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PFA Beakers, also known as Teflon beakers, are imported polytetrafluoroethylene beakers. They are often used for preparing solutions and as reaction vessels for large quantities of reagents. They are used with a stirring rod and can also be graduated and be equipped with a PFA/PTFE lid and be welded PFA/PTFE handle. Common sizes: 30ml, 50ml, 100ml, 250ml, 500ml, etc. Large sizes of 1L and 2L with handles Product Features Transparent and visible; Resistant to strong acids, alkalis, and other organic reagents; Temperature range:-200℃-+260℃，heated by Hotplate. Spout on the rim for easy pouring. Low blank values ​​for metallic elements,processing high-purity reagents. It is chemically inert, does not react with reagents, and will not cause reactant contamination. #NJbinglab #pfabeaker #geo , chemistry #semiconductor #cleanroom #labu , tensils #icpms #traceanalysis

PFA Beakers, also known as Teflon beakers, are imported polytetrafluoroethylene beakers. They are often used for preparing solutions and as reaction vessels for large quantities of reagents. They are used with a stirring rod and can also be graduated and be equipped with a PFA/PTFE lid and be welded PFA/PTFE handle. Common sizes: 30ml, 50ml, 100ml, 250ml, 500ml, etc. Large sizes of 1L and 2L with handles Product Features Transparent and visible; Resistant to strong acids, alkalis, and other organic reagents; Temperature range:-200℃-+260℃，heated by Hotplate. Spout on the rim for easy pouring. Low blank values ​​for metallic elements,processing high-purity reagents. It is chemically inert, does not react with reagents, and will not cause reactant contamination. #NJbinglab #pfabeaker #geo , chemistry #semiconductor #cleanroom #labu , tensils #icpms #traceanalysis

PFA Beakers, also known as Teflon beakers, are imported polytetrafluoroethylene beakers. They are often used for preparing solutions and as reaction vessels for large quantities of reagents. They are used with a stirring rod and can also be graduated and be equipped with a PFA/PTFE lid and be welded PFA/PTFE handle. Common sizes: 30ml, 50ml, 100ml, 250ml, 500ml, etc. Large sizes of 1L and 2L with handles Product Features Transparent and visible; Resistant to strong acids, alkalis, and other organic reagents; Temperature range:-200℃-+260℃，heated by Hotplate. Spout on the rim for easy pouring. Low blank values ​​for metallic elements,processing high-purity reagents. It is chemically inert, does not react with reagents, and will not cause reactant contamination. #NJbinglab #pfabeaker #geo , chemistry #semiconductor #cleanroom #labu , tensils #icpms #traceanalysis

PFA Beakers, also known as Teflon beakers, are imported polytetrafluoroethylene beakers. They are often used for preparing solutions and as reaction vessels for large quantities of reagents. They are used with a stirring rod and can also be graduated and be equipped with a PFA/PTFE lid and be welded PFA/PTFE handle. Common sizes: 30ml, 50ml, 100ml, 250ml, 500ml, etc. Large sizes of 1L and 2L with handles Product Features Transparent and visible; Resistant to strong acids, alkalis, and other organic reagents; Temperature range:-200℃-+260℃，heated by Hotplate. Spout on the rim for easy pouring. Low blank values ​​for metallic elements,processing high-purity reagents. It is chemically inert, does not react with reagents, and will not cause reactant contamination. #NJbinglab #pfabeaker #geo , chemistry #semiconductor #cleanroom #labu , tensils #icpms #traceanalysis

PFA Beakers, also known as Teflon beakers, are imported polytetrafluoroethylene beakers. They are often used for preparing solutions and as reaction vessels for large quantities of reagents. They are used with a stirring rod and can also be graduated and be equipped with a PFA/PTFE lid and be welded PFA/PTFE handle. Common sizes: 30ml, 50ml, 100ml, 250ml, 500ml, etc. Large sizes of 1L and 2L with handles Product Features Transparent and visible; Resistant to strong acids, alkalis, and other organic reagents; Temperature range:-200℃-+260℃，heated by Hotplate. Spout on the rim for easy pouring. Low blank values ​​for metallic elements,processing high-purity reagents. It is chemically inert, does not react with reagents, and will not cause reactant contamination. #NJbinglab #pfabeaker #geo , chemistry #semiconductor #cleanroom #labu , tensils #icpms #traceanalysis

N4 Pure Nickel Wire is a high-purity nickel product (≥99.9% Ni content) known for its excellent electrical conductivity, superior corrosion resistance, and outstanding mechanical durability. With a precise 0.3mm diameter, this nickel wire is widely used in electronics, battery welding, and precision engineering. N4 nickel wire offers low electrical resistance, high thermal stability, and strong oxidation resistance, making it an ideal material for electronic circuit connections, transformers, and electrochemical applications. Key Features of N4 Pure Nickel Wire High Nickel Purity (≥99.9%) – Provides excellent conductivity and oxidation resistance. Optimal 0.3mm Diameter – Ideal for electronics, precision welding, and micro- connections. Superior Corrosion Resistance – Performs well in acidic, alkaline, and high- moisture environments. Strong & Durable – Withstands mechanical stress, high temperatures, and electrical loads. Excellent Weldability & Solderability – Ensures strong and stable connections in electrical applications. Applications of N4 Pure Nickel Wire 1. Electronics & Circuit Manufacturing Used in precision electronic components, transformers, and printed circuit boards (PCBs). Provides low impedance and stable electrical conductivity for high-performance circuits. Essential for semiconductor manufacturing and electrical signal transmission. 2. Battery Welding & Power Storage Ideal for spot welding and connecting lithium-ion and nickel-based batteries. Ensures low electrical resistance and strong conductive properties for battery performance. Used in EV battery production, power banks, and industrial energy storage systems. 3. Aerospace & High-Temperature Applications Suitable for aerospace electronic components, temperature sensors, and shielding materials. Performs well in vacuum environments and radiation-resistant applications. Used in specialized aircraft, satellites, and defense technologies. 4. Chemical & Industrial Processing Used in chemical equipment, electrochemical applications, and electroplating. Essential for acid-resistant and corrosion-resistant industrial tools. Provides long-term durability in harsh industrial and chemical processing environments. Why Choose Our N4 Pure Nickel Wire? Factory Direct Supply with Competitive Wholesale Prices Custom Sizes & Large Stock Availability Fast Global Shipping & Reliable Industrial Supply Guaranteed High Purity for Electronic & Industrial Applications

Ni200 Pure Nickel Strip is a high-purity (≥99.6% Ni) material known for its excellent corrosion resistance, high electrical and thermal conductivity, and superior mechanical properties. This strip is widely used in battery welding, electrical engineering, aerospace, and chemical processing due to its outstanding performance in harsh environments. Our factory offers direct supply, customizable sizes, and bulk order discounts, ensuring high-quality and cost-effective solutions for industrial applications. Key Features of Ni200 Pure Nickel Strip High Purity (≥99.6% Ni) – Ensures superior conductivity and durability. Excellent Corrosion Resistance – Performs well in acidic and alkaline environments. Outstanding Electrical & Thermal Conductivity – Ideal for battery connectors, bus bars, and electrical contacts. Good Weldability & Ductility – Easily shaped and welded for precision manufacturing. Custom Sizes Available – Factory Direct Pricing for Bulk Orders. Applications of Ni200 Pure Nickel Strip 1. Battery Manufacturing & Energy Storage Used in battery pack assembly, battery connectors, and terminals. Essential for lithium-ion, nickel-metal hydride (NiMH), and alkaline batteries. Provides low electrical resistance and high conductivity for efficient power transfer. 2. Electrical & Electronic Applications Used in electrical contacts, EMI shielding, and precision circuit components. Ensures stable performance under high temperatures and harsh conditions. Ideal for semiconductors, power transmission, and industrial control systems. 3. Chemical & Marine Industry Resistant to acidic, alkaline, and high-temperature environments. Used in heat exchangers, filtration systems, and chemical processing equipment. Suitable for marine and aerospace applications due to its anti-corrosion properties. 4. Precision Welding & Metal Fabrication Ideal for spot welding, TIG welding, and MIG welding applications. Used in high-performance industrial welding and joining of nickel-based alloys. Why Choose Our Ni200 Pure Nickel Strip? Factory Direct Supply – Competitive Wholesale Pricing Custom Sizes & OEM Processing Available Guaranteed High Purity & Performance Fast Global Shipping for Bulk Orders

Dear Sir, I have an inheritance of over 8 million pounds, for which I have spent a substantial amount of money. Now I only lack the final fee of 2,000 US dollars to settle. If you help me cover this fee, you will receive either a 10x cash return or a 10% equity stake as a reward. Should you be interested, please send an email to me right now today at larrywu5@sohu.com。 Thank you and wish you a Merry Christmas and happy new year, good health, all the best and every success in your endeavors! Have a good day! Sincerely, Mr. L.Wu

PFA Flat-Bottom Flasks are more stable and less prone to tipping, making them more convenient for experiments that don't require a flask stand. They can be placed directly on a hot plate. PFA is resistant to strong acids and alkalis, high and low temperatures, exhibits no dissolution or precipitation, and resists sample adhesion. It is commonly used for sample digestion, ultrapure reagent preparation, and trace analysis. It is widely used in advanced research fields such as semiconductors and new material synthesis.Threaded sealing cap, good airtightness.Customizable number of necks and neck size(#14/#19/#24/#29.) #NJbinglab #pfaflask< , br>#flatbottom #reactionvessel #labutensils< , br>#geochemistry #semiconductor #traceanalys , is #icpmsanalysis #Isotopeanalysis

PFA Flat-Bottom Flasks are more stable and less prone to tipping, making them more convenient for experiments that don't require a flask stand. They can be placed directly on a hot plate. PFA is resistant to strong acids and alkalis, high and low temperatures, exhibits no dissolution or precipitation, and resists sample adhesion. It is commonly used for sample digestion, ultrapure reagent preparation, and trace analysis. It is widely used in advanced research fields such as semiconductors and new material synthesis.Threaded sealing cap, good airtightness.Customizable number of necks and neck size(#14/#19/#24/#29.) #NJbinglab #pfaflask< , br>#flatbottom #reactionvessel #labutensils< , br>#geochemistry #semiconductor #traceanalys , is #icpmsanalysis #Isotopeanalysis

PFA Flat-Bottom Flasks are more stable and less prone to tipping, making them more convenient for experiments that don't require a flask stand. They can be placed directly on a hot plate. PFA is resistant to strong acids and alkalis, high and low temperatures, exhibits no dissolution or precipitation, and resists sample adhesion. It is commonly used for sample digestion, ultrapure reagent preparation, and trace analysis. It is widely used in advanced research fields such as semiconductors and new material synthesis.Threaded sealing cap, good airtightness.Customizable number of necks and neck size(#14/#19/#24/#29.) #NJbinglab #pfaflask< , br>#flatbottom #reactionvessel #labutensils< , br>#geochemistry #semiconductor #traceanalys , is #icpmsanalysis #Isotopeanalysis

PFA Flat-Bottom Flasks are more stable and less prone to tipping, making them more convenient for experiments that don't require a flask stand. They can be placed directly on a hot plate. PFA is resistant to strong acids and alkalis, high and low temperatures, exhibits no dissolution or precipitation, and resists sample adhesion. It is commonly used for sample digestion, ultrapure reagent preparation, and trace analysis. It is widely used in advanced research fields such as semiconductors and new material synthesis.Threaded sealing cap, good airtightness.Customizable number of necks and neck size(#14/#19/#24/#29.) #NJbinglab #pfaflask< , br>#flatbottom #reactionvessel #labutensils< , br>#geochemistry #semiconductor #traceanalys , is #icpmsanalysis #Isotopeanalysis

PFA Flat-Bottom Flasks are more stable and less prone to tipping, making them more convenient for experiments that don't require a flask stand. They can be placed directly on a hot plate. PFA is resistant to strong acids and alkalis, high and low temperatures, exhibits no dissolution or precipitation, and resists sample adhesion. It is commonly used for sample digestion, ultrapure reagent preparation, and trace analysis. It is widely used in advanced research fields such as semiconductors and new material synthesis.Threaded sealing cap, good airtightness.Customizable number of necks and neck size(#14/#19/#24/#29.) #NJbinglab #pfaflask< , br>#flatbottom #reactionvessel #labutensils< , br>#geochemistry #semiconductor #traceanalys , is #icpmsanalysis #Isotopeanalysis

PFA Round-bottom Flasks, also known as PFA reaction flasks or distillation flasks in reaction apparatuses, are used with PTFE plugs,condensers and collection flasks during heating in water or oil baths. PFA material is translucent and visible, acid- and alkali-resistant, especially HF acid- resistant, and PFA lab utensils are widely used in laboratories. Flasks' rounded bellies and narrow necks help minimize evaporation and prevent spillage. They are ideal for long-term reactions or reflux. Single-neck flask is integrated;Customizable with necks'quantity. #NJbinglab #pfaflasks #roundbottomflask #HFreaction #waterbathhea , ting #oilbathheating #Geochemistry #semic , onductor