging & heat treatment facilities 2. Automated CNC machining for consistency 3.100% hydrostatic & NDE testing Quality Assurance: 1. PMI verification for material traceability 2. Certified MTRs with each shipment 3. Full dimensional inspection reports Supply Chain Benefits: Global logistics network Emergency production capacity Inventory stocking programs

Minimum Order: 100

When it comes to mechanical systems and rotating equipment, selecting a reliable skeleton oil seal manufacturer is crucial. These seals are not just simple components; they ensure effective lubrication, prevent leakage, and extend the life of machinery. Therefore, knowing which manufacturers can consistently deliver quality products is essential for manufacturers, maintenance teams, and distributors alike. Why Choosing the Right Manufacturer Matters Not all skeleton oil seals are created equal. The differences in materials, precision of the lip design, and quality control during production significantly affect performance. For example, according to a 2023 report by the International Sealing Association (ISA), seals with higher precision in the lip-to-shaft interface reduce leakage by up to 15% in high-speed rotating machinery. This demonstrates that supplier capability directly impacts equipment reliability. Manufacturers with well-established processes can provide: Material consistency: Ensuring seals resist high temperature, chemical exposure, and wear over time. Dimensional accuracy: Critical for high-speed or high-pressure applications. Production stability: Reduces batch-to-batch variation, minimizing maintenance disruptions. Comparing Manufacturers: Domestic vs. Global Strengths When evaluating suppliers, a useful approach is to consider performance versus availability: Global suppliers such as SKF, Freudenberg, and Parker emphasize engineering precision and long-term durability. Their seals excel in demanding environments, such as automotive OEM systems or industrial high-speed applications. Domestic manufacturers, including NQKSF, DEDE, and Trelleborg’s china, offer faster delivery, competitive pricing, and flexibility in custom orders. For industrial operations that require frequent replenishment or a wide variety of sizes, these suppliers are often more practical. Application Scenarios and Practical Guidance Standard industrial machinery: Look for suppliers with broad product ranges and proven supply chain stability. Seals in this category do not usually operate under extreme conditions, so cost-efficiency and availability become the priority. High-temperature or high-speed equipment: Emphasize precision and material performance. Certified manufacturers with ISO 9001 or IATF 16949 compliance provide data-backed quality assurance. Customized or niche applications: Choose suppliers that can offer design flexibility and consultative support, enabling seals to meet specific dimensional or chemical requirements. Next Steps for Procurement Evaluate your operational needs: Identify whether your priority is high precision, quick replenishment, or customization. Check supplier certifications and test data: Prefer manufacturers with quality management certifications and independent testing reports. Request samples and run pilot tests: Before committing to bulk orders, testing ensures the selected seals meet your actual operating conditions. Develop a supply strategy: Consider a mix of global and domestic suppliers to balance cost, performance, and availability. By following these steps, you can ensure that the skeleton oil seals integrated into your equipment will support long-term reliability, reduce downtime, and optimize maintenance costs.

Minimum Order: 1000

Porduct Name Aerospace Zirconium Mesh model Zr-1、Zr-3、R60702、R60705 等 Mesh Size 5Mesh-200Mesh Wire diameterthickness 2.0mm-0.03mm Weaving Method Plain Weave, Twill Weave Density 6.49 g/cm3 Melting point 1850 ℃  Characteristic Zirconium wire woven mesh is a high melting point metal woven mesh with a density of 6.49g/cm3, a melting point of 1850 ℃, and a boiling point of 4370 ℃. The surface of pure zirconium mesh is prone to forming an oxide film, which has a metallic luster and therefore has a similar appearance to steel. Zirconium wire mesh has excellent corrosion resistance, and its corrosion resistance is superior to titanium. It is insoluble in hydrofluoric acid and aqua regia. In high-temperature environments, it can react with non-metallic elements and many metallic elements to form solid solution compounds (such as in the preparation of zirconium nitride wire mesh metal matrix composites) Application The amazing corrosion resistance, extremely high melting point, ultra-high hardness and strength of nuclear grade zirconium mesh can be applied in aerospace, military, vacuum high-temperature equipment, petrochemical, pharmaceutical, mechanical manufacturing and other fields. The purity of the nuclear grade zirconium mesh provided by Oufulang Rare and Precious Alloy Wire Mesh Company is 99.95%. The surface mesh of the product is uniform, without broken wires or loopholes, with amazing corrosion resistance, extremely high melting point, ultra-high hardness and strength. It can be applied in aerospace, military, vacuum high-temperature equipment, petrochemical, pharmaceutical, mechanical manufacturing and other fields. Contact Information M.P:+86-13315865785 Email:estrellayue@ofolan.com WhatsApp:+86-13315865785

Minimum Order: 1 bags

Porduct Name Military Zirconium Mesh model Zr-1、Zr-3、R60702、R60705 等 Mesh Size 5Mesh-200Mesh Wire diameterthickness 2.0mm-0.03mm Weaving Method Plain Weave, Twill Weave Density 6.49 g/cm3 Melting point 1850 ℃  Characteristic Zirconium wire woven mesh is a high melting point metal woven mesh with a density of 6.49g/cm3, a melting point of 1850 ℃, and a boiling point of 4370 ℃. The surface of pure zirconium mesh is prone to forming an oxide film, which has a metallic luster and therefore has a similar appearance to steel. Zirconium wire mesh has excellent corrosion resistance, and its corrosion resistance is superior to titanium. It is insoluble in hydrofluoric acid and aqua regia. In high-temperature environments, it can react with non-metallic elements and many metallic elements to form solid solution compounds (such as in the preparation of zirconium nitride wire mesh metal matrix composites) Application The amazing corrosion resistance, extremely high melting point, ultra-high hardness and strength of nuclear grade zirconium mesh can be applied in aerospace, military, vacuum high-temperature equipment, petrochemical, pharmaceutical, mechanical manufacturing and other fields. The purity of the nuclear grade zirconium mesh provided by Oufulang Rare and Precious Alloy Wire Mesh Company is 99.95%. The surface mesh of the product is uniform, without broken wires or loopholes, with amazing corrosion resistance, extremely high melting point, ultra-high hardness and strength. It can be applied in aerospace, military, vacuum high-temperature equipment, petrochemical, pharmaceutical, mechanical manufacturing and other fields. Contact Information M.P:+86-13315865785 Email:estrellayue@ofolan.com WhatsApp:+86-13315865785

Minimum Order: 1 bags

Product Name Tantalum Plate Mesh Model Ta1 Ta2 Densit 16.6 g/cm3 Melting Point 2996 ℃  Characteristic (1) Tantalum mesh has good mechanical properties, stable chemical properties, and a large dielectric constant of the surface oxide film, making it a key modern functional material. The corrosion resistance of tantalum mesh is the same as that of glass. At medium temperatures (about 150 ℃), only fluorine, hydrofluoric acid, sulfur trioxide (including fuming sulfuric acid), strong alkali, and certain molten salts have an impact on tantalum mesh. Its corrosion resistance is better than that of titanium mesh and zirconium mesh. (2) The melting point of tantalum mesh is 2990 ℃, making it the third most refractory metal after tungsten and rhenium. Although tantalum mesh has a high melting point and boiling point, its electron work function is lower than that of refractory metals such as tungsten mesh and molybdenum mesh. Due to its weak ability to emit electrons, it has been applied in electric vacuum technology. Application (1) Tantalum mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Tantalum mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information M.P:+8613315865785 Email:estrellayue@ofolan , .com Whatsapp:++86-13315865785

Minimum Order: 1 bags

Product Name Tantalum Wire Mesh Model Ta1 Ta2 Densit 16.6 g/cm3 Melting Point 2996 ℃  Characteristic (1) Tantalum mesh has good mechanical properties, stable chemical properties, and a large dielectric constant of the surface oxide film, making it a key modern functional material. The corrosion resistance of tantalum mesh is the same as that of glass. At medium temperatures (about 150 ℃), only fluorine, hydrofluoric acid, sulfur trioxide (including fuming sulfuric acid), strong alkali, and certain molten salts have an impact on tantalum mesh. Its corrosion resistance is better than that of titanium mesh and zirconium mesh. (2) The melting point of tantalum mesh is 2990 ℃, making it the third most refractory metal after tungsten and rhenium. Although tantalum mesh has a high melting point and boiling point, its electron work function is lower than that of refractory metals such as tungsten mesh and molybdenum mesh. Due to its weak ability to emit electrons, it has been applied in electric vacuum technology. Application (1) Tantalum mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Tantalum mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information M.P:+8613315865785 Email:estrellayue@ofolan , .com Whatsapp:++86-13315865785

Minimum Order: 1 bags

Product Name Tantalum Round Hole Mesh Model Ta1 Ta2 Densit 16.6 g/cm3 Melting Point 2996 ℃  Characteristic (1) Tantalum mesh has good mechanical properties, stable chemical properties, and a large dielectric constant of the surface oxide film, making it a key modern functional material. The corrosion resistance of tantalum mesh is the same as that of glass. At medium temperatures (about 150 ℃), only fluorine, hydrofluoric acid, sulfur trioxide (including fuming sulfuric acid), strong alkali, and certain molten salts have an impact on tantalum mesh. Its corrosion resistance is better than that of titanium mesh and zirconium mesh. (2) The melting point of tantalum mesh is 2990 ℃, making it the third most refractory metal after tungsten and rhenium. Although tantalum mesh has a high melting point and boiling point, its electron work function is lower than that of refractory metals such as tungsten mesh and molybdenum mesh. Due to its weak ability to emit electrons, it has been applied in electric vacuum technology. Application (1) Tantalum mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Tantalum mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information M.P:+8613315865785 Email:estrellayue@ofolan , .com Whatsapp:++86-13315865785

Minimum Order: 1 bags

Product Name Refractory Tantalum Mesh Model Ta1 Ta2 Densit 16.6 g/cm3 Melting Point 2996 ℃  Characteristic (1) Tantalum mesh has good mechanical properties, stable chemical properties, and a large dielectric constant of the surface oxide film, making it a key modern functional material. The corrosion resistance of tantalum mesh is the same as that of glass. At medium temperatures (about 150 ℃), only fluorine, hydrofluoric acid, sulfur trioxide (including fuming sulfuric acid), strong alkali, and certain molten salts have an impact on tantalum mesh. Its corrosion resistance is better than that of titanium mesh and zirconium mesh. (2) The melting point of tantalum mesh is 2990 ℃, making it the third most refractory metal after tungsten and rhenium. Although tantalum mesh has a high melting point and boiling point, its electron work function is lower than that of refractory metals such as tungsten mesh and molybdenum mesh. Due to its weak ability to emit electrons, it has been applied in electric vacuum technology. Application (1) Tantalum mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Tantalum mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information M.P:+8613315865785 Email:estrellayue@ofolan , .com Whatsapp:++86-13315865785

Minimum Order: 1 bags

Product Name High Temperature Tantalum Wire Mesh Model Ta1 Ta2 Densit 16.6 g/cm3 Melting Point 2996 ℃  Characteristic (1) Tantalum mesh has good mechanical properties, stable chemical properties, and a large dielectric constant of the surface oxide film, making it a key modern functional material. The corrosion resistance of tantalum mesh is the same as that of glass. At medium temperatures (about 150 ℃), only fluorine, hydrofluoric acid, sulfur trioxide (including fuming sulfuric acid), strong alkali, and certain molten salts have an impact on tantalum mesh. Its corrosion resistance is better than that of titanium mesh and zirconium mesh. (2) The melting point of tantalum mesh is 2990 ℃, making it the third most refractory metal after tungsten and rhenium. Although tantalum mesh has a high melting point and boiling point, its electron work function is lower than that of refractory metals such as tungsten mesh and molybdenum mesh. Due to its weak ability to emit electrons, it has been applied in electric vacuum technology. Application (1) Tantalum mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Tantalum mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information M.P:+8613315865785 Email:estrellayue@ofolan , .com Whatsapp:++86-13315865785

Minimum Order: 1 bags

Product Name Nuclear Fuel Tantalum Mesh Model Ta1 Ta2 Densit 16.6 g/cm3 Melting Point 2996 ℃  Characteristic (1) Tantalum mesh has good mechanical properties, stable chemical properties, and a large dielectric constant of the surface oxide film, making it a key modern functional material. The corrosion resistance of tantalum mesh is the same as that of glass. At medium temperatures (about 150 ℃), only fluorine, hydrofluoric acid, sulfur trioxide (including fuming sulfuric acid), strong alkali, and certain molten salts have an impact on tantalum mesh. Its corrosion resistance is better than that of titanium mesh and zirconium mesh. (2) The melting point of tantalum mesh is 2990 ℃, making it the third most refractory metal after tungsten and rhenium. Although tantalum mesh has a high melting point and boiling point, its electron work function is lower than that of refractory metals such as tungsten mesh and molybdenum mesh. Due to its weak ability to emit electrons, it has been applied in electric vacuum technology. Application (1) Tantalum mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Tantalum mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information M.P:+8613315865785 Email:estrellayue@ofolan , .com Whatsapp:++86-13315865785

Minimum Order: 1 bags

Product Name Refractory Niobium Mesh Model Nb1 Nb2 Density 8.57 g/cm3 Melting Point 2468 ℃  Characteristic (1) Niobium is a gray white metal with a melting point of 2468 ℃, a boiling point of 4742 ℃, and a density of 8.57 grams per cubic centimeter. Niobium is a glossy gray metal with paramagnetism, belonging to Group 5 of the periodic table. High purity niobium metal has high ductility, but it becomes harder with increasing impurity content. Its outermost electron layer arrangement is very different from the other Group 5 elements. The same phenomenon also occurs on the ruthenium (44), rhodium (45), and palladium (46) elements before and after. (2) Niobium exhibits superconducting properties at low temperatures. At standard atmospheric pressure, its critical temperature is 9.2K, which is the highest among all elemental superconductors. Its magnetic penetration depth is also the highest among all elements. Niobium is one of the three elemental type II superconductors, the other two being vanadium and technetium. The purity of niobium metal greatly affects its superconducting properties. Niobium has a low capture cross-section for thermal neutrons, making it quite useful in the nuclear industry. Application (1) Tantalum niobium mesh can withstand high temperatures, has good strength and stiffness, and is a high-quality material for making heating components, insulation components, and loading vessels for vacuum high-temperature furnaces (2) Tantalum mesh niobium mesh is used in the aerospace industry to produce engine components for aerospace aircraft, rockets, submarines, and more, such as combustion chambers, combustion mesh ducts, turbopumps, and so on. (3) Tantalum wire mesh niobium wire mesh is a high-quality aerospace material used for rocket accelerator nozzles, spacecraft propulsion systems, nozzle valves, and more. (4) Niobium tantalum mesh can be used to make capacitors and lining for armor piercing bullets. (5) Niobium mesh has a small neutron capture cross-section, high thermal conductivity and strength, and is used as a nuclear fuel cladding material, nuclear fuel alloy additive, and heat exchanger structural material in atomic reactors. Contact Information Email:estrellayue@ofolan.com Whatsapp:+86-1 , 3315865785 W.P:+86-13315865785

Minimum Order: 1 bags