Chemical Equipment & Lab Supplies

PFA Vial is designed for sample digestion in geology, nuclear, environmental, food, semiconductor, and trace analysis applications. 1.It offers excellent chemical resistance to strong acids, alkalis, and organic solvents, especially in fluoride-containing systems. 2.With minimal leaching and ultra-low metal impurities (e.g., Pb, U <0.01 ppb), it preserves sample purity. 3. It withstands temperatures from -200°C to +260°C and features a threaded cap for secure sealing. 4.The semi-transparent body allows easy observation, while smooth inner walls simplify cleaning. 5. Available in V, U, or flat-bottom designs, it accommodates diverse experimental needs and is compatible with hot plates, block digesters, and microwave digestion systems. #Geochemistry #Trace analysis #ICP-MS #Lab #PFA #Vials

PFA Vial is designed for sample digestion in geology, nuclear, environmental, food, semiconductor, and trace analysis applications. 1.It offers excellent chemical resistance to strong acids, alkalis, and organic solvents, especially in fluoride-containing systems. 2.With minimal leaching and ultra-low metal impurities (e.g., Pb, U <0.01 ppb), it preserves sample purity. 3. It withstands temperatures from -200°C to +260°C and features a threaded cap for secure sealing. 4.The semi-transparent body allows easy observation, while smooth inner walls simplify cleaning. 5. Available in V, U, or flat-bottom designs, it accommodates diverse experimental needs and is compatible with hot plates, block digesters, and microwave digestion systems. #Geochemistry #Trace analysis #ICP-MS #Lab #PFA #Vials

PFA Vial is designed for sample digestion in geology, nuclear, environmental, food, semiconductor, and trace analysis applications. 1.It offers excellent chemical resistance to strong acids, alkalis, and organic solvents, especially in fluoride-containing systems. 2.With minimal leaching and ultra-low metal impurities (e.g., Pb, U <0.01 ppb), it preserves sample purity. 3. It withstands temperatures from -200°C to +260°C and features a threaded cap for secure sealing. 4.The semi-transparent body allows easy observation, while smooth inner walls simplify cleaning. 5. Available in V, U, or flat-bottom designs, it accommodates diverse experimental needs and is compatible with hot plates, block digesters, and microwave digestion systems. #Geochemistry #Trace analysis #ICP-MS #Lab #PFA #Vials

PFA Vial is designed for sample digestion in geology, nuclear, environmental, food, semiconductor, and trace analysis applications. 1.It offers excellent chemical resistance to strong acids, alkalis, and organic solvents, especially in fluoride-containing systems. 2.With minimal leaching and ultra-low metal impurities (e.g., Pb, U <0.01 ppb), it preserves sample purity. 3. It withstands temperatures from -200°C to +260°C and features a threaded cap for secure sealing. 4.The semi-transparent body allows easy observation, while smooth inner walls simplify cleaning. 5. Available in V, U, or flat-bottom designs, it accommodates diverse experimental needs and is compatible with hot plates, block digesters, and microwave digestion systems. #Geochemistry #Trace analysis #ICP-MS #Lab #PFA #Vials

PTFE flasks, also known as reaction flasks or PTFE reactors, are commonly used in experiments involving HF or reflux condensation. They can be used as receiving flasks and can be placed in water or oil baths for heating. Their threaded connections facilitate disassembly and cleaning. As reactors: PTFE flasks can be used for reactions between liquids and solids or between liquids, serving as containers for chemical reactions. Assembling gas generators: PTFE flasks can be used to assemble gas generators for gas reactions at room temperature or under heating conditions. Distillation or fractionation of liquids: PTFE flasks (especially distillation flasks with side arms) can be used for distillation or fractionation of liquids. Biopharmaceuticals and fluorochemicals: Due to their corrosion resistance and chemical inertness, PTFE flasks are also widely used in biopharmaceuticals and fluorochemicals. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #round- bottom #flask #HF reaction system

PTFE flasks, also known as reaction flasks or PTFE reactors, are commonly used in experiments involving HF or reflux condensation. They can be used as receiving flasks and can be placed in water or oil baths for heating. Their threaded connections facilitate disassembly and cleaning. As reactors: PTFE flasks can be used for reactions between liquids and solids or between liquids, serving as containers for chemical reactions. Assembling gas generators: PTFE flasks can be used to assemble gas generators for gas reactions at room temperature or under heating conditions. Distillation or fractionation of liquids: PTFE flasks (especially distillation flasks with side arms) can be used for distillation or fractionation of liquids. Biopharmaceuticals and fluorochemicals: Due to their corrosion resistance and chemical inertness, PTFE flasks are also widely used in biopharmaceuticals and fluorochemicals. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #round- bottom #flask #HF reaction system

PTFE flasks, also known as reaction flasks or PTFE reactors, are commonly used in experiments involving HF or reflux condensation. They can be used as receiving flasks and can be placed in water or oil baths for heating. Their threaded connections facilitate disassembly and cleaning. As reactors: PTFE flasks can be used for reactions between liquids and solids or between liquids, serving as containers for chemical reactions. Assembling gas generators: PTFE flasks can be used to assemble gas generators for gas reactions at room temperature or under heating conditions. Distillation or fractionation of liquids: PTFE flasks (especially distillation flasks with side arms) can be used for distillation or fractionation of liquids. Biopharmaceuticals and fluorochemicals: Due to their corrosion resistance and chemical inertness, PTFE flasks are also widely used in biopharmaceuticals and fluorochemicals. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #round- bottom #flask #HF reaction system

PTFE flasks, also known as reaction flasks or PTFE reactors, are commonly used in experiments involving HF or reflux condensation. They can be used as receiving flasks and can be placed in water or oil baths for heating. Their threaded connections facilitate disassembly and cleaning. As reactors: PTFE flasks can be used for reactions between liquids and solids or between liquids, serving as containers for chemical reactions. Assembling gas generators: PTFE flasks can be used to assemble gas generators for gas reactions at room temperature or under heating conditions. Distillation or fractionation of liquids: PTFE flasks (especially distillation flasks with side arms) can be used for distillation or fractionation of liquids. Biopharmaceuticals and fluorochemicals: Due to their corrosion resistance and chemical inertness, PTFE flasks are also widely used in biopharmaceuticals and fluorochemicals. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #round- bottom #flask #HF reaction system

PTFE sieves, also known as test sieves, mesh sieves, and solid waste sampling sieves, are tools for particle size classification and detection. They are corrosion-resistant, have low background, and can be customized in mesh size. They are commonly used for screening solid particles, removing impurities from marine microplastics, and filtering and cleaning samples. They can be fitted with PTFE sieve bases and covers. A 10-mesh sieve is used for air-dried soil samples. For trace element analysis, samples need to be ground to 0.15mm, while a 100-mesh standard laboratory-grade Teflon sieve can be used.#Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #sieves #NJbinglab

PTFE sieves, also known as test sieves, mesh sieves, and solid waste sampling sieves, are tools for particle size classification and detection. They are corrosion-resistant, have low background, and can be customized in mesh size. They are commonly used for screening solid particles, removing impurities from marine microplastics, and filtering and cleaning samples. They can be fitted with PTFE sieve bases and covers. A 10-mesh sieve is used for air-dried soil samples. For trace element analysis, samples need to be ground to 0.15mm, while a 100-mesh standard laboratory-grade Teflon sieve can be used.#Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #sieves #NJbinglab

PTFE sieves, also known as test sieves, mesh sieves, and solid waste sampling sieves, are tools for particle size classification and detection. They are corrosion-resistant, have low background, and can be customized in mesh size. They are commonly used for screening solid particles, removing impurities from marine microplastics, and filtering and cleaning samples. They can be fitted with PTFE sieve bases and covers. A 10-mesh sieve is used for air-dried soil samples. For trace element analysis, samples need to be ground to 0.15mm, while a 100-mesh standard laboratory-grade Teflon sieve can be used.#Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #sieves #NJbinglab

PTFE sieves, also known as test sieves, mesh sieves, and solid waste sampling sieves, are tools for particle size classification and detection. They are corrosion-resistant, have low background, and can be customized in mesh size. They are commonly used for screening solid particles, removing impurities from marine microplastics, and filtering and cleaning samples. They can be fitted with PTFE sieve bases and covers. A 10-mesh sieve is used for air-dried soil samples. For trace element analysis, samples need to be ground to 0.15mm, while a 100-mesh standard laboratory-grade Teflon sieve can be used.#Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #sieves #NJbinglab

PTFE sieves, also known as test sieves, mesh sieves, and solid waste sampling sieves, are tools for particle size classification and detection. They are corrosion-resistant, have low background, and can be customized in mesh size. They are commonly used for screening solid particles, removing impurities from marine microplastics, and filtering and cleaning samples. They can be fitted with PTFE sieve bases and covers. A 10-mesh sieve is used for air-dried soil samples. For trace element analysis, samples need to be ground to 0.15mm, while a 100-mesh standard laboratory-grade Teflon sieve can be used.#Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFE #sieves #NJbinglab

PTFE trays are laboratory instruments used for a wide range of applications, including chemical reactions, sample preparation, and storage. They are made of high-quality PTFE material, which is highly resistant to chemicals and can withstand high temperatures and pressures. PTFE trays are available in various sizes and configurations, depending on the specific application and the volume of the samples being handled. They are typically designed as shallow containers with a flat bottom and low walls, allowing easy access to the contents and facilitating efficient mixing and stirring. In addition to their chemical resistance and thermal stability, PTFE trays also have non-stick properties, which make them ideal for handling sticky or viscous substances that may adhere to other surfaces. PTFE trays are available and can be customized to specific requirements, such as the size and shape of the tray, the thickness of the material, and the compatibility with specific solvents or chemicals. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #lab#utensils #PTFE#tray #square tray#tank