During the transportation of urea granules, many companies face issues such as high material damage rates, limited conveying distances, and on-site dust emissions, which not only affect product quality but also increase equipment maintenance costs and environmental pressure. Traditional mechanical conveying equipment struggles to meet complex process requirements and consumes relatively high energy, becoming a bottleneck in the production process.

Material characteristics: Urea granules are easily hygroscopic and easily crushed, requiring a high level of conveying system

Urea granules have strong hygroscopic properties, low particle strength, and are prone to dust generation. During transportation, mechanical compression, impact, and high-temperature environments must be avoided, and seals and moisture protection must be maintained. This requires the conveying system to have capabilities such as low rotational speed, low crushing rate, air source drying, and fully enclosed design to support material quality.

Product Introduction: Head Powder Urea Particle Pneumatic Conveying System

Head Powder offers customized pneumatic conveying solutions tailored to the physical properties of urea granules. The system uses positive or negative pressure dense phase conveying technology, transporting urea particles from storage to usage points through pipelines, operating in a fully enclosed manner to effectively prevent moisture and dust leakage. The equipment can be customized for non-standard design based on the customer's on-site process conditions (such as conveying distance, conveying volume, workshop layout), adapting to various working conditions.

Product advantages: Solve pain points and improve conveying efficiency and quality

• Low breakage rate: Uses low-speed dense phase conveying to reduce particle collision and compression, keeping the breakage rate low, and supporting the integrity of urea particles.
• Sealed and dustproof: Fully enclosed pipeline system, no dust leakage, improves working environment, meets environmental protection requirements.
• Automated control: Equipped with an intelligent control system to enable remote start/stop, real-time monitoring, and fault alarms, reducing manual intervention and improving operational efficiency.
• Flexible customization: Customized solutions based on customer conveying distance, height, output, and other parameters, supporting multi-point discharge and multi-channel switching to meet complex process requirements.