Heart-shaped flow reactors are primarily used for gas-liquid and liquid-liquid mixing.
| Parameter | Standard Specification | Customization Capabilities |
|---|---|---|
| Material | Borosilicate Glass | Metal choices Available (e.g., Hastelloy, Stainless Steel) |
| Internal Volume | 3 mL / 6 mL / 9 mL | Fully customizable based on process needs |
| Structure Type | HT / Heart Type | Interlocking multi-vortex design for enhanced mass transfer |
| Operating Temp. | -25°C to 195°C | Up to -50°C cryogenic reactions with added thermal insulation |
| Operating Pressure | 0 to 18 bar | High-pressure liquid phase and gas-liquid reactions |
| Max. Flow Rate | 100 mL/min (6 kg/h) | Ideal for lab-scale synthesis and scale-up evaluation |
| Heat Exchange | Integrated dual-sided structure | High surface-to-volume ratio for precise temperature control |
Advanced Craftsmanship: Engineered with multi-layer etching and bonding for intricate, leak-proof internal channels.
Visualized Process: Full glass transparency allows real-time monitoring of fluid mixing, color changes, or precipitation.
Photochemistry Ready: Excellent light transmittance allows direct integration with external light sources for photocatalytic reactions.
Chemical Resistance: Highly resistant to conventional acids and organic solvents (excluding HF and hot concentrated alkalis).
Solid Handling: Compatible with solid particles ≤ 50 μm and solid content ≤ 5% (Note: Excludes systems prone to severe agglomeration, rapid sedimentation, or poor suspension).
Primary Use: Rapid, homogeneous mixing for Liquid-Liquid, Gas-Liquid, and Liquid-Solid multiphase systems.
Common Reaction Types:
Gas-Liquid: Hydrogenation, chlorination, oxidation, etc.
Liquid-Liquid: Nitration, diazotization, alkylation, and other highly exothermic reactions.
Liquid-Solid: Heterogeneous catalysis and continuous precipitation reactions.
