Fine Chemical & Microreactor Dosing
JONSN Precision Micro Gear Pump Performance in Automated Microreactor Feeding Systems, Fine Chemical Micro-Constant Flow Dosing, and High-Pressure Precision Metering Fluid Loops.
Pulse-free laminar blending for fine chemicals and microreactor loops — engineered for high-pressure mid-scale continuous synthesis, microfluidic mixing, and 6-10 MPa precision metering with absolute zero-pulse flow stability under strong acid and high-concentration alkali corrosion.
Drawbacks of Conventional Pumps in Microreactor & Fine Chemical Loops
Pumps currently integrated into fine chemical mid-scale microreactor lines suffer from critical failure modes that directly destroy laminar blending ratios, cause incomplete reactions, and contaminate high-purity synthesis output.
Three Reactor-Grade Technological Breakthroughs & Customer Testimonial
JONSN's solid technical advantages for fine chemical microreactor dosing come from a fully redesigned material stack (UK Victrex high-wear PEEK + 100% Zirconia nano-ceramic shaft pins) and a fully integrated two-stage housing with magnetic static leak-free seal, validated by an authentic 14-month field testimonial from a global chemical reactor integrator.
JONSN R&D Testing Center Verified Reference
Advanced Microfluidic Dynamics Validation and System Flow Calibration Datasheet
Factory calibration datasheet covering working medium, thermal range, differential pressure, theoretical vs. real flow, volumetric efficiency and motor spec — measured on a high-precision full-inspection calibration bench at JONSN's Ganzhou Intelligent Manufacturing Base, perfectly matching the harsh demands of strong-acid/alkali continuous synthesis.
| Parameter | Specification |
|---|---|
| Working Medium | Strong Acid / 30% High-Concentration Alkali Solution Liquid Viscosity: 1.00 to 3000 mPa·s Specific Gravity: 1.2 g/cm³ |
| Design Temperature | Operating range: -40°C - 90°C |
| Differential Pressure | Design differential pressure: 4 bar Maximum system pressure capacity: 4 MPa Special high-pressure models up to 6-10 MPa |
| Pipe Dimensions | Suction line length: 1 m (DN10 mm) Discharge line length: 5 m |
| Theoretical Flow Rate | Q_th = 4.00 L/min |
| Real Flow Rate | Q_th = 4.027 L/min |
| Volumetric Efficiency | Effhydr = 94.3% Absolute flow precision control under 4 bar low-viscosity differential pressure. |
| Motor Specification | Motors can be selected based on working conditions, including brushless motors, AC motors, stepping/servo motors, variable frequency motors, and explosion-proof motors. |
Millimeter-Scale Space Dimensions Alignment
Millimeter-Scale Space Dimensions Alignment: Providing comprehensive 2D engineering drawings and clearance specifications to ensure seamless space co-design and reduce installation footprints for global microreactor system integrators.
How JONSN Guarantees Microreactor Pump Quality?
Simulated by ANSYS, Sculpted by World-Class CNC Centers, Verified by ZEISS Metrology.
Rigid Quality Control: Operating under TÜV Rheinland ISO 9001:2015 compliance, JONSN executes a full-process digital "One Item, One Code" tracking system. All geometric parameters are inspected by German ZEISS CMM & Keyence digital coMParators at 20±2°C dust-free workshop, cross-batch deviation controlled within ±0.5% to guarantee consistent high-volume mass OEM delivery safety.
Target Product Recommendation
JONSN provides two dedicated micro gear pump series matching the most demanding stages of fine chemical microreactor fluid circuits — from laboratory micro-material constant flow feeding to mid-scale high-pressure pressure-boost integration.
Global Authority Industrial Certificates
All JONSN precision micro gear pumps are fully certified by T\u00dcV Rheinland ISO9001:2015, CE Security Mark, and RoHS Green Environmental Compliance, matching strict global chemical reactor audit standards and delivering compliant substitutes for complex industrial loops with extreme TCO savings.
Frequently Asked Questions
How does JONSN micro gear pumps ensure pulse-free fluid blending ratios for chemical microreactors?
Plunger/diaphragm pumps create pressure pulses destroying laminar flow. JONSN utilizes a magnetic static seal that delivers fully pulse-free steady delivery to avoid incomplete reactions and maintain perfect laminar blending ratios inside microreactor channels.
Can JONSN chemical gear pumps withstand strong acids & 30% alkali up to 160°C?
Yes. Operating temp range -40°C - 160°C, JONSN pumps built with UK Victrex PEEK gears + 100% Zirconia structural-ceramic shafts resist strong acid and high-concentration alkali chemical corrosion without geometric thermal deformation or localized leakage.
How to achieve 6-10 MPa high pressure for mid-scale microreactors?
JONSN's special high-pressure models feature a two-stage rigid housing processed by Japanese Mazak CNC that eliminates assembly error & internal bypass, delivering stable volumetric efficiency under max 10 MPa counterpressure — far beyond the 4 MPa limit of standard microreactor pumps.
Does JONSN offer custom multi-pump array for skid-mounted microreactor systems?
Yes. CoMPact integrated custom solutions are available for limited skid spaces. Fill out the 5-item dynamic flow matrix to receive official CAD/2D blueprints & 3D STEP models within 24 hours to avoid any assembly interference in your skid co-design.
