Industrial mixing systems
Fluid dynamics modeling prevents solids from settling, so every batch stays homogenous from start to drain.
Jacketed steam kettles hold ±1°C across the vessel wall, eliminating hot spots that degrade heat-sensitive compounds.
Planetary agitators maintain uniform shear even as batch viscosity changes, so you don’t have to stop and recalibrate.
Our vessels are built for exact ratios — the bottom-entry design and flush valve ensure complete drainage and no cross-contamination.
Adjustable baffles let you fine-tune flow patterns for abrasive slurries or high-solids dispersions without changing the vessel.
Fluid dynamics modeling prevents particulate stratification in heavy-duty industrial vessels, planetary agitators, and jacketed steam kettles for homogenous chemical compounding.
Dual-axis rotation eliminates dead zones in viscous compounds. 50 HP motor with stainless steel construction handles continuous operation. Blade angles optimized via CFD reduce energy use while maintaining throughput.
Full-coverage steam jacket delivers uniform heating within ±1°C setpoint. 316L stainless steel resists acidic compounds. Capacities from 500 to 3000 liters with safety-interlocked lid.
Reinforced walls and hardened impeller blades resist erosion from ceramic slurries and pigment dispersions. Bottom-entry agitator prevents shaft whip. Customizable baffle configurations for specific flow patterns.
Proprietary CFD simulations predict particle settling behavior before production. Adjustable impeller speeds and baffle angles maintain homogenous suspension across batch sizes from 200 to 5000 liters.
Jacketed vessels with full-coverage steam or hot oil circulation prevent hot spots. Integrated PID controllers maintain temperature profiles for heat-sensitive polymer and emulsion formulations.
Ratings and feedback from formulation plants that rely on our mixing vessels and agitators for consistent batch quality.
Clear answers about our mixing vessels, agitators, and steam kettles for chemical compounding.
The JSK-2000 maintains setpoint within ±1°C up to 200°C using its full-coverage steam jacket and PID controller. For heat-sensitive formulations like polymer blends, the uniform thermal distribution prevents hot spots and degradation.
The dual-axis rotation eliminates dead zones by combining orbital and rotational motion. Fluid dynamics modeling optimizes blade angles to maintain homogenous dispersion even at viscosities above 100,000 cP, ensuring consistent chemical compounding.
Yes. The HDM-1500 features reinforced walls and hardened impeller blades specifically designed for high-solids content and abrasive particles. The bottom-entry agitator design reduces shaft whip, and customizable baffle configurations allow fine-tuning for specific slurry formulations.
All vessels use 316L stainless steel for the product contact surfaces, providing corrosion resistance against acidic compounds. The JSK-2000 and HDM-1500 also include reinforced external shells for structural integrity under continuous industrial operation.
Yes. The HDM-1500 supports customizable baffle arrangements to control flow patterns for specific formulations. Our engineering team uses fluid dynamics modeling to recommend the optimal configuration for your process, whether it requires axial flow, radial flow, or a combination.
Standard lead time is 8–10 weeks from order confirmation, depending on configuration and current production load. Each unit is built to order with full quality assurance testing before shipment. Contact our sales team for current scheduling.