PBAT pneumatic conveying solution for pellets
During the conveying of PBAT (polyadiic acid/butylene terephthalate) pellets, manufacturers often face issues such as dust pollution, material damage, pipeline blockages, and high energy consumption. Traditional mechanical conveying methods not only have high maintenance costs but also struggle to adapt to complex working conditions, leading to decreased production efficiency. Companies urgently need a sealed, stable, and low-energy-consumption pellet conveying solution to achieve clean production and cost control.
Material characteristics
PBAT pellets are thermoplastic biodegradable plastics characterized by moderate density, uniform particle size, smooth surface, and easy moisture absorption. Its melting temperature is relatively low, making it prone to adhesion in high-temperature environments. Therefore, strict control of gas temperature and flow rate during pneumatic conveying is necessary to prevent granules from softening and clumping. At the same time, PBAT particles have low abrasiveness, making them suitable for dilute or dense phase pneumatic conveying methods.
Product Introduction
The PBAT particle pneumatic conveying system is designed and manufactured by Head Powder, using sealed pipelines and airflow to transport pellets from storage points to usage points. The core components of the system include a rotary feeder, Roots blower, dust collector, control cabinet, and pipeline accessories. Based on the customer's site layout and capacity requirements, we can provide conveying solutions combining positive pressure, negative pressure, or combined positive and negative pressure. The system supports automatic control, allowing real-time monitoring of conveying pressure, flow, and material temperature, ensuring stable and reliable normal operation.
Product advantages
To address customer pain points, Head Powder offers the following solutions: the system adopts a fully enclosed structure to prevent dust leakage from the source, improving the workshop environment; The designed pipeline elbows and conveying speed are optimized and calculated to effectively reduce particle breakage rates; Equipped with anti-adhesion inner wall coatings and temperature monitoring devices to prevent PBAT particles from sticking due to temperature rise; By intelligently adjusting fan speed with variable frequency control, air supply is achieved on demand, reducing unit energy consumption. Additionally, the modular design makes equipment installation and later maintenance more convenient, resulting in a longer overall operating life.