https://www.hardikinternational.in Latest Products Thu, 09 Apr 2026 09:59:34 +0530 en-us https://www.hardikinternational.in https://www.hardikinternational.in/mica-flakes.htm https://www.hardikinternational.in/mica-flakes.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/mica-scrap.htm https://www.hardikinternational.in/mica-scrap.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/biomass-briquettes.htm https://www.hardikinternational.in/biomass-briquettes.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/biomass-pellets.htm https://www.hardikinternational.in/biomass-pellets.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/groundnut-shell-powder.htm https://www.hardikinternational.in/groundnut-shell-powder.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/wood-powder.htm https://www.hardikinternational.in/wood-powder.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/calcium-chloride.htm https://www.hardikinternational.in/calcium-chloride.htm Tue, 03 Jan 2023 00:00:00 +0530 https://www.hardikinternational.in/fibro-seal.htm https://www.hardikinternational.in/fibro-seal.htm Sun, 28 Sep 2025 00:00:00 +0530 https://www.hardikinternational.in/maize-silage.htm https://www.hardikinternational.in/maize-silage.htm Mon, 29 Sep 2025 00:00:00 +0530 Corn silage is a type of preserved forage made from whole corn plants—including the stalk, leaves, cobs, and kernels—that are chopped, packed tightly, and fermented. It's a staple feed for ruminant livestock like dairy cows and beef cattle due to its high energy content and digestibility. 🔍 Overview: FeatureDescription Plant used Whole corn plant at the milk to dough stage of maturity Preservation method Anaerobic fermentation (silage process) Nutritional value High in energy, fiber, and fermented sugars Moisture content Typically 60-70% moisture Feeding Common in dairy and beef operations ✅ Advantages of Corn Silage: High yield per acre Energy-dense: especially important for high-producing dairy cows Good palatability: animals generally eat it readily Storage efficiency: compact and long-lasting when stored properly 🛠️ Silage Making Process (Steps): Harvesting: Done when corn is at 60–70% moisture (milk to early dent stage) Ensures proper sugar levels for fermentation Chopping: Particle size: ⅜ to ¾ inch Fine enough to pack tightly, coarse enough for rumen function Packing: Exclude as much oxygen as possible Prevents spoilage and promotes anaerobic fermentation Covering: Use plastic sheeting or silage covers Weigh down to prevent air and moisture infiltration Fermentation: 2–3 weeks of anaerobic bacterial activity Converts sugars into lactic acid, lowering pH (~3.8–4.2) Feeding: After fermentation is complete Remove daily feed face to minimize spoilage ⚖️ Nutritional Profile (Typical Ranges) NutrientAmount (% of Dry Matter) Dry Matter 30–35% Crude Protein 7–9% NDF (Fiber) 40–50% Starch 25–35% TDN (Energy) 65–75%   https://www.hardikinternational.in/corn-silage.htm https://www.hardikinternational.in/corn-silage.htm Sun, 28 Sep 2025 00:00:00 +0530 Corn silage is a type of preserved forage made from whole corn plants—including the stalk, leaves, cobs, and kernels—that are chopped, packed tightly, and fermented. It's a staple feed for ruminant livestock like dairy cows and beef cattle due to its high energy content and digestibility. 🔍 Overview: FeatureDescription Plant used Whole corn plant at the milk to dough stage of maturity Preservation method Anaerobic fermentation (silage process) Nutritional value High in energy, fiber, and fermented sugars Moisture content Typically 60-70% moisture Feeding Common in dairy and beef operations ✅ Advantages of Corn Silage: High yield per acre Energy-dense: especially important for high-producing dairy cows Good palatability: animals generally eat it readily Storage efficiency: compact and long-lasting when stored properly 🛠️ Silage Making Process (Steps): Harvesting: Done when corn is at 60–70% moisture (milk to early dent stage) Ensures proper sugar levels for fermentation Chopping: Particle size: ⅜ to ¾ inch Fine enough to pack tightly, coarse enough for rumen function Packing: Exclude as much oxygen as possible Prevents spoilage and promotes anaerobic fermentation Covering: Use plastic sheeting or silage covers Weigh down to prevent air and moisture infiltration Fermentation: 2–3 weeks of anaerobic bacterial activity Converts sugars into lactic acid, lowering pH (~3.8–4.2) Feeding: After fermentation is complete Remove daily feed face to minimize spoilage ⚖️ Nutritional Profile (Typical Ranges) NutrientAmount (% of Dry Matter) Dry Matter 30–35% Crude Protein 7–9% NDF (Fiber) 40–50% Starch 25–35% TDN (Energy) 65–75% Values vary depending on hybrid, harvest stage, and management.