Sample Prep

Chemical Purity: Made from ultra-pure PFA, eliminating trace metal leaching for ppt-level. Extreme Thermal Range: -200°C to +260°C Chemical Resistance: Inert to concentrated HF, HNO3, and aggressive organic solvents. Ultra-smooth Surface: Non-stick interior ensures near-total sample recovery and effortless cleaning. Superior Sealing: Precision-threaded PFA caps provide a liquid-tight, contamination-free seal without liners.

Material: 304 Stainless Steel + TFM/PTFE liner. TFM: Recommended temperature≤230℃. PTFE: Recommended temperature≤200℃. Tolerable Pressure: 3~6MPa. Security Protection: Design of pressure relief vent. Serial Number: Both the inner and outer cups can be numbered for easy experimental recording.  

Color: Pure white and opaque. Extreme Thermal Range: -200°C to +250°C. Chemical Resistance: Inert to concentrated HF, HNO3, and aggressive organic solvents. Chemical Purity: Made from ultra-pure PTFE, eliminating trace metal leaching for ppt-level. Bespoke Configurations: Sizes, specifications, and capacities can be customized to meet specific application requirements.  

Extreme Purity: Lowest metal ion leaching of any fluoropolymer; essential for ppt-level trace analysis. Wide Temp Range: Exceptional stability from -200°C to +260°C. Universal Inertness: Immune to nearly all chemicals, including concentrated HF, aqua regia, and organic solvents. Hydrophobic Surface: Non-stick interior ensures near-total sample recovery and effortless cleaning. Superior Sealing: Precision-threaded PFA caps provide a liquid-tight, contamination-free seal without liners.

Microwave Digestion System Model: MD | Capacity: 8 / 16 / 24 / 40 Positions Shell material：Stainless steel Microwave digestion vessel material: PEEK + TFM

Chemical Purity: Made from ultra-pure PFA, eliminating trace metal leaching for ppt-level. Extreme Thermal Range: -200°C to +260°C Chemical Resistance: Inert to concentrated HF, HNO3, and aggressive organic solvents. Hydrophobic Surface: Non-stick interior ensures near-total sample recovery and effortless cleaning. Superior Sealing: Precision-threaded PFA caps provide a liquid-tight, contamination-free seal without liners.

High-purity PFA construction for ultra-clean applications Excellent chemical resistance to strong acids, bases, and aggressive reagents Low contamination and low extractables for trace-element analysis Smooth, non-stick internal surface for easy cleaning and drainage Spherical reservoir design for efficient liquid storage and reduced dead volume Customizable inlet and outlet connections Suitable for high-purity chemical storage and transfer Available in custom dimensions and configurations Suitable for both laboratory and semiconductor applications

Highly Customizable Design: Dimensions, jaw geometry, opening range, and other structural details can be customized according to specific application requirements. Excellent Chemical Resistance: PTFE provides outstanding resistance to a wide range of acids, bases, solvents, and corrosive chemicals. Temperature Resistance up to 250°C: Suitable for laboratory applications requiring resistance to elevated temperatures, with a working temperature capability of up to 250°C, depending on application conditions. Non-Stick Surface: The low-friction, non-stick characteristics of PTFE help minimize material adhesion and facilitate cleaning. Corrosion-Free Handling: Unlike conventional metal tongs, PTFE is highly resistant to chemical corrosion and does not rust or corrode in aggressive chemical environments. Suitable for Demanding Laboratory Environments: Designed for applications where chemical resistance, temperature resistance, and material compatibility are important.  

4-Position Adjustable Opening：Adjust the front opening through the built-in screw mechanism to accommodate different vessel sizes. Designed for Laboratory Vessel Handling：Suitable for gripping and transferring vials, beakers, crucibles, flasks and other labwares. Excellent Chemical Resistance: PFA is highly resistant to a wide range of acids, bases, solvents, and other aggressive chemicals, making it suitable for demanding chemical laboratory environments. Wide Temperature Resistance: PFA offers a wide operating temperature range, with typical continuous-use temperatures up to approximately 260°C, depending on the specific grade and application conditions. Low Friction & Non-Stick Surface: The naturally low coefficient of friction and non-stick characteristics of PFA help reduce material adhesion and facilitate cleaning. High-Purity Material Option: PFA is widely used in high-purity laboratory, semiconductor, chemical, and analytical applications because of its chemical inertness and low extractables. Corrosion-Free Handling: Unlike conventional metal tongs, PFA does not corrode when exposed to many aggressive chemicals, making it suitable for wet-chemical processes and acid-handling environments.

NJbinglab PFA Distillation Bottle consists of a PTFE distillation head and a PFA container, providing a flexible solution for laboratory distillation and high-purity chemical handling. The modular design allows the distillation head to be paired with different PFA vials, reagent bottles or jars, as long as the thread specifications are properly matched. Container capacity, thread dimensions and configurations can also be customized according to specific requirements.   Modular Design: PTFE distillation head and PFA container are assembled as separate components. Flexible Compatibility: Compatible with PFA vials, reagent bottles and jars with matching thread specifications. High Chemical Resistance: PTFE and PFA provide excellent resistance to aggressive acids, solvents and other chemicals. High Purity: Fluoropolymer construction helps minimize contamination during distillation and chemical handling. Customizable Configuration: Thread specifications, container capacity, dimensions and configurations can be customized.

High-Purity PFA Material – Made from high-purity PFA for demanding chemical and laboratory applications. Excellent Chemical Resistance – Resistant to strong acids, corrosive chemicals, and aggressive process media. Efficient Gas-Liquid Contact – Pall Ring structure provides good contact area and liquid distribution with low pressure drop. Low Contamination Risk – Fluoropolymer construction helps minimize metal contamination in high-purity processes. Made to Order  

Designed for Cleanroom Cleaning – Ideal for soaking, rinsing and draining small laboratory vessels and components. High-Purity PTFE – Excellent chemical resistance and low surface adhesion. Perforated Design – Allows cleaning solutions to flow through efficiently and enables quick drainage. Made to Order – Customizable dimensions, hole size, perforation pattern and thickness. Flexible for Different Applications – Suitable for acid cleaning, laboratory ware cleaning and other wet-cleaning processes.