Recently, Yongte Plastic Machinery's PE grinding mill upgrade and modification solution has garnered widespread attention in the scrap tire recycling industry. This solution reduces equipment procurement costs by over 40% while achieving rubber powder output quality comparable to that of professional ambient temperature rubber grinding mills. This provides a cost-effective path for small and medium-sized recycling companies facing financial pressures to enter the high-value-added rubber powder processing market.
Yongte's PVC profile machine has been successfully installed and commissioned for the production of strawberry planting troughs. From the material to the design, it precisely meets the needs of our growers, enabling efficient and stable production of 200*200mm strawberry planting troughs. These PVC strawberry planting troughs...
Yongte Plastic Machinery recently launched an integrated PE wood-plastic imitation rattan production line designed specifically for small and medium-sized furniture companies. During the development process, this equipment abandoned overly flashy features and focused on the three core objectives of "stable production, cost control, and quality improvement," achieving technical improvements across multiple production stages.
Yongte Rubber Grinding Mill Successfully Completed Trial Run not only validates the technical feasibility of the equipment but also lays the foundation for future rubber seepage pipe production.
Rubber Nano seepage irrigation pipes produced by Yongte's rubber nano seepage pipe production equipment utilize nanoscale material structure and osmotic principles to address key pain points associated with traditional irrigation methods (such as flooding and conventional drip irrigation), including water waste, soil damage, and low crop absorption efficiency. This approach achieves the goals of "precise, efficient, and ecological" irrigation. Their effectiveness is particularly evident in irrigation of saline-alkali soils.
By adjusting the burial depth, spacing, and irrigation parameters, the Nano seepage irrigation pipe precisely match their nanoscale permeability characteristics with the soil's "water retention, air permeability, and salt control" requirements. For sandy soils with poor water retention, the "slow infiltration + shallow burial" method reduces seepage. Nano-permeable pipes can achieve water utilization rates exceeding 85% and improve soil ecology (reducing compaction and controlling salt levels), making them a more universally applicable and efficient solution than traditional irrigation.
