Big bags 90x90x190, 4 loops, flap/apron. New. Density 160 g/m²
Big bags 90x90x190, 4 loops, flap/apron. New. Density 160 g/m²
Description
New (imported) premium quality polypropylene big bags are available, they keep their shape well, as they are stitched from top to bottom. Ideal for storing and transporting grains (corn, sunflower, soybeans), pellets, fertilizers and other bulk cargo. Our advantages are your benefit: Density: Guaranteed maximum strength and resistance to tearing. The bags withstand repeated use, which saves you money. Convenience: The "top apron + bottom unloading valve" design provides easy and quick loading / unloading of products. Reliability: 4 strong cargo loops (slings) for safe movement. Characteristics: Size: 90 x 90 x 190 cm Design: 4 loops, top - apron, bottom - unloading valve
Condition: New Fabric density: 160 g / m² Price and conditions: Price for 1 piece: 270 UAH Terms of sale and delivery: Payment method: cashless payment.
Delivery throughout Ukraine (Nova Poshta, Delivery) or self-pickup from Lutsk. volume of our bags: 0.9m∗0.9m∗1.9m=1.539m Now, using the average bulk density (weight of one cubic meter), we will calculate the weight of each crop. Calculation by crops: Sunflower: The bulk density of sunflower varies within 380-450 kg / m³. 1.539m3∗380kg / m3≈585kg 1.539m3∗450kg / m3≈690kg Thus, on average, such a big bag can contain from 585 to 690 kg of sunflower. Wheat: The average bulk density of wheat is 750-800 kg / m³. 1.539m3∗775kg / m3 (average) ≈1190kg So, a big bag can hold approximately 1150-1230 kg of wheat. Beans: The bulk density of beans is on average about 800 kg / m³. 1.539m3∗800kg / m3≈1230kg So, the expected weight of beans in a big bag is about 1230 kg. Soybeans: The bulk density of soybeans is approximately 720-750 kg / m³.
1.539m3∗735kg / m3 (average) ≈1130kg Accordingly, such a big bag can contain an average of 1100-1150 kg of soybeans. It is important to remember that the actual weight may vary slightly depending on the moisture content, variety and purity of the grain. The calculations given are approximate for products with standard average indicators.
