Lignite Powder Packaging Machine

Blue Carbon Powder Packing Machine_Latex Powder Packing Machine_Rounded Powder Packing Machine

We specialize in manufacturing refractory material packing machines, rotary packing machines, special adhesive powder packing machines, refractory material packing machines, feeding-type packing machines, and other complete packaging equipment, suitable for filling and packaging various materials. Market-oriented and customer-centric, we provide tailored and professional after-sales services.
●: Pneumatic Valve Port (Optional)
●: Ultrasonic (Sealing) Valve Port (Optional)
●: Impeller Type/Air-Float Type (Optional)
●: Screw Valve Port (Optional)
●: Screw Open Port (Optional)
●: Gravity Valve Port (Optional)
●: Gravity Open Port (Optional)
●: Belt-Type Open Port (Optional)
●: Ton Bag (Optional)
(Different materials require different types of packing machines. For details on their differences, please contact our sales staff. Thank you!)

Parameters of Blue Carbon Powder Packing Machine_Latex Powder Packing Machine_Rounded Powder Packing Machine:
Packaging Specification: 25kg-2 tons/bag
Working Capacity: 40-60 bags/hour
Accuracy: ≤±0.2% (Special materials according to national or industry standards)
Power Supply: 380/220VAC 50HZ
Air Source: Pressure 0.5～0.8MPa, Air Consumption 5-8 m³/h
Dust Removal Air Volume: 1500~3000 m³/h (Adjustable)
Environmental Requirements: Temperature -10～40℃, Humidity ≤80%
Dimensions: Refer to Layout Diagram

Features of Blue Carbon Powder Packing Machine_Latex Powder Packing Machine_Rounded Powder Packing Machine:
1. The machine is newly designed, fully functional, and technologically advanced, solving issues of high pollution and poor accuracy in valve bag packing machines.
2. The filling outlet uses a silicone bag expansion method to prevent powder leakage, truly meeting environmental standards.
3. Fully automatic programmable control, intelligent recognition, high sensitivity, stable performance, strong anti-interference capability, and accurate weighing.
4. Automatically performs bag pressing, filling, weighing, releasing, stopping, and bag dropping. Simple operation—workers only need to insert the bag to start working.
5. Developed to meet market demands, this machine features high automation, significantly reduces production costs, improves efficiency, and meets international standards in various technical indicators.

Operation of Blue Carbon Powder Packing Machine_Latex Powder Packing Machine_Rounded Powder Packing Machine:
1. Before packaging: Place an empty pallet at the packaging position under the weighing platform.
2. Bag mounting: Start the machine; the bag clamping device automatically clamps the bag, sealing the filling port. The lifting frame rises to the preset position suitable for the bag.
3. Tare: The machine automatically tares the weight of the bag.
4. Fast feeding: The machine controls the gravity feeding mechanism. During feeding, the weighing instrument continuously measures the material weight. When the preset fast-feeding value is reached, fast feeding stops.
5. Slow feeding: After fast feeding, the machine switches to slow feeding. When the target weight is reached, feeding stops automatically.
6. Discharge: After feeding, the filled bag drops onto the pallet. Press the conveyor button to transport the bag out of the packaging position, waiting for forklift removal.

Applications of Blue Carbon Powder Packing Machine_Latex Powder Packing Machine_Rounded Powder Packing Machine:
The belt-type ton bag packing machine is designed for packaging bulk mixed materials in ton bags, addressing packaging challenges for granular materials in grain, chemical, feed, construction, and mining industries. Suitable materials include: soybean meal, organic fertilizer, etc.

Services for Blue Carbon Powder Packing Machine_Latex Powder Packing Machine_Rounded Powder Packing Machine:
1. Schedule efficiently for timely on-site repairs and inspections;
2. Understand the situation in advance and prepare adequately (spare parts, tools);
3. Provide prompt service to minimize non-repair waiting time;
4. Communicate thoroughly, explaining repair details, operation, and maintenance precautions;
5. Improve mechanical repair efficiency and complete tasks on time;