PTFE Vessel, PTFE liner, digestion tank, Kapal wadah PTFE, 80 L
Rp123.00
Our PTFE Vessel is the heavy-duty workhorse for high-pressure and high-temperature chemical reactions. Unlike wash bottles, these are designed for containment and digestion.
Highlights:
Thermal Limits: Safely handles continuous temperatures up to 240°C (with a peak of 260°C).
Pressure Resistance: When paired with a stainless steel high-pressure reactor, they can withstand pressures up to 3MPa (30 Bar) or higher.
Purity: PTFE is "chemically clean," meaning it won't leach metal ions into your sample, making it the gold standard for trace element analysis.
Main application:
1. Laboratory & Research:
Acid Digestion: Used in sample preparation for ICP-MS, where samples are dissolved in concentrated acids (like HF or nitric acid) at high temperatures and pressures to analyze trace metals.
Hydrothermal Synthesis: Serves as a corrosion-resistant liner inside stainless steel autoclaves to synthesize nanoparticles or zeolites at high pressures.
Microwave Chemistry: Because PTFE is transparent to microwave energy, it is used as the reaction vessel in microwave digestion systems to achieve rapid heating.
2. Semiconductor Manufacturing
Wet Process Equipment: Essential for wafer cleaning and etching, where PTFE-lined baths and tanks handle aggressive chemicals without leaching contaminants that could ruin silicon chips.
Chemical Delivery: Used in ultra-pure chemical distribution systems, including pumps, valves, and vessels, to ensure zero back-diffusion of metal ions.
3. Industrial Chemical Processing
Corrosive Material Transport: Used as inert linings for large steel columns, storage tanks, and reactors used for distilling or washing highly corrosive media like hydrochloric or sulfuric acid.
Pharmaceutical & Food: Applied in bio-containment vessels and mixing tanks where non-stick properties prevent bacterial buildup and ensure FDA-compliant purity.
4. Energy Storage
Lithium Battery Production: PTFE-lined vessels are utilized in manufacturing lithium-ion battery components that require a strictly controlled, contaminant-free environment for safety and performance.
