Metal Products

Technical Parameter Material: stainless steel 304/316/316 L. Construction Type: PWP (perforated wear plate). Wear Mesh Shape: rectangle. API RP 13 C Designation: API 20 – API 325. Series: DX, DF, HP optional. Color: green. Package: 4 pcs. per carton，packed in wooden case   313 PWP Derrick Shaker Screen has an operating handle on one side of the screen and a triangle breach in the center of the opposite side. Thanks to the machine assembled backside seal rubber, even if the strip appears a small broken part, the other parts will remain stable on the back panel. The most obvious benefit of the PWP Screen is better oil resistance. And mesh sizes are commonly available from API 40 to API 270.   Competitive Advantage Effective Solid Control. The 313 PWP shaker screen can be designed to effectively separate solid particles from drilling fluids, ensuring better solid control and improving overall drilling efficiency. High Capacity. It has the ability to handle a larger volume of drilling fluid, allowing for greater productivity during drilling operations. Superior Screen Performance. The 313 PWP shaker screen provides exceptional performance in screen accuracy, durability, and longevity, reducing the need for frequent replacement and maintenance. Customizable Options. It offers customization options to meet specific drilling requirements, such as mesh size, screen area, and screen type, enabling optimal performance in various drilling conditions. Compatibility. The 313 PWP shaker screen can be compatible with a wide range of shakers, allowing seamless integration into existing drilling equipment and facilitating easy replacement. Warranty Period: 1 year. Working Life: 400–450 hours.

Technical Parameter Material: stainless steel 304/316/316 L. Construction Type: Wave Type. Wear Mesh Shape: rectangle. API RP 13C Designation: API 20 – API 325. Series: DX, DF, HP optional. Color: green. Package: 2 pcs per carton, packed in wooden case.   SJ-Wave DH Shaker Screen is one of the most popular Derrick Shaker screens replacement. It is designed for the high capacity HYP 4-panel shale shakers. Installed with Wave screens, the non-blanked screening area has increased 20% than conventional flat screens. All replacement shaker screens for Derrick shale shakers are all compliant with API RP 13C (ISO 13501), the new industry standard for physical testing and labeling of shaker screens.   Adaptable Shale Shaker Model SJ-Wave DH shaker screens are used as the substitute screen for: Derrick HYP 4-panel shaker. Derrick Triple HYP shaker. Derrick Dual HYP with mud cleaner. Derrick HYP VE (Vapor Extraction).   Competitive Advantage Stainless steel 304/316 wire mesh for longevity. Increase shaker capacity and reduce mud loss. Non-blanked screening area increased by more than 20%. Scientific & reasonable cost control system for competitive price. API RP 13C (ISO 13501) compliant. Adequate inventory in the shortest time to meet customers' demand. Warranty Period: 1 year. Working Life: 400-450 hours.

Technical Parameter Material: stainless steel 304/316/316 L. Construction Type: Wave Type. Wear Mesh Shape: rectangle. API RP 13C Designation: API 20–API 325. Series: DX, DF, HP optional. Color: green. Package: 2 pcs per carton, packed in wooden case. SJ-Wave 2000 shale Shaker Screen is manufactured based on the innovated design of Derrick Corporation. This type of shaker screen is constructed of multiple layers of stainless steel wire mesh cloth with different densities. Arrange these layers reasonably and exactly, the finished Shale Shaker Screen with revolutionary three-dimensional corrugated screens structure. Pyramid screens offer 125% to 150% usable areas of traditional flat multi- layered screens. And the fluid capacity also has been increased.   Adaptable Shale Shaker Model SJ-Wave 2000 shaker screens are used as the substitute screens for: Derrick FLC (Flo-Line Cleaner) 2000 3-panel shaker. Derrick FLC (Flo-Line Cleaner) 2000 4-panel shaker. Derrick 48-30 shale shaker. Derrick FLC (Flo-Line Cleaner) 2000 series mud cleaners. Derrick FLC Plus, FLC with AWD, HI-G dryer.   Competitive Advantage API RP 13C (ISO 13501) compliant. Resistant to corrosion, high temperature and collision. Larger area and higher conductance. Increase shaker capacity and reduce mud loss. Scientific & reasonable cost control system for competitive price. Higher flow rates without sacrificing cut point integrity. Adequate inventory in the shortest time to meet customers' demand. Warranty Period: 1 year. Working Life: 400-450 hours.

Derrick 500 Wave Shaker Screen replacement is manufactured for all Derrick 500 series shale shakers. Innovative tension fingers and two quick-lock 1/2 turn tension bolts on each screen panel make the installation faster, easier and more reliable. The bottom layer with low mesh counts is waved by coarse wires, then tightly bonded to the backing plate. It offers longer service life and maximizes the separation efficiency. Find high-quality replacement wave screens for your Derrick 500 Series shale shakers at competitive prices. Our screens are designed for durability and efficient solids control. Contact us for pricing and availability.   Technical Parameter Material: stainless steel 304/316/316 L. Body Material: stainless steel plate. Construction Type: Wave Type. API RP 13C Designation: API 20 – API 325. Series: DX, DF, HP optional. Color: green. Package: 2 pcs per carton, packed in per wooden case.   Adaptable Shale Shaker Model SJ-Wave 500 shaker screens are used as the substitute screen for: Derrick FLC (Flo-Line Cleaner) 503 shaker. Derrick FLC (Flo-Line Cleaner) 504 shaker. Derrick FLC (Flo-Line Cleaner) 503 drying shaker. Derrick FLC (Flo-Line Cleaner) 504 drying shaker. Derrick FLC (Flo-Line Cleaner) 513 shaker. Derrick FLC (Flo-Line Cleaner) 514 shaker. Derrick FLC (Flo-Line Cleaner) 513 VE (Vapor Extraction). Derrick FLC (Flo-Line Cleaner) 514 VE (Vapor Extraction). Remakrs: The trade marks Derrick, FLC, and Pyramid are owned by Derrick Corporation.   Competitive Advantage Resistant to corrosion, high temperature and collision. Quick-lock tension system, excellent trapping (dreg) effect. 56% more screen surface area than flat screens. Maximize the solids removal capabilities. Increase shaker capacity and reduce mud loss. API RP 13C (ISO 13501) compliant. Adequate inventory in the shortest time to meet customers' demand. Warranty Period: 1 year. Working Life: 400-450 hours

Product Name Electrode Silver Mesh Model Ag>99.99% Density 10.49 g/cm3 Melting 960 ℃  Characteristic Silver wire mesh has excellent ductility, and its conductivity and heat transfer are the highest among all metals. Application Battery collector mesh electrode mesh battery skeleton mesh, experimental materials, high-precision filtration equipment, military manufacturing, aerospace. Contact Information Email:estrellayue@ofolan.com Whatsapp:+86-1 , 3315865785 M.P:+86-13315865785

Minimum Order: 1 bags

Porduct Name Nuclear Grade 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 Zirconium Circular 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 Zirconium Wire 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 Zirconium Plate 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 Sintered Molybdenum Basket Model MO1>99.95% Molybdenum Rhenium Alloy Density 10.22 g/cm3 Melting Point 2610 ℃  Characteristic At room temperature, molybdenum mesh is stable in both air and water, and does not work on hydrochloric acid, hydrofluoric acid, dilute nitric acid, and alkaline solutions. 2. When used in a vacuum environment, uncoated molybdenum has a very long service life. Molybdenum is completely stable in pure hydrogen, argon, and helium. Molybdenum does not undergo a chemical reaction with hydrogen until its melting temperature. But when molybdenum is heated in hydrogen gas, it can absorb a portion of the hydrogen gas to form a solid solution. For example, at 1000 ℃, 100 grams of molybdenum metal can dissolve 0.5 cubic centimeters of hydrogen. The application of molybdenum mesh in many electric furnaces fully demonstrates this characteristic. Above 1500 ℃, molybdenum mesh reacts chemically with nitrogen to form nitrides. If the pressure of nitrogen is very low (about 0.01 mmHg), it cannot be seen even at 2400 ℃. Molybdenum mesh still exhibits considerable properties in carbon dioxide, ammonia, and nitrogen up to approximately 1100 ℃. At higher temperatures, nitride films may form on the surface of molybdenum mesh in ammonia and nitrogen gas. At temperatures above 1100 ℃, it can be carbonized by carbon containing gases such as hydrocarbons and carbon monoxide. Application Molybdenum mesh is widely used in vacuum high-temperature furnace sintering of neodymium iron boron support mesh, as a connecting component in corrosion-resistant production, structural components working in high-temperature environments, heating elements, integrated circuits, gas filtration, aerospace, military and other fields.   Contact Information M.P:+86-13315865785 Email:estrellayue@ofola , n.com WhatsApp:+86-13315865785 

Minimum Order: 1 bags

Product Name Neodymium Iron Boron Sintered Molybdenum Mesh Model MO1>99.95% Molybdenum Rhenium Alloy Density 10.22 g/cm3 Melting Point 2610 ℃  Characteristic At room temperature, molybdenum mesh is stable in both air and water, and does not work on hydrochloric acid, hydrofluoric acid, dilute nitric acid, and alkaline solutions. 2. When used in a vacuum environment, uncoated molybdenum has a very long service life. Molybdenum is completely stable in pure hydrogen, argon, and helium. Molybdenum does not undergo a chemical reaction with hydrogen until its melting temperature. But when molybdenum is heated in hydrogen gas, it can absorb a portion of the hydrogen gas to form a solid solution. For example, at 1000 ℃, 100 grams of molybdenum metal can dissolve 0.5 cubic centimeters of hydrogen. The application of molybdenum mesh in many electric furnaces fully demonstrates this characteristic. Above 1500 ℃, molybdenum mesh reacts chemically with nitrogen to form nitrides. If the pressure of nitrogen is very low (about 0.01 mmHg), it cannot be seen even at 2400 ℃. Molybdenum mesh still exhibits considerable properties in carbon dioxide, ammonia, and nitrogen up to approximately 1100 ℃. At higher temperatures, nitride films may form on the surface of molybdenum mesh in ammonia and nitrogen gas. At temperatures above 1100 ℃, it can be carbonized by carbon containing gases such as hydrocarbons and carbon monoxide. Application Molybdenum mesh is widely used in vacuum high-temperature furnace sintering of neodymium iron boron support mesh, as a connecting component in corrosion-resistant production, structural components working in high-temperature environments, heating elements, integrated circuits, gas filtration, aerospace, military and other fields.   Contact Information M.P:+86-13315865785 Email:estrellayue@ofola , n.com WhatsApp:+86-13315865785 

Minimum Order: 1 bags

Product Name Molybdenum Mesh Disc Model MO1>99.95% Molybdenum Rhenium Alloy Density 10.22 g/cm3 Melting Point 2610 ℃  Characteristic At room temperature, molybdenum mesh is stable in both air and water, and does not work on hydrochloric acid, hydrofluoric acid, dilute nitric acid, and alkaline solutions. 2. When used in a vacuum environment, uncoated molybdenum has a very long service life. Molybdenum is completely stable in pure hydrogen, argon, and helium. Molybdenum does not undergo a chemical reaction with hydrogen until its melting temperature. But when molybdenum is heated in hydrogen gas, it can absorb a portion of the hydrogen gas to form a solid solution. For example, at 1000 ℃, 100 grams of molybdenum metal can dissolve 0.5 cubic centimeters of hydrogen. The application of molybdenum mesh in many electric furnaces fully demonstrates this characteristic. Above 1500 ℃, molybdenum mesh reacts chemically with nitrogen to form nitrides. If the pressure of nitrogen is very low (about 0.01 mmHg), it cannot be seen even at 2400 ℃. Molybdenum mesh still exhibits considerable properties in carbon dioxide, ammonia, and nitrogen up to approximately 1100 ℃. At higher temperatures, nitride films may form on the surface of molybdenum mesh in ammonia and nitrogen gas. At temperatures above 1100 ℃, it can be carbonized by carbon containing gases such as hydrocarbons and carbon monoxide. Application Molybdenum mesh is widely used in vacuum high-temperature furnace sintering of neodymium iron boron support mesh, as a connecting component in corrosion-resistant production, structural components working in high-temperature environments, heating elements, integrated circuits, gas filtration, aerospace, military and other fields.   Contact Information M.P:+86-13315865785 Email:estrellayue@ofola , n.com WhatsApp:+86-13315865785 

Minimum Order: 1 bags

Product Name Molybdenum Rhenium Alloy Wire Mesh Model MO1>99.95% Molybdenum Rhenium Alloy Density 10.22 g/cm3 Melting Point 2610 ℃  Characteristic At room temperature, molybdenum mesh is stable in both air and water, and does not work on hydrochloric acid, hydrofluoric acid, dilute nitric acid, and alkaline solutions. 2. When used in a vacuum environment, uncoated molybdenum has a very long service life. Molybdenum is completely stable in pure hydrogen, argon, and helium. Molybdenum does not undergo a chemical reaction with hydrogen until its melting temperature. But when molybdenum is heated in hydrogen gas, it can absorb a portion of the hydrogen gas to form a solid solution. For example, at 1000 ℃, 100 grams of molybdenum metal can dissolve 0.5 cubic centimeters of hydrogen. The application of molybdenum mesh in many electric furnaces fully demonstrates this characteristic. Above 1500 ℃, molybdenum mesh reacts chemically with nitrogen to form nitrides. If the pressure of nitrogen is very low (about 0.01 mmHg), it cannot be seen even at 2400 ℃. Molybdenum mesh still exhibits considerable properties in carbon dioxide, ammonia, and nitrogen up to approximately 1100 ℃. At higher temperatures, nitride films may form on the surface of molybdenum mesh in ammonia and nitrogen gas. At temperatures above 1100 ℃, it can be carbonized by carbon containing gases such as hydrocarbons and carbon monoxide. Application Molybdenum mesh is widely used in vacuum high-temperature furnace sintering of neodymium iron boron support mesh, as a connecting component in corrosion-resistant production, structural components working in high-temperature environments, heating elements, integrated circuits, gas filtration, aerospace, military and other fields.   Contact Information M.P:+86-13315865785 Email:estrellayue@ofola , n.com WhatsApp:+86-13315865785 

Minimum Order: 1 bags

Product Name Molybdenum Mesh Model MO1>99.95% Molybdenum Rhenium Alloy Density 10.22 g/cm3 Melting Point 2610 ℃  Characteristic At room temperature, molybdenum mesh is stable in both air and water, and does not work on hydrochloric acid, hydrofluoric acid, dilute nitric acid, and alkaline solutions. 2. When used in a vacuum environment, uncoated molybdenum has a very long service life. Molybdenum is completely stable in pure hydrogen, argon, and helium. Molybdenum does not undergo a chemical reaction with hydrogen until its melting temperature. But when molybdenum is heated in hydrogen gas, it can absorb a portion of the hydrogen gas to form a solid solution. For example, at 1000 ℃, 100 grams of molybdenum metal can dissolve 0.5 cubic centimeters of hydrogen. The application of molybdenum mesh in many electric furnaces fully demonstrates this characteristic. Above 1500 ℃, molybdenum mesh reacts chemically with nitrogen to form nitrides. If the pressure of nitrogen is very low (about 0.01 mmHg), it cannot be seen even at 2400 ℃. Molybdenum mesh still exhibits considerable properties in carbon dioxide, ammonia, and nitrogen up to approximately 1100 ℃. At higher temperatures, nitride films may form on the surface of molybdenum mesh in ammonia and nitrogen gas. At temperatures above 1100 ℃, it can be carbonized by carbon containing gases such as hydrocarbons and carbon monoxide. Application Molybdenum mesh is widely used in vacuum high-temperature furnace sintering of neodymium iron boron support mesh, as a connecting component in corrosion-resistant production, structural components working in high-temperature environments, heating elements, integrated circuits, gas filtration, aerospace, military and other fields.   Contact Information M.P:+86-13315865785 Email:estrellayue@ofola , n.com WhatsApp:+86-13315865785 

Minimum Order: 1 bags