Chemicals & Plastics

A safer, cleaner alternative to glass separatory funnels Designed for high-purity and aggressive chemical applications, PFA separatory funnels combine the chemical resistance of fluoropolymers with excellent transparency and durability—making them ideal for both research labs and industrial environments. Key Features Ultra-high chemical resistance Compatible with strong acids, alkalis, solvents, and halogenated reagents Non-contaminating & low extractables Perfect for trace analysis, semiconductor, and high-purity workflows Excellent transparency Allows clear observation of phase separation High temperature tolerance Suitable for elevated-temperature liquid handling Impact-resistant & safer than glass No shattering risk during routine operation Leak-tight PTFE stopcock Smooth flow control and reliable sealing Typical Applications Liquid–liquid extraction Sample preparation for trace analysis Semiconductor & electronic chemicals Pharmaceutical and chemical R&D High-purity solvent separation Available Options Capacities: customizable (e.g. 50 ml – 2000 ml) Stopcock material: PTFE / PFA OEM & custom designs available #PFA #SeparatoryFunnel #Fluoropolymer #LabConsumables #HighPurityLabware #ChemicalResistance #TraceAnalysis #SemiconductorLab #LabEquipment #AlternativeToGlass #B2BLabSupply

PFA Pipette Tips are custom-designed for pipettes and are widely used in laboratories for trace analysis such as ICP-MS and ICP-OES, as well as isotope analysis. They are also used for small-volume pipetting in geological, electronic chemical, and semiconductor analysis and testing, polysilicon and photovoltaic industries, disease control centers, pharmaceutical factories, environmental monitoring centers, and other institutions. PFA pipette tips offer excellent chemical resistance and low residue, and are compatible with mainstream brand pipetting equipment（Brand，Eppendorf and Thermofish.etc.) #NJbinglab #pfaPipetteTips< , br>#pipettetips #pipette #lowbackgroud #N , onadsorption

PFA Pipette Tips are custom-designed for pipettes and are widely used in laboratories for trace analysis such as ICP-MS and ICP-OES, as well as isotope analysis. They are also used for small-volume pipetting in geological, electronic chemical, and semiconductor analysis and testing, polysilicon and photovoltaic industries, disease control centers, pharmaceutical factories, environmental monitoring centers, and other institutions. PFA pipette tips offer excellent chemical resistance and low residue, and are compatible with mainstream brand pipetting equipment（Brand，Eppendorf and Thermofish.etc.) #NJbinglab #pfaPipetteTips< , br>#pipettetips #pipette #lowbackgroud #N , onadsorption

PFA Pipette Tips are custom-designed for pipettes and are widely used in laboratories for trace analysis such as ICP-MS and ICP-OES, as well as isotope analysis. They are also used for small-volume pipetting in geological, electronic chemical, and semiconductor analysis and testing, polysilicon and photovoltaic industries, disease control centers, pharmaceutical factories, environmental monitoring centers, and other institutions. PFA pipette tips offer excellent chemical resistance and low residue, and are compatible with mainstream brand pipetting equipment（Brand，Eppendorf and Thermofish.etc.) #NJbinglab #pfaPipetteTips< , br>#pipettetips #pipette #lowbackgroud #N , onadsorption

PFA Pipette Tips are custom-designed for pipettes and are widely used in laboratories for trace analysis such as ICP-MS and ICP-OES, as well as isotope analysis. They are also used for small-volume pipetting in geological, electronic chemical, and semiconductor analysis and testing, polysilicon and photovoltaic industries, disease control centers, pharmaceutical factories, environmental monitoring centers, and other institutions. PFA pipette tips offer excellent chemical resistance and low residue, and are compatible with mainstream brand pipetting equipment（Brand，Eppendorf and Thermofish.etc.) #NJbinglab #pfaPipetteTips< , br>#pipettetips #pipette #lowbackgroud #N , onadsorption

PFA Pipette Tips are custom-designed for pipettes and are widely used in laboratories for trace analysis such as ICP-MS and ICP-OES, as well as isotope analysis. They are also used for small-volume pipetting in geological, electronic chemical, and semiconductor analysis and testing, polysilicon and photovoltaic industries, disease control centers, pharmaceutical factories, environmental monitoring centers, and other institutions. PFA pipette tips offer excellent chemical resistance and low residue, and are compatible with mainstream brand pipetting equipment（Brand，Eppendorf and Thermofish.etc.) #NJbinglab #pfaPipetteTips< , br>#pipettetips #pipette #lowbackgroud #N , onadsorption

PFA tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples. PFA tweezers are non-stick and non-reactive, which makes them ideal for use in cleanroom environments where contamination must be avoided.Some models also feature anti-static properties to prevent damage to sensitive electronic components. PFA tweezers are typically used for handling and manipulating small objects, samples, and delicate materials that require high precision and control. They are commonly used in the semiconductor industry for assembling, testing, and repairing microelectronic devices, such as microchips, sensors, and integrated circuits. #PFATweezers #TraceAnalysis #ICPLab #MetalFreeLab #UltraCleanLab #LabConsumables #ChemicalResistance #EnvironmentalTesting #SemiconductorLab

PFA tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples. PFA tweezers are non-stick and non-reactive, which makes them ideal for use in cleanroom environments where contamination must be avoided.Some models also feature anti-static properties to prevent damage to sensitive electronic components. PFA tweezers are typically used for handling and manipulating small objects, samples, and delicate materials that require high precision and control. They are commonly used in the semiconductor industry for assembling, testing, and repairing microelectronic devices, such as microchips, sensors, and integrated circuits. #PFATweezers #TraceAnalysis #ICPLab #MetalFreeLab #UltraCleanLab #LabConsumables #ChemicalResistance #EnvironmentalTesting #SemiconductorLab

PFA tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples. PFA tweezers are non-stick and non-reactive, which makes them ideal for use in cleanroom environments where contamination must be avoided.Some models also feature anti-static properties to prevent damage to sensitive electronic components. PFA tweezers are typically used for handling and manipulating small objects, samples, and delicate materials that require high precision and control. They are commonly used in the semiconductor industry for assembling, testing, and repairing microelectronic devices, such as microchips, sensors, and integrated circuits. #PFATweezers #TraceAnalysis #ICPLab #MetalFreeLab #UltraCleanLab #LabConsumables #ChemicalResistance #EnvironmentalTesting #SemiconductorLab

PFA tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples. PFA tweezers are non-stick and non-reactive, which makes them ideal for use in cleanroom environments where contamination must be avoided.Some models also feature anti-static properties to prevent damage to sensitive electronic components. PFA tweezers are typically used for handling and manipulating small objects, samples, and delicate materials that require high precision and control. They are commonly used in the semiconductor industry for assembling, testing, and repairing microelectronic devices, such as microchips, sensors, and integrated circuits. #PFATweezers #TraceAnalysis #ICPLab #MetalFreeLab #UltraCleanLab #LabConsumables #ChemicalResistance #EnvironmentalTesting #SemiconductorLab

PFA condensers are used for condensation in organic chemistry experiments or as reflux tubes in distillation. Depending on the application, common condensers are either serpentine or PFA Condenser– A safer, smarter alternative to glass PFA condenser are a high-performance upgrade to traditional glass condensers, offering excellent chemical resistance, durability, and safety. Based on the same working principle as glass, they support both distillation and reflux operations, with optional PTFE filler spheres to increase reflux surface area and efficiency. Straight PFA condensers are ideal for distillation below 140 °C, featuring efficient water circulation through top and bottom connectors. Serpentine PFA condensers provide a large cooling surface and stable reflux performance, especially for low-boiling organic solvents. Widely used in pharmaceutical, fluorochemical, and advanced materials applications, PFA condensers integrate easily with reaction flasks, constant- pressure separatory funnels, and receiving flasks—making them a reliable choice for modern laboratory and pilot-scale setups #PFACondenser #LabEquipment #ChemicalResistance #Distillation #PharmaManufacturing #Reflux #Fluorochemical #NJbinglab

PFA condensers are used for condensation in organic chemistry experiments or as reflux tubes in distillation. Depending on the application, common condensers are either serpentine or PFA Condenser– A safer, smarter alternative to glass PFA condenser are a high-performance upgrade to traditional glass condensers, offering excellent chemical resistance, durability, and safety. Based on the same working principle as glass, they support both distillation and reflux operations, with optional PTFE filler spheres to increase reflux surface area and efficiency. Straight PFA condensers are ideal for distillation below 140 °C, featuring efficient water circulation through top and bottom connectors. Serpentine PFA condensers provide a large cooling surface and stable reflux performance, especially for low-boiling organic solvents. Widely used in pharmaceutical, fluorochemical, and advanced materials applications, PFA condensers integrate easily with reaction flasks, constant- pressure separatory funnels, and receiving flasks—making them a reliable choice for modern laboratory and pilot-scale setups #PFACondenser #LabEquipment #ChemicalResistance #Distillation #PharmaManufacturing #Reflux #Fluorochemical #NJbinglab

PFA condensers are used for condensation in organic chemistry experiments or as reflux tubes in distillation. Depending on the application, common condensers are either serpentine or PFA Condenser– A safer, smarter alternative to glass PFA condenser are a high-performance upgrade to traditional glass condensers, offering excellent chemical resistance, durability, and safety. Based on the same working principle as glass, they support both distillation and reflux operations, with optional PTFE filler spheres to increase reflux surface area and efficiency. Straight PFA condensers are ideal for distillation below 140 °C, featuring efficient water circulation through top and bottom connectors. Serpentine PFA condensers provide a large cooling surface and stable reflux performance, especially for low-boiling organic solvents. Widely used in pharmaceutical, fluorochemical, and advanced materials applications, PFA condensers integrate easily with reaction flasks, constant- pressure separatory funnels, and receiving flasks—making them a reliable choice for modern laboratory and pilot-scale setups #PFACondenser #LabEquipment #ChemicalResistance #Distillation #PharmaManufacturing #Reflux #Fluorochemical #NJbinglab

PFA condensers are used for condensation in organic chemistry experiments or as reflux tubes in distillation. Depending on the application, common condensers are either serpentine or PFA Condenser– A safer, smarter alternative to glass PFA condenser are a high-performance upgrade to traditional glass condensers, offering excellent chemical resistance, durability, and safety. Based on the same working principle as glass, they support both distillation and reflux operations, with optional PTFE filler spheres to increase reflux surface area and efficiency. Straight PFA condensers are ideal for distillation below 140 °C, featuring efficient water circulation through top and bottom connectors. Serpentine PFA condensers provide a large cooling surface and stable reflux performance, especially for low-boiling organic solvents. Widely used in pharmaceutical, fluorochemical, and advanced materials applications, PFA condensers integrate easily with reaction flasks, constant- pressure separatory funnels, and receiving flasks—making them a reliable choice for modern laboratory and pilot-scale setups #PFACondenser #LabEquipment #ChemicalResistance #Distillation #PharmaManufacturing #Reflux #Fluorochemical #NJbinglab