Company News

Yongte Plastic Machinery's PVC planting trough extruder leads the new trend of agricultural facility production

2025-03-07

As global agriculture accelerates towards modernization and intelligence, the innovation of agricultural facilities has become a key factor in improving production efficiency and promoting industrial upgrading. As a leader in the field of PVC planting trough production equipment, Yongte Plastic Machinery's carefully developed PVC planting trough extruder has injected new vitality into the production of agricultural facilities with its outstanding advantages, setting off a storm of change.


Precise technology, overcoming production difficulties

Factory-based manufacturing of PVC planting troughs faces many difficult problems, but Yongte Plastic Machinery's extruder can accurately break through. In the core link of temperature and pressure control, the equipment is equipped with advanced intelligent temperature control and pressure regulation systems. The intelligent temperature control system can accurately maintain the temperature at 170℃-180℃, the optimal plasticizing range of PVC resin and additives, and the fluctuation range is controlled within ±2℃. According to industry data, when the temperature deviation of ordinary equipment exceeds ±5℃, the risk of PVC decomposition and discoloration increases sharply, and the product defective rate can reach 30%; while Yongte Plastic Machinery's extruder reduces the defective rate to less than 5% through precise temperature control. The pressure regulation system is also excellent, with pressure fluctuations stable at ±0.5MPa, ensuring uniform material extrusion speed, and the dimensional accuracy deviation of the produced planting trough is only ±0.3mm, which is far better than the industry average ±1mm standard.

In mold design and manufacturing, Yongte Plastic Machinery's R&D team uses cutting-edge technology to conduct in-depth research on material flow characteristics and cooling shrinkage laws to create high-performance molds. It has been verified in practice that the mold reduces material flow resistance by 25% and greatly reduces mold clogging; the unique demolding design increases the demolding success rate of the planting trough from the industry average of 85% to 98%. Taking a large PVC planting trough manufacturer as an example, after introducing Yongte Plastic Machinery molds, the monthly defective quantity dropped sharply from 500 pieces to less than 100 pieces, and both production efficiency and product quality achieved a leap forward.



Efficient production to meet diverse needs

Yongte Plastic Machinery's PVC planting trough extruder has amazing production efficiency, with an output of 30-40 meters per hour, which is 100% higher than the 15-20 meters of similar equipment. This efficient production capacity can quickly respond to the surging demand for PVC planting troughs in the global market. The Middle East has vigorously developed water-saving agriculture and facility agriculture. In the past three years, the local demand for PVC planting troughs has increased by 20% per year. Yongte Plastic Machinery's equipment has helped companies fill the market gap in a timely manner.

In terms of product adaptability, the extruder is very flexible and can produce planting troughs of various specifications such as 20-120 cm in width and 10-60 cm in height, fully meeting the needs of different crops and different planting scenarios. With the rise of urban agriculture, customized small planting troughs are suitable for urban balconies and roofs, making efficient use of limited space; large planting troughs are widely used in large-scale agricultural production, greatly improving land utilization. Studies have shown that the use of PVC planting troughs for three-dimensional planting can increase land utilization by 3-5 times. For example, in a city rooftop farm project, a small planting trough produced by Yongte Plastic Machinery was used to successfully plant more than 500 vegetables on a 100-square-meter roof, realizing efficient development of urban space.



Meet agricultural needs and expand international prospects

PVC planting troughs are of great significance in agricultural planting, and Yongte Plastic Machinery's extruders are the key to promoting their widespread application. In terms of optimizing the planting environment, PVC planting troughs can accurately control soil conditions, achieve three-dimensional planting, and facilitate irrigation and drainage management. The planting troughs produced by Yongte Plastic Machinery help farmers accurately adjust soil or substrates according to crop needs to ensure that the soil's air permeability, water retention and fertility are maintained in the best state. The precise temperature and pressure control process enables the production of planting troughs to effectively reduce the risk of pest and disease transmission. Data shows that the use of PVC planting troughs can reduce the incidence of pests and diseases by 20%-30%, promote the vigorous growth of crop roots, and significantly improve crop yield and quality.


In the international market, PVC planting troughs have broad prospects. Developed countries in Europe and America have developed facility agriculture, and the demand for it continues to rise; in developing countries such as India and Brazil, the demand is also growing rapidly with the development of facility agriculture. International metropolises such as New York, London, and Tokyo, where urban agriculture is booming, have a growing demand for PVC planting troughs. With its efficient extruders, Yongte Plastic Machinery quickly responds to these market demands and helps companies gain a foothold in the international market.


Yongte Plastic Machinery's PVC planting trough extruder leads the new trend of agricultural facility production with its excellent performance, injecting surging power into the sustainable development of global agriculture. With the continuous innovation of agricultural technology, Yongte Plastic Machinery will continue to innovate and contribute more to the process of agricultural modernization.










































































X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept