Heating and drying-manufacture,factory,supplier from China

Biomass heating stove: Create a warm and environmentally friendly new environment for breeding enterprisesRecently, our company successfully provided a biomass heating furnace solution for a large breeding enterprise, which not only ensured the warmth of pigs through the winter, but also achieved a win-win situation for environmental protection and economy.The pig house area of this breeding enterprise is huge, exceeding 10,000 square meters.

Rapid heating capability: Equipped with high-power heating elements, it can output a large amount of heat energy in a short time, quickly increase the temperature of the drying environment, meet the temperature requirements of organic fertilizer drying, and improve drying efficiency.High energy conversion efficiency: Electric energy is directly converted into heat energy, with less loss during energy conversion, which is more energy-saving and efficient than traditional fuel heating methods.Intelligent temperature control system: Equipped with advanced temperature sensors and intelligent therm

Direct energy conversion: electrical energy is directly converted into thermal energy, and there is no loss in intermediate energy conversion.

Fertilizer drying is a key link in the fertilizer production process. Its purpose is to remove excess water from the fertilizer so that the fertilizer reaches an appropriate moisture content for easy storage, transportation and use. The appropriate drying process can not only ensure the quality of the fertilizer, but also improve production efficiency and reduce energy consumption.Drum drying process:Drum drying is one of the most common fertilizer drying processes. The fertilizer raw materials are fed into the rotating drying drum through the feeding device.

Recently, the fully automatic tunnel drying line project developed and produced by our company has made a series of major breakthroughs, which has injected strong momentum into the company's development in the industry and is expected to bring transformative impacts to related industries.In terms of technological innovation, the fully automatic tunnel drying line adopts a new intelligent temperature control system, which can achieve precise control of the temperature in the drying room through high-precision temperature sensors and advanced algorithms.

1. Press corn is the corn out after cleaning, high temperature cooking, disinfection, extrusion, drying, several steps to the starch, protein, vitamins contained in the corn, all integrated together, not refining any elements in the corn, 30% higher than the utilization rate of corn.2. Steam-pressed corn is an excellent energy feed. The total digestibility and absorption rate of starch detected by relevant departments is as high as 99%, which is nearly 30% higher than the 70% absorption rate of ordinary ground corn starch.

The production process of granular organic fertilizer includes fermentation, crushing and mixing, granulation, drying and other process stages. On the surface, since the granules are formed, is drying redundant? Not at all, and it is quite important. So why do we need to dry the granules after granulation? The reasons are roughly as follows:1. Reduce the moisture content of granular organic fertilizerAs we all know, the moisture content of organic fertilizer raw materials is relatively high.

Through unremitting efforts, the company's R&D team has successfully overcome a number of technical problems and achieved major breakthroughs in key technologies for screening and destoning machines.

Market demand growth drives enterprise expansion: In recent years, with the rapid development of industries such as construction, mining, and agriculture, the demand for crushers, shellers, and their crushing rollers has continued to grow. In order to meet market demand, our company has expanded its production base and added two crushing roller production lines. It is expected that after production, the company's annual output of crushing rollers will increase by 55%.

In the field of corn flake forming equipment, technological innovation has become a key driving force for the development of the industry. Advanced automation technology is constantly being applied to equipment manufacturing, making the production process of corn flakes more efficient and stable. For example, some new equipment uses programmable logic controllers (PLCs) and touch screen human-machine interfaces to achieve precise control of various links such as raw material pretreatment, forming, drying and seasoning.