Other Plastic Products

1.Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2.Low background levels with minimal metal contamination, ensuring contamination-free performance and ultra-low blank values. 3.Available in 2-way and 3-way fittings, with bead-insert design; custom molds can also be manufactured. PFA fittings are primarily used for the safe transfer of high-purity or highly corrosive fluids. Their key functions are to ensure leak-tightness, corrosion resistance, and chemical inertness, preventing contamination of the medium. Semiconductor manufacturing: used for transporting ultrapure water and high- purity chemicals, preventing metal ion contamination. Petrochemical production: suitable for connecting pipelines carrying corrosive chemicals, capable of withstanding strong acids, strong bases, and harsh chemical environments.

Minimum Order: 1 bags

1.Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2.Low background levels with minimal metal contamination, ensuring contamination-free performance and ultra-low blank values. 3.Stopcock-type connection for simple operation and reliable sealing performance. 4.Equipped with a PTFE valve, enabling flexible operation and precise flow control. 5.Available in 2-way and 3-way configurations, with sizes of 1/2", 1/4", and 1/8".

Minimum Order: 1 bags

1.Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2.Low background levels with minimal metal contamination, ensuring contamination-free performance and ultra-low blank values. 3.Available in 2-way and 3-way fittings, with bead-insert design; custom molds can also be manufactured. PFA fittings are primarily used for the safe transfer of high-purity or highly corrosive fluids. Their key functions are to ensure leak-tightness, corrosion resistance, and chemical inertness, preventing contamination of the medium. Semiconductor manufacturing: used for transporting ultrapure water and high- purity chemicals, preventing metal ion contamination. Petrochemical production: suitable for connecting pipelines carrying corrosive chemicals, capable of withstanding strong acids, strong bases, and harsh chemical environments.

Minimum Order: 1 bags

1.Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2.Enhanced light transmission with a translucent appearance for easy visual observation. 3.Low background levels with minimal metal contamination, ensuring contamination-free performance and ultra-low blank values. 4.Extremely low coefficient of friction with a smooth inner surface, non- wetting, and easy to clean, preventing sample adhesion. 5.Available in a wide range of inner and outer diameters (1/2", 1/4", 1/8", 3/8"), with customization available upon request. Semiconductor manufacturing: Used for ultrapure water and high-purity chemical delivery, widely applied in photolithography, etching, cleaning processes, and gas delivery systems, meeting stringent requirements for cleanliness and stability in advanced processes. Photovoltaics & new energy: Suitable for polysilicon reactors and electrolyte transfer systems, withstanding long-term exposure to highly corrosive and high-temperature environments. Chemical industry: Used for the transfer of corrosive media and high- temperature fluids in various specialized reaction processes. Biopharmaceuticals: Applied in WFI (Water for Injection) systems, pharmaceutical fluid transfer, and aseptic filling processes, supporting high cleanliness and sterilization requirements. High-precision analytical instruments: Used as sample introduction tubing for instruments such as mass spectrometers and liquid chromatography systems, ensuring contamination-free analysis and accurate results.

Minimum Order: 1 bags

1.Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2.Enhanced light transmission with a translucent appearance for easy visual observation. 3.Low background levels with minimal metal contamination, ensuring contamination-free performance and ultra-low blank values. 4.Extremely low coefficient of friction with a smooth inner surface, non- wetting, and easy to clean, preventing sample adhesion. 5.Tubing size is typically 1/4 inch, with customization available upon request. 6.Two connection options between the cap and tubing: Direct pass-through design (tube inserted through the cap); PTFE compression nut fitting for improved sealing performance

Minimum Order: 1 bags

1. Reusable: The PFA chromatography column can be used multiple times, significantly reducing experimental costs. 2.Temperature, acid, and corrosion resistant with low background. 3. Frits: Available in a variety of pore sizes, they ensure excellent flow distribution for enhanced separation efficiency. 4. Weld‑free PFA construction achieved through integrated molding. 5. A unique threaded‑port design enables the selection of caps to preserve the integrity of liquid samples during chromatography. 6. Our company also provides multifunctional PTFE support racks capable of holding various containers. Both the configuration and material of the racks can be customized.

Minimum Order: 1 bags

1.Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2.Enhanced light transmission with a translucent appearance for easy visual observation. 3.Low background levels with minimal metal contamination, ensuring contamination-free performance and ultra-low blank values. 4.Extremely low coefficient of friction with a smooth inner surface, non- wetting, and easy to clean, preventing sample adhesion. 5.One-piece molded construction with no seams, eliminating leakage risk at the source. 6.Equipped with a lid to effectively prevent dust contamination; sizes can be customized to meet different experimental requirements.

Minimum Order: 1 bags

1. Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2. Enhanced light transmission with a traanslucent appearance for easy visual observation. 3. Low background levels with minimal metal contamination, ensuring low blank values. 4. Provides a large and uniform heating surface, minimizing localized overheating and eliminating dead zones for sample residue.

Minimum Order: 1 bags

1. Made of high-purity PFA, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 260 °C). 2. Enhanced light transmission with a traanslucent appearance for easy visual observation. 3. Low background levels with minimal metal contamination, ensuring low blank values. 4. Provides a large and uniform heating surface, minimizing localized overheating and eliminating dead zones for sample residue.

Minimum Order: 1 bags

1. High‑Purity PFA Material: Corrosion‑resistant, withstands acids, alkalis, and extreme temperatures (–200 °C to +260 °C). Low background with minimal metal‑element blanks. 2. Excellent sealing performance and contamination‑free reactions​ 3. Cap with 1/4 connection port for PFA tubing Usage：Application:​ Gas‑phase reaction system (serial configuration), designed for semiconductor precursor synthesis, purification, and inert‑atmosphere protection. Suitable for precursor preparation, moisture‑/oxygen‑free reactions, and exhaust‑gas treatment.

Minimum Order: 1 bags

1. High‑Purity PFA Material: Corrosion‑resistant, withstands acids, alkalis, and extreme temperatures (–200 °C to +260 °C). Low background with minimal metal‑element blanks. 2. Excellent sealing performance and contamination‑free reactions​ 3. Cap with 1/4 connection port for PFA tubing Usage：Application:​ Gas‑phase reaction system (serial configuration), designed for semiconductor precursor synthesis, purification, and inert‑atmosphere protection. Suitable for precursor preparation, moisture‑/oxygen‑free reactions, and exhaust‑gas treatment.

Minimum Order: 1 bags

1. Reusable: The PFA chromatography column can be used multiple times, significantly reducing experimental costs. 2.Temperature, acid, and corrosion resistant with low background. 3. Frits: Available in a variety of pore sizes, they ensure excellent flow distribution for enhanced separation efficiency. 4. Weld‑free PFA construction achieved through integrated molding. 5. A unique threaded‑port design enables the selection of caps to preserve the integrity of liquid samples during chromatography. 6. Our company also provides multifunctional PTFE support racks capable of holding various containers. Both the configuration and material of the racks can be customized. Usage: 1. Electronic & Chemical Industry: Purification of photoresists, etchants, and electrolytes to remove metallic and halide impurities, ensuring chip yield and battery safety. 2. Geosciences: Precise separation of isotopes (e.g., lithium, strontium, hafnium) for geochemical tracing and pollution source identification. 3. Nuclear Science: Separation of actinides from high‑level radioactive waste; detection of environmental radionuclides for nuclear fuel reprocessing and radiation monitoring. 4. Biopharmaceuticals: Extraction of trace‑element isotopes from biological samples to support metabolism studies and in‑vivo drug tracking. Standard column volumes: 1.5, 15, 30 mL (20 cm length, with corresponding ID/OD). Fully customizable: length, ID/OD, and frit thickness.

Minimum Order: 1 bags

1. Reusable: The PFA chromatography column can be used multiple times, significantly reducing experimental costs. 2.Temperature, acid, and corrosion resistant with low background. 3. Frits: Available in a variety of pore sizes, they ensure excellent flow distribution for enhanced separation efficiency. 4. Weld‑free PFA construction achieved through integrated molding. 5. A unique threaded‑port design enables the selection of caps to preserve the integrity of liquid samples during chromatography. 6. Our company also provides multifunctional PTFE support racks capable of holding various containers. Both the configuration and material of the racks can be customized. Usage: 1. Electronic & Chemical Industry: Purification of photoresists, etchants, and electrolytes to remove metallic and halide impurities, ensuring chip yield and battery safety. 2. Geosciences: Precise separation of isotopes (e.g., lithium, strontium, hafnium) for geochemical tracing and pollution source identification. 3. Nuclear Science: Separation of actinides from high‑level radioactive waste; detection of environmental radionuclides for nuclear fuel reprocessing and radiation monitoring. 4. Biopharmaceuticals: Extraction of trace‑element isotopes from biological samples to support metabolism studies and in‑vivo drug tracking. Standard column volumes: 1.5, 15, 30 mL (20 cm length, with corresponding ID/OD). Fully customizable: length, ID/OD, and frit thickness.

Minimum Order: 1 bags

1. High‑Purity PFA Material: Corrosion‑resistant, withstands acids, alkalis, and extreme temperatures (–200 °C to +260 °C). Low background with minimal metal‑element blanks. 2. Translucent for visibility, featuring molded‑in graduations and a smooth interior that minimizes adhesion. 3. Integrated handle for 1 L and larger sizes; 1 L and smaller sizes are available with welded PTFE handles. 4. Flanged rim for easy clamping and transport; compatible with PFA or PTFE caps. 5. Optimized for use with our company’s hotplates and digestion systems​ for enhanced performance.

Minimum Order: 1 bags