A. Feeding Use. A dust collector is installed at the feeding port, but due to the long feeding duration, dust generated from raw materials is released into the air, causing dust loss. For instance, when 0.5 kg of raw material is used, 0.5 kg of dust may be lost, resulting in a loss rate of 0.25‰. This type of loss is common in feed production and can significantly impact efficiency and cost if not properly managed.
B. During the feeding process, if the bag is not shaken properly, a significant amount of residue remains. Assuming an average bag weight of 60 kg, about 15 grams of residue may be left behind per bag, leading to a loss rate of 0.25‰. Proper handling and shaking of the bags can reduce this waste and improve overall resource utilization.
C. Inadequate cleaning at the feeding site can lead to cross-contamination of raw materials, which often results in downgrading. For example, high-cost ingredients may be mistakenly used as lower-value materials, such as corn, due to the way measurements are calculated. This misapplication increases losses and reduces product quality and profitability.
D. Pulverization Process. When the sieve plate and hammer do not match properly, or when the pulverization time is too long, more dust is generated. Additionally, moisture from the raw materials may disperse during the process, contributing to further loss. A clear example is fish meal and milk replacer, which are often micronized twice, resulting in a loss rate of 10-20% for individual ingredients. This highlights the importance of optimizing equipment and processing times.
Pelleting. The pelleting process involves one-time molding. If particles need to be reprocessed, after cooling and dust removal, some dust and moisture from the feed will be released into the atmosphere. This leads to a reduction in the final product quantity and an increase in overall loss. Efficient pelleting techniques are essential to minimize these losses.
Packing. We use quantitative packaging with a net weight of 40 kg. If each package exceeds the target by just 25 grams, the loss per package would be 25/40000 = 0.625‰. Even small deviations in packaging can accumulate over time, leading to significant financial impact. Ensuring accurate and consistent weighing is crucial for minimizing waste and maintaining product quality.
Agricultural bearings, also named Farm bearings or AG bearings, include Special Agricultural bearings, Disc Harrow bearings, Disc Harrow units etc. are widely used on Planters, Combines, Tractors etc, Borine's Agricultural bearings are basis on good quality and competitive prices, repalcement for John Deere, Case-IH, krause, Massey, Great Plains, AMCO, Kewanee, KMC, New Holland, Sunflower, White OEM parts.
Bearings are made with quality Chrome steel, and with strictly Heat treatment, ensure the bearings have long time life and can be bear bigger loading, most of agricultural bearings with triple lip seals, ensure bearings can Bearings are made with triple lip seals to protect from corrosive environments. Borine Agricultural bearings are fits for Planter, Combine, Tractors etc, replace for JOHN DEERE, Case-IH, KRAUSE, AMCO, Great Plains, KEWANEE, KMC, KINZE, MASSEY, NEW HOLLAND, SUNFLOWER, WHITE OEM parts.
Agricultural Bearing, Ag Bearings, Disc Harrow Bearing, Farm Bearing
NINGBO BORINE MACHINERY CO.,LTD , https://www.borine-agroparts.com