Labs

Microwave digestion, as a highly effective sample pretreatment method, maintains sample integrity and achieves high sample recovery rates in the analysis and detection of volatile elements. The TFM/PFA microwave digestion vessels used with microwave digesters offer strong chemical resistance, high and low temperature tolerance, and low metal element blank values, making sample pretreatment safer and more efficient.

Microwave digestion, as a highly effective sample pretreatment method, maintains sample integrity and achieves high sample recovery rates in the analysis and detection of volatile elements. The TFM/PFA microwave digestion vessels used with microwave digesters offer strong chemical resistance, high and low temperature tolerance, and low metal element blank values, making sample pretreatment safer and more efficient.

Microwave digestion, as a highly effective sample pretreatment method, maintains sample integrity and achieves high sample recovery rates in the analysis and detection of volatile elements. The TFM/PFA microwave digestion vessels used with microwave digesters offer strong chemical resistance, high and low temperature tolerance, and low metal element blank values, making sample pretreatment safer and more efficient.

Microwave digestion, as a highly effective sample pretreatment method, maintains sample integrity and achieves high sample recovery rates in the analysis and detection of volatile elements. The TFM/PFA microwave digestion vessels used with microwave digesters offer strong chemical resistance, high and low temperature tolerance, and low metal element blank values, making sample pretreatment safer and more efficient.

Microwave digestion, as a highly effective sample pretreatment method, maintains sample integrity and achieves high sample recovery rates in the analysis and detection of volatile elements. The TFM/PFA microwave digestion vessels used with microwave digesters offer strong chemical resistance, high and low temperature tolerance, and low metal element blank values, making sample pretreatment safer and more efficient.

High-pressure digestion tanks/vessels consist of a stainless steel outer tank and a TFM or PTFE inner tank. They are sealed containers capable of decomposing insoluble substances. They are used for sample pretreatment in chemical analysis methods such as ICP-MS, atomic absorption, and atomic fluorescence, and for heavy metal detection in the food, pharmaceutical, agricultural, and aquatic product industries. Product Features: 1. Oven-safe pressure resistance of 5 MPa. 2. The vessel features a tongue-and-groove design for excellent sealing, preventing loss of volatile elements. 3. A vent hole on the top provides a high safety factor. 4. More thorough sample digestion.

High-pressure digestion tanks/vessels consist of a stainless steel outer tank and a TFM or PTFE inner tank. They are sealed containers capable of decomposing insoluble substances. They are used for sample pretreatment in chemical analysis methods such as ICP-MS, atomic absorption, and atomic fluorescence, and for heavy metal detection in the food, pharmaceutical, agricultural, and aquatic product industries. Product Features: 1. Oven-safe pressure resistance of 5 MPa. 2. The vessel features a tongue-and-groove design for excellent sealing, preventing loss of volatile elements. 3. A vent hole on the top provides a high safety factor. 4. More thorough sample digestion.

High-pressure digestion tanks/vessels consist of a stainless steel outer tank and a TFM or PTFE inner tank. They are sealed containers capable of decomposing insoluble substances. They are used for sample pretreatment in chemical analysis methods such as ICP-MS, atomic absorption, and atomic fluorescence, and for heavy metal detection in the food, pharmaceutical, agricultural, and aquatic product industries. Product Features: 1. Oven-safe pressure resistance of 5 MPa. 2. The vessel features a tongue-and-groove design for excellent sealing, preventing loss of volatile elements. 3. A vent hole on the top provides a high safety factor. 4. More thorough sample digestion.

High-pressure digestion tanks/vessels consist of a stainless steel outer tank and a TFM or PTFE inner tank. They are sealed containers capable of decomposing insoluble substances. They are used for sample pretreatment in chemical analysis methods such as ICP-MS, atomic absorption, and atomic fluorescence, and for heavy metal detection in the food, pharmaceutical, agricultural, and aquatic product industries. Product Features: 1. Oven-safe pressure resistance of 5 MPa. 2. The vessel features a tongue-and-groove design for excellent sealing, preventing loss of volatile elements. 3. A vent hole on the top provides a high safety factor. 4. More thorough sample digestion.

High-pressure digestion tanks/vessels consist of a stainless steel outer tank and a TFM or PTFE inner tank. They are sealed containers capable of decomposing insoluble substances. They are used for sample pretreatment in chemical analysis methods such as ICP-MS, atomic absorption, and atomic fluorescence, and for heavy metal detection in the food, pharmaceutical, agricultural, and aquatic product industries. Product Features: 1. Oven-safe pressure resistance of 5 MPa. 2. The vessel features a tongue-and-groove design for excellent sealing, preventing loss of volatile elements. 3. A vent hole on the top provides a high safety factor. 4. More thorough sample digestion.

PFA Impinger bottle is resistant to chemical corrosion, ensuring that the sample is not contaminated during the sampling process; High temperature resistance up to 260 ℃ (500 ℉), suitable for sampling in high-temperature environments; Safe use; Easy to clean and reuse. PFA reaction shock bottles can be used for environmental monitoring, collecting harmful gases or particles in the air, and in fields such as optoelectronics, new materials, and new energy, for reaction experiments between gases, solids, or liquids.

PFA Impinger bottle is resistant to chemical corrosion, ensuring that the sample is not contaminated during the sampling process; High temperature resistance up to 260 ℃ (500 ℉), suitable for sampling in high-temperature environments; Safe use; Easy to clean and reuse. PFA reaction shock bottles can be used for environmental monitoring, collecting harmful gases or particles in the air, and in fields such as optoelectronics, new materials, and new energy, for reaction experiments between gases, solids, or liquids.

PFA Impinger bottle is resistant to chemical corrosion, ensuring that the sample is not contaminated during the sampling process; High temperature resistance up to 260 ℃ (500 ℉), suitable for sampling in high-temperature environments; Safe use; Easy to clean and reuse. PFA reaction shock bottles can be used for environmental monitoring, collecting harmful gases or particles in the air, and in fields such as optoelectronics, new materials, and new energy, for reaction experiments between gases, solids, or liquids.

PFA Impinger bottle is resistant to chemical corrosion, ensuring that the sample is not contaminated during the sampling process; High temperature resistance up to 260 ℃ (500 ℉), suitable for sampling in high-temperature environments; Safe use; Easy to clean and reuse. PFA reaction shock bottles can be used for environmental monitoring, collecting harmful gases or particles in the air, and in fields such as optoelectronics, new materials, and new energy, for reaction experiments between gases, solids, or liquids.