Chemicals & Plastics

Features: 1.Normally used for drying precipitates, processing powder, melting samples, and more 2.Come with a lid cover 3.Premium PTFE is chemically inert, acid and alkali resistant, sturdy and reusable 4.Feature excellent thermal stability with a wide temperature range from -200 °C to 250°C; 5.Used for sample digestion, acid removal, boiling, evaporation, and other treatments. PTFE Crucible is applicable to environmental monitoring and remediation, geology, minerals and metallurgy, food and drug safety, materials science and new energy, life sciences and clinical medicine, semiconductor and electronics industries, and other fields. #Geochemistry #ICP-MS #Trace analysis labwares #PTFE#crucible

Features: 1.Normally used for drying precipitates, processing powder, melting samples, and more 2.Come with a lid cover 3.Premium PTFE is chemically inert, acid and alkali resistant, sturdy and reusable 4.Feature excellent thermal stability with a wide temperature range from -200 °C to 250°C; 5.Used for sample digestion, acid removal, boiling, evaporation, and other treatments. PTFE Crucible is applicable to environmental monitoring and remediation, geology, minerals and metallurgy, food and drug safety, materials science and new energy, life sciences and clinical medicine, semiconductor and electronics industries, and other fields. #Geochemistry #ICP-MS #Trace analysis labwares #PTFE#crucible

PTFE tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples.PTFE 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. PTFE 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.#Geochemistry Trace analysis #ICP-MS #Trace analysis labwares #PTFE#Tweezers

PTFE tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples.PTFE 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. PTFE 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.#Geochemistry Trace analysis #ICP-MS #Trace analysis labwares #PTFE#Tweezers

PTFE tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples.PTFE 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. PTFE 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.#Geochemistry Trace analysis #ICP-MS #Trace analysis labwares #PTFE#Tweezers

PTFE tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples.PTFE 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. PTFE 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.#Geochemistry Trace analysis #ICP-MS #Trace analysis labwares #PTFE#Tweezers

PTFE tweezers are laboratory tools.They are commonly used in semiconductor manufacturing, electronics, and other industries that require precise handling of delicate components or samples.PTFE 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. PTFE 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.#Geochemistry Trace analysis #ICP-MS #Trace analysis labwares #PTFE#Tweezers

Chemical resistant and inert PTFE heatable beaker. Withstand -200 to 250 degrees Celsius. For use w/ Hydrofluoric Acid and caustic chemicals. Equipped with PTFE caps or welded PTFE handles. Compatible with Anti-corrision Hotplate,Graphite digester Used for sample preparation before high-precision chemical experiments such as isotope analysis and trace element analysis in geochemical laboratories. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFEBeaker Sample#pretreatment #Hotplate #graphite digester #Heated

Chemical resistant and inert PTFE heatable beaker. Withstand -200 to 250 degrees Celsius. For use w/ Hydrofluoric Acid and caustic chemicals. Equipped with PTFE caps or welded PTFE handles. Compatible with Anti-corrision Hotplate,Graphite digester Used for sample preparation before high-precision chemical experiments such as isotope analysis and trace element analysis in geochemical laboratories. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFEBeaker Sample#pretreatment #Hotplate #graphite digester #Heated

Chemical resistant and inert PTFE heatable beaker. Withstand -200 to 250 degrees Celsius. For use w/ Hydrofluoric Acid and caustic chemicals. Equipped with PTFE caps or welded PTFE handles. Compatible with Anti-corrision Hotplate,Graphite digester Used for sample preparation before high-precision chemical experiments such as isotope analysis and trace element analysis in geochemical laboratories. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFEBeaker Sample#pretreatment #Hotplate #graphite digester #Heated

Chemical resistant and inert PTFE heatable beaker. Withstand -200 to 250 degrees Celsius. For use w/ Hydrofluoric Acid and caustic chemicals. Equipped with PTFE caps or welded PTFE handles. Compatible with Anti-corrision Hotplate,Graphite digester Used for sample preparation before high-precision chemical experiments such as isotope analysis and trace element analysis in geochemical laboratories. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFEBeaker Sample#pretreatment #Hotplate #graphite digester #Heated

Chemical resistant and inert PTFE heatable beaker. Withstand -200 to 250 degrees Celsius. For use w/ Hydrofluoric Acid and caustic chemicals. Equipped with PTFE caps or welded PTFE handles. Compatible with Anti-corrision Hotplate,Graphite digester Used for sample preparation before high-precision chemical experiments such as isotope analysis and trace element analysis in geochemical laboratories. #Geochemistry Trace analysis #ICP-MS #Trace analysis #labwares #PTFEBeaker Sample#pretreatment #Hotplate #graphite digester #Heated

PTFE acid tanks, also known as cleaning tanks, acid baths, square tanks, or pickling tanks, feature the following characteristics: 1. PTFE material is resistant to strong acids and alkalis, withstands high and low temperatures, has low dissolution and precipitation 2. Integrated molding, customizable sizes, and can be equipped with an acid tank cover. Practical applications and industries: 1. Laboratory wares cleaning: trace analysis, isotope analysis, semiconductor laboratories. 2. Industrial corrosion protection cleaning: acid tank immersion cleaning of chips and silicon wafer baskets in the semiconductor and photovoltaic industries; petrochemical and metallurgical industries, biopharmaceuticals. 3. Special applications: electric hot plate steaming and heating, high-purity water storage.

PTFE acid tanks, also known as cleaning tanks, acid baths, square tanks, or pickling tanks, feature the following characteristics: 1. PTFE material is resistant to strong acids and alkalis, withstands high and low temperatures, has low dissolution and precipitation 2. Integrated molding, customizable sizes, and can be equipped with an acid tank cover. Practical applications and industries: 1. Laboratory wares cleaning: trace analysis, isotope analysis, semiconductor laboratories. 2. Industrial corrosion protection cleaning: acid tank immersion cleaning of chips and silicon wafer baskets in the semiconductor and photovoltaic industries; petrochemical and metallurgical industries, biopharmaceuticals. 3. Special applications: electric hot plate steaming and heating, high-purity water storage.