Other Plastic Products

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

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

1. Translucent for easy visual inspection.Autoclavable (option) 2. Low background, resistant to acid and alkali corrosion, thermally stable (–200 °C to +260 °C), with minimal metal‑element blanks and extremely low leachables/extractables. 3. Available in wide‑neck (for solids) and narrow‑neck (for liquids) designs to facilitate sample handling. 4. The nozzle and cap are integrated molding; the tubing‑body seal is reliable. The spray mechanism is responsive, recovers quickly, leaves no residue, and can be directed into containers of various shapes for easy cleaning. 5. Can replace volumetric flasks for preparing standard solutions: allows drop‑by‑drop addition of samples or water. Suitable for storing purified water, organic solvents, and strong acids. （The fine-drawn, continuous tip of the spray tube ensures a precise jet and controlled backflow.）

Minimum Order: 1 bags

1. Translucent for easy visual inspection.Autoclavable (option) 2. Low background, resistant to acid and alkali corrosion, thermally stable (–200 °C to +260 °C), with minimal metal‑element blanks and extremely low leachables/extractables. 3. Available in wide‑neck (for solids) and narrow‑neck (for liquids) designs to facilitate sample handling. 4. The nozzle and cap are integrated molding; the tubing‑body seal is reliable. The spray mechanism is responsive, recovers quickly, leaves no residue, and can be directed into containers of various shapes for easy cleaning. 5. Can replace volumetric flasks for preparing standard solutions: allows drop‑by‑drop addition of samples or water. Suitable for storing purified water, organic solvents, and strong acids. （The fine-drawn, continuous tip of the spray tube ensures a precise jet and controlled backflow.）

Minimum Order: 1 bags

1. Translucent for easy visual inspection. 2. Low background, resistant to acid and alkali corrosion, thermally stable (–200 °C to +260 °C), with minimal metal‑element blanks and extremely low leachables/extractables. 3. Uniform wall thickness ensures pressure resistance. 4. Supplied with a ¼‑turn cap; custom PTFE caps are also available. 5. Important: The apparatus should not be used for prolonged storage of alkaline detergents. After use, promptly transfer the detergent to a reagent bottle with a rubber stopper, rinse the apparatus thoroughly with water, and store dry. 6. The gas‑washing bulb is machined from high‑purity laboratory‑grade PTFE. Its micro‑pores are fine and numerous, ensuring that gas passing through the bulb meets cleaning standards.

Minimum Order: 1 bags

1. Available in a range of capacities: 100, 250, 300, 500, 1000, 2000, 3000, 4000, and 5000 mL.​ 2. Translucent for easy visual inspection.​ 3. Low background, resistant to acid and alkali corrosion, stable across a wide temperature range (–200 °C to +260 °C), with minimal metal‑element blanks and extremely low leachables/extractables.​ 4. Fitted with a one‑piece PFA ¼‑turn cap on a GL45 neck for enhanced sealing integrity.​ 5. Compatible with PFA tubing of various diameters; configurable for series connection. Custom PTFE caps are also available.​ 6. Note: The gas‑washing bottle should not be used for prolonged storage of alkaline detergents. After use, promptly transfer the detergent to a rubber‑stoppered reagent bottle, rinse the bottle thoroughly with water, and store dry. The bottle is also suitable for gas collection and volume measurement.

Minimum Order: 1 bags

1. Available in a range of capacities: 100, 250, 300, 500, 1000, 2000, 3000, 4000, and 5000 mL.​ 2. Translucent for easy visual inspection.​ 3. Low background, resistant to acid and alkali corrosion, stable across a wide temperature range (–200 °C to +260 °C), with minimal metal‑element blanks and extremely low leachables/extractables.​ 4. Fitted with a one‑piece PFA ¼‑turn cap on a GL45 neck for enhanced sealing integrity.​ 5. Compatible with PFA tubing of various diameters; configurable for series connection. Custom PTFE caps are also available.​ 6. Note: The gas‑washing bottle should not be used for prolonged storage of alkaline detergents. After use, promptly transfer the detergent to a rubber‑stoppered reagent bottle, rinse the bottle thoroughly with water, and store dry. The bottle is also suitable for gas collection and volume measurement.

Minimum Order: 1 bags

1. Low‑background, corrosion‑resistant, and thermally stable (–200 °C to +260 °C) with minimal metal‑element blanks.​ 2. Monolithic (seam‑free) molding provides exceptional drop and pressure resistance: withstands 1.2‑meter drops without bottle breakage, cap detachment, or leakage.​ 3. Available in multiple capacities: 30/60/100/250/300/500/1000/2000/3000/4000 mL , , and various neck finishes (GL25/32/45/63). Wide‑neck designs accommodate solid samples; narrow necks minimize evaporation for liquid samples.​ 4. Superior neck‑and‑cap seal requires no separate liner, preventing liquid seepage and enabling long‑term, secure storage of high‑purity reagents and reference standards.

Minimum Order: 1 bags