High-efficiency industrial flash drying systems designed for rapid moisture removal in starch and chemical processing.
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Advanced multi-stage hydrocyclone systems engineered for optimal starch refining, washing, and concentration.
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Certified indirect steam-heated drying solutions offering maximum thermal efficiency for bulk organic materials.
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Preserves product quality with low residence times and precise temperature control for concentration processes.
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Integrates multiple waste heat sources to deliver significant energy savings in industrial wastewater treatment.
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Designed for high-fouling liquids, crystallizing solutions, and heavy concentration tasks across chemical sectors.
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Employs high-speed hot air to suspend and fluidize materials, ensuring rapid and uniform drying.
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State-of-the-art evaporation technologies engineered to minimize steam consumption and maximize output.
Learn MoreIn the modern industrial landscape, thermal processing stands as one of the most energy-intensive operations. As global manufacturing transitions toward sustainable, low-carbon, and highly automated production models, the demand for high-efficiency drying equipment has escalated. Among these technologies, the Airflow Dryer (commonly known as a flash dryer) has emerged as a cornerstone solution for processing bulk powders, starches, fibers, and heat-sensitive materials.
Industrial airflow drying operates on the principle of co-current convective heat transfer. Wet material is dispersed into a high-velocity stream of heated air, which simultaneously conveys and dries the particles within a matter of seconds. This ultra-short residence time is critical for heat-sensitive products, such as food-grade starches, proteins, and chemical polymers, as it prevents thermal degradation while achieving precise moisture targets.
Today, global procurement trends show a clear preference for integrated, smart drying systems that offer not only moisture reduction but also energy recovery, dust control, and seamless integration with upstream dewatering systems (such as screw presses) and downstream packaging lines. Manufacturers who can deliver certified, robust, and thermally optimized systems are capturing the majority of the market share in North America, Europe, and Southeast Asia.
Utilizes varied tube diameters to create alternating pressure zones, continuously tumbling particles to maximize heat transfer efficiency.
Drying is completed within 0.5 to 2 seconds, preserving the molecular structure and quality of heat-sensitive materials.
Optimized air-to-solid ratios and waste heat integration capabilities significantly reduce fuel and steam consumption.
The Jiangsu Zongheng MQG Airflow Dryer represents the pinnacle of convective drying engineering. The core process begins when wet material—typically containing 35% to 45% moisture—is introduced into the drying duct via a specialized screw feeder or rotary valve. At this junction, it meets a high-velocity hot air stream (ranging from 120°C to 250°C depending on the material characteristics).
The system's defining feature is its impulse drying tube network. By strategically varying the diameter of the vertical ducting, the system forces the air velocity to accelerate and decelerate cyclically. When the duct narrows, the air velocity increases, dragging the particles upward and stripping away the boundary layer of saturated vapor surrounding each particle. When the duct widens, the air velocity drops, causing the particles to decelerate and tumble due to gravity. This relative velocity differential dramatically enhances the convective heat transfer coefficient.
This continuous acceleration and deceleration cycle ensures that:
Compared to traditional rotary dryers, the MQG Airflow Dryer occupies a significantly smaller footprint, requires lower maintenance due to the absence of heavy rotating parts, and offers superior hygiene, making it the preferred choice for modern starch and food ingredient factories.
As a premier manufacturing hub, Jiangsu Zongheng Concentrating and Drying Equipment Co., Ltd. leverages China's advanced industrial ecosystem to offer unmatched supply chain resilience. Located in Zhoutie Town, Yixing City—a region renowned for its industrial machinery cluster—our facility benefits from immediate access to high-grade raw materials, specialized metallurgical services, and advanced logistics networks.
Our transition toward Industry 4.0 principles involves the integration of automated welding stations, CNC plasma cutting, and digital non-destructive testing (NDT) systems. This ensures that every weld seam on our pressure vessels and drying columns meets international standards. By optimizing our internal production workflows across our 22,000 square meter workshop, we reduce lead times by up to 30% compared to Western competitors, without compromising on engineering precision.
Furthermore, our geographical proximity to major shipping ports like Shanghai allows for seamless transport of oversized components, such as large-diameter cyclone separators and multi-effect falling film evaporator columns, ensuring that global projects are delivered on schedule.
For multinational corporations and EPC contractors, purchasing industrial drying and evaporation equipment involves strict compliance and risk management. Key procurement criteria typically include:
Jiangsu Zongheng addresses these strict requirements by offering fully customized, certified engineering packages. Our in-house design team utilizes advanced CAD and thermal simulation software to model airflow dynamics and stress distributions, ensuring that every system is optimized for the client's specific operating environment.
The versatility of the MQG Airflow Dryer allows it to be integrated into various industrial processes:
In starch refining, the wet starch cake discharged from centrifuges (typically at 38% moisture) must be dried to less than 14% moisture. The MQG Airflow Dryer is the industry standard here. It operates in tandem with our Starch Washing Cyclones, which refine and concentrate the starch slurry before dewatering, ensuring a high-purity, bright white final product.
In fuel ethanol and potable alcohol plants, the drying of Distillers Dried Grains with Solubles (DDGS) is a major operational challenge. By combining our ZXG Tube Bundle Dryers (for heavy, sticky feedstocks) with our high-speed airflow systems, plants can achieve optimal drying curves while reclaiming waste heat to power upstream multi-effect evaporators.
Many chemical resins, crystalline products, and pharmaceutical intermediates are highly sensitive to prolonged heat exposure. The rapid flash evaporation of the airflow dryer ensures that the surface moisture is removed instantly without raising the core temperature of the product, preventing melting, discoloration, or chemical degradation.
Established as Yixing Yangxi Light Industrial Machinery Factory, focusing on basic concentration and drying components on a 15-mu site with 45 employees.
Obtained ISO9001 Quality Management System certification, standardizing manufacturing processes and quality control protocols.
Officially recognized as a Jiangsu Provincial High-Tech Enterprise, marking a shift toward advanced R&D and proprietary thermal designs.
Acquired the Special Equipment Manufacturing License of the People's Republic of China (License No.: TS2232C42) for pressure vessel fabrication.
Acquired the prestigious ASME "U" Stamp authorization, opening doors to supply pressure vessels and evaporators to the North American market.
Obtained international quality system certification (Certificate No.: 45021), further aligning our QA/QC with global engineering standards.
Today, the company spans over 54,000 square meters, employing 120+ staff, including 3 senior engineers and 20+ specialized engineers, serving clients globally.
Jiangsu Zongheng is dedicated to maintaining the highest manufacturing standards. As a member of the China Starch and Alcohol Association, we actively participate in developing industry standards for thermal processing equipment. Our design and manufacturing capabilities for Category III medium & low-pressure vessels are backed by rigorous testing, including radiographic, ultrasonic, and hydrostatic testing.
Engineered for precision germ removal in maize wet milling, ensuring high yields and clean separation.
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Indirect steam contact drying system ideal for heavy organic materials like corn gluten and fiber.
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Multi-stage cyclone systems designed to wash, concentrate, and purify starch with minimal water consumption.
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Efficient mechanical dewatering solution to reduce moisture content prior to thermal drying stages.
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Mechanical Vapor Recompression technology designed to recycle latent heat, cutting energy costs up to 80%.
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Engineered for the concentration of heat-sensitive liquids in food, dairy, and chemical industries.
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Compliant with European safety standards, offering robust and reliable liquid concentration solutions.
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High-capacity pneumatic drying system optimized for starch, feed ingredients, and chemical powders.
Learn MoreWe warmly welcome friends from various industries, both domestic and international, to visit us for cooperation and mutual development!
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