A brief introduction to the machine

The filling nozzle is designed to fit various container sizes and shapes, ensuring that the filling process is quick and precise. The control system monitors the entire filling process, ensuring that the equipment operates smoothly and efficiently.

Urea filling equipment is available in different configurations, including semi-automatic and fully automatic models. Semi-automatic models require operator intervention to load and unload containers, while fully automatic models can operate continuously without any operator intervention.

In conclusion, urea filling equipment is an essential tool for the efficient and accurate filling of urea into various containers. Its various components, including the conveyor system, weighing system, filling nozzle, and control system, work together to ensure that the filling process is quick and precise.

Basic parameters 

Packaging capacity: ≤360 bags/hour (based on 10 liter bags with water spout)

Filling volume: 10 liters (with water spout as the main product)

Filling accuracy: ±0.5%

Finished product rate for bagged water: 99.5%

Outer dimensions of water spout nozzle: see attached figure for applicable size

Packaging method: three-side seal pillow type

Water spout holder: automatically assembled and welded

Heat sealing temperature: 120℃～150℃

Cooling of seal: upper and lower double cooling

Film width: 810mm

Film thickness: suitable for 100μm

Film roll diameter: ≤ø300mm

Cutting: cold cutting (blade made of stainless steel)

Air pressure consumption: 1.0/min, air pressure requirement: >0.8MPa (oil-free air source)

Air source pressure (oil-free air source): >0.8MPa

Cost-saving advantages of bag filling machine:

Lower labor costs: Bag filling machines can significantly reduce labor costs as they require minimal human intervention compared to traditional filling methods.

Reduced material waste: Bag filling machines are highly accurate and efficient, reducing the amount of waste material that is typically generated during the filling process.

Improved productivity: Bag filling machines can operate continuously, increasing production efficiency and output.

Reduced maintenance costs: Bag filling machines are designed to be durable and require less maintenance compared to other filling machines, resulting in lower maintenance costs.

Lower packaging costs: Bag filling machines use flexible packaging materials that are less expensive compared to rigid packaging materials, resulting in lower packaging costs.

Overall, the use of a bag filling machine can provide significant cost savings compared to traditional filling methods, making it an attractive option for businesses looking to reduce costs and increase efficiency.