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Quartz Reactor BottleQuartz Reactor Bottle - Technical Specifications Engineered for high-purity chemical reactions and photochemical processes, this fused quartz reactor bottle ensures exceptional thermal stability, UV transparency, and corrosion resistance for laboratory and industrial applications37. Core Features Material & Construction Ultra-High Purity Quartz: SiO₂ ≥99.99% with metallic impurities <0.1 ppm, preventing catalytic interference310. Enhanced UV Transmission: >90% transmittance at 190–400 nm for photochemical synthesis79. Precision Sealing: Threaded neck (GL45 standard) with PTFE/quartz composite caps for vapor containment1012. Performance Specifications Parameter Value Capacity Range 10–150 mL (standard)510 Operating Temp. -80°C to 1,200°C313 Pressure Rating ≤0.5 MPa (sealed configuration)1213 Wall Thickness 1.0–3.0 mm (customizable)3 Critical Design Elements Chemical Inertness: Resists HF, aqua regia, and organic solvents310. Microwave Compatibility: Low dielectric loss for microwave-assisted reactions10. Optical Clarity: Fire-polished surfaces (Ra ≤0.5μm) minimize light scattering79. Applications Photocatalysis: UV-driven organic synthesis and pollutant degradation89. High-Temperature Reactions: Acid digestion, hydrothermal synthesis, and CVD precursor preparation311. Microreactor Systems: Integration with flow chemistry setups for continuous processing1012. Customization Options Specialized Ports: Additional inlets/outlets for gas purge or sampling1213. Coating Options: Internal anti-stick coatings for viscous media10. Accessories: Quartz stirrers, PTFE-lined caps, and protective storage cases1012. ⚠️ Operational Protocols Thermal Cycling: Limit ramp rate ≤5°C/min above 500°C to prevent stress fractures313. Cleaning Procedure: Use SC1 solution (NH₄OH₂O₂₂O 1:1:5) or acetone immersion310. Pressure Safety: Never exceed 0.5 MPa without pressure-relief valve integration1213. Certified for ≤0.05 ppm ion leachability and compatibility with GC-MS/ICP-MS analysis
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