FAQ:
Q1.After-sales service of the product
A1.Every year during the grass cutting season, it conducts follow-ups and market surveys with each purchasing herder and provides technical training to first-time users, guiding them to use the machines correctly.Warranty is essential.
Q2. What factors influence the performance of agricultural balers?
A2.The performance of agricultural balers is influenced by several key factors, including crop moisture content (ideally 15-25% for optimal density), terrain type (uneven pasture requires a stable chassis), and maintenance routines. High moisture can lead to jamming. Our balers are engineered with advanced hydraulics to handle diverse conditions, ensuring consistent bale density up to 200 kg/m³. As a national high-tech enterprise with ISO9001 and CE certifications, we test balers in real-world scenarios across 30 Chinese provinces, Mongolia, and Kazakhstan, guaranteeing reliability. Proper calibration, such as adjusting pickup height, can boost efficiency by 20%, making our products ideal for B2B clients seeking durable solutions.
Q3. How to optimize bale density in round agricultural balers?
A3.To optimize bale density in round agricultural balers, start by monitoring crop conditions—dry hay yields denser bales—then adjust chamber pressure via hydraulic controls. Use netting or film wrapping for tighter compression, and ensure even feeding to avoid loose spots. Preserving nutrients and reducing storage space. Regular checks on belts and rollers prevent slippage. As leading manufacturer with nearly 100 patents, it incorporates low-noise designs for efficient operation. In practice, customers in Russia have reported 15% higher density with our balers, backed by warranties and 24/7 technology support, ensuring B2B partners achieve cost-effective results in silage and hay production.
Q4. What are the applications of agricultural balers in different scenarios?
A4.Agricultural balers are versatile for hay production on pastures, silage for livestock feed, and straw for bedding or erosion control. In pasture scenarios, our round balers like 9YG-2.24D handle uneven terrain efficiently, producing bales for export or local use. Industrial applications include biomass fuel or mushroom cultivation. Our models support global farming, with successful cases in Mongolia’s harsh climates, highlighting adaptability and durability.
Q5. How do agricultural balers contribute to sustainable farming?
A5.Agricultural balers contribute to sustainable farming by compacting crop residues into bales, reducing waste and enabling recycling for biofuel or bedding. They minimize field burning, lowering emissions, and preserve soil nutrients through efficient harvesting. As an ISO9001-certified company, we align with government subsidies for green machinery in China and abroad. In arable regions, our balers aid straw removal, preventing erosion. B2B clients in Belarus praise our durable builds for long lifespans, reducing replacement needs and environmental impact, with 24-hour technical support ensuring optimal sustainable performance.
Q6. How to store bales produced by agricultural balers?
A6.To store bales from agricultural balers, stack them in dry, ventilated areas on pallets to prevent moisture absorption, ideally under cover or with tarps. Round bales can be stored outdoors if densely packed, but monitor for spoilage. For our high-density bales (up to 1.3m diameter), our netting options resist weathering. As a high-tech enterprise with exports to Mongolia, we recommend spacing bales 30cm apart for airflow. Proper storage preserves nutrition for livestock feed, as seen in our Russian cases.