Screw - Type Organic Fertilizer Elevator-manufacture,factory,supplier from China

In 2022, ACC Cement, a subsidiary of Holcim Group, commissioned Ormond Engineering Private Limited in Chennai, India to refurbish the world's tallest belt bucket elevator, which is 175.3 meters high and is located at Wadi Cement Company in India. It is used to transport raw meal preheaters with a conveying capacity of 600 tons/hour. Ormond modified its belts and other components.

The company has always focused on technological innovation and has continuously explored and made breakthroughs in the field of fertilizer production equipment.

Recently, our company has made a major breakthrough in the field of fertilizer conveying equipment. The new high-efficiency fertilizer bucket elevator developed by it has been officially put into the market and has been highly praised by many customers.This high-efficiency fertilizer bucket elevator adopts innovative design concepts and advanced manufacturing processes, achieving significant improvements in multiple key performance indicators.

Today, as the concepts of environmental protection and sustainable development are deeply rooted in people's hearts, the organic fertilizer industry is booming, and the importance of efficient material conveying equipment for organic fertilizer production is self-evident. Our company has been committed to providing high-quality equipment solutions for the organic fertilizer industry.

Twin-screw extruder granulators play an important role in the production of high-performance polymers. They can precisely control temperature, efficiently mix screws, and flexibly design molds. In the field of plastic recycling, they can effectively process waste plastics by precisely adjusting parameters, and can also use online detection and quality control technology to ensure product quality.

Recently, screw feeder technology has achieved a series of significant breakthroughs. In the design of the spiral shaft and spiral blades, R&D personnel used advanced computer simulation technology to optimize the shape and pitch of the blades. The new spiral blade can push materials more evenly and stably, effectively reducing the fluctuation of materials during transportation, greatly improving the accuracy of material transportation.

In the food industry, the high-speed Z-type bucket elevators for potato chips and other foods produced by Hangzhou Zhongheng Packaging Machinery Co., Ltd. and the high-speed chain plate Z-type bucket elevator conveyors for candies, biscuits and other foods produced by Zhengzhou Songyang Machinery Co., Ltd.

There are many types of organic fertilizer production lines, under normal circumstances, we are differentiated according to the raw materials of organic fertilizer, but the raw materials suitable for the production of organic fertilizer are very extensive, so if we want to distinguish the quality of organic fertilizer produced by different process raw materials, we must have an understanding of organic fertilizer raw materials and have organic fertilizer quality detection methods.

Recently, the organic fertilizer developed and produced by our company has been successfully put into use. This milestone breakthrough has brought new hope to the agricultural field and opened a new chapter in the development of green agriculture.This organic fertilizer is the result of many years of hard work by the R&D team. It is made of various agricultural wastes such as livestock and poultry manure, crop straw, and organic garbage, and is processed through advanced technology and processes.

In the early stage of building an organic fertilizer plant, the following aspects of work need to be considered:I. Market researchBefore building an organic fertilizer plant, it is necessary to conduct sufficient market research to understand the local sources of organic waste, land fertility, crop demand, farmers' demand and acceptance. Through market research, we can determine the positioning and price of organic fertilizer products, as well as forecast the potential of the sales market.2.