Food industry   

 Processing soy protein, starch, seasonings, etc., to retain the nutrients and flavour of food, in line with health standards.

Pharmaceutical industry

Rapid drying of drug raw materials, intermediates and excipients to ensure the purity and bioavailability of active ingredients and avoid degradation of heat-sensitive substances.

Chemical industry

Used for drying inorganic salts (such as copper sulfate, iron oxide), organic acids, dyes, pigments, etc., to achieve efficient drying while maintaining chemical stability.

Ceramics and Minerals

Drying kaolin, silica and other raw materials, to improve powder fluidity and sintering efficiency, to ensure the uniformity of particles.

Pesticide and Fertiliser Industry

Drying of pesticide active ingredients and fertiliser particles to improve storage stability and achieve slow-release effect, reducing transport costs.

Building Materials and New Materials

Cement additives, ceramic powders, graphene precursors, battery materials (e.g. cathode materials), etc.

Environmental Protection and Waste Treatment

Municipal sludge, industrial sludge, biomass waste (e.g., wood chips, straw), etc.

New Energy Industry

Positive and negative electrode materials for lithium batteries (e.g. ternary materials, lithium iron phosphate), solar wafer cutting waste, etc.

The vibration source is driven by a vibration motor, which is stable in operation,

              easy to maintain, low noise and long life.

Advantages Of 

    Our Fluidized Bed Dryer

The fluidisation is well-proportioned, without dead space and blow-through

              phenomenon,and uniform drying and cooling products can be obtained.

Good adjustability and wide applicability. The thickness of the material layer and the

              moving speed in the machine as well as the change of the full amplitude can be

              steplessly adjusted.

The damage to the surface of the material is small, and it can be used for the drying of

              fragile materials, and the working effect will not be affected when the material particles

              are irregular.

Adoption of fully enclosed structure effectively prevents cross-contamination between

             materials and air, and the working environment is clean.

High mechanical efficiency and thermal efficiency, energy saving effect is good, than

              the general drying device can save energy 30 to 60%.

Stage 1 | Precision Collaboration Workshop

Carry out double-blind demand in-depth mining: led by senior drying processor, establish customised development matrix model through reverse analysis of material characteristics, energy consumption benchmarking, and historical case benchmarking.

Stage 2 | Dynamic Thermodynamic Modelling

Using multi-physical field coupling simulation technology to construct an exclusive drying dynamics model. Through the visualisation of airflow distribution simulation and heat transfer gradient prediction, the optimal combination of equipment structure parameters can be locked.

Stage 3 | Lean Manufacturing Quality Chain

Implementation of German VDI standard manufacturing protocols: open access to witness key points (e.g. verification of stainless steel welding process, airtightness testing of air ducts), support for customer representatives in modular pre-acceptance test (FAT).

Stage 4 | Turnkey Integrated Systems

Implementation of a ‘Zero Boundary’ delivery programme: including environmental adaptation (altitude/humidity compensation), thermal system balancing commissioning, and operational maintenance sandboxes to ensure production at design capacity.

Stage 5 | Lifecycle Protection

The IoT Remote Operation and Maintenance Centre is enabled to provide dynamic analysis of drying efficiency, preventive maintenance warnings, and process upgrading kit push, building a closed loop of continuous value-added intelligent manufacturing ecology.

We are Fanqun Drying Equipment Factory

Forty years ago, China's drying equipment field was still blank, Mr Fan Bingxi sowed a seed of innovation in Zhenglu Town, Changzhou.

From the first hot air circulation oven to the intelligent drying system, Fanqun drying with craftsmanship as the furnace,

science and technology as the flame, quenching the benchmark of national industry.

As a pioneer in the industry, the company has accumulated more than 30 national patents, led the development of centrifugal spray drying tower,

intelligent Chinese medicine extract dryer and other milestone products, breakthrough in Europe and the United States technology blockade,

and twice undertook the national science and technology research projects. 2002 among the high-tech enterprises in Jiangsu Province,

‘Fanqun brand’ equipment is exported to more than 50 countries. Its ‘Fanqun brand’ equipment is exported to more than 50 countries,

and is praised by the American chemical giants for its ‘performance exceeding the European standard’.

In the green wave, Fanqun engraves environmental protection into its genes: sludge resourcing technology helps Southeast Asian cities

to reduce pollution, low-carbon hot air furnace reduces emissions by 30%, and agricultural product drying programme drives a billion rural economy.

With pressure vessel manufacturing licence and ISO double certification in hand, and a steady AAA grade credit enterprise for 13 consecutive years,

Fanqun uses the temperature of drying technology to balance industrial development and ecological harmony.

From the small town of Changzhou to the world stage, Fanqun Drying always takes ‘drying the dignity of Chinese manufacturing’ as its mission,

and makes every grain of material sublimation, all of which is the note of the times.