Yellow Corn Meal

Offered Yellow Corn Meal is known for its nutrient-enriched content. This feed preservative has been produced from natural extracts. Its moisture content is 12%. This feed contains a maximum 81.9% starch and up to 0.9% sand silica. It offers 2.25% crude fiber and 4% crude fat. Its crude protein based content is maximum 9%. Besides these, the feed also contains maximum 0.36% natural phosphorous and up to 0.08% natural calcium. Free from foreign matters, this Yellow Corn Meal is accessible in coarse mash form. Its content is 100% vegetarian.

Key Advantages:

• Uniform Quality Maintenance.
• Zero Atmospheric Packing, so longer shelf life.
• Zero Production and Processing Expense for Buyer.
• Safe Trade without any quality based apprehensions at mutual trade.
• Round the Year Availability
• Best alternative of Yellow Corn Seed
• Mammoth Supply Ability
• Proximity to well equipped ports (between 350 to 375 Kms)

Technical Specification: Yellow Corn Meal (YCM-010309)

Suitable: as Animal Feed Yellow Corn or Poultry Feed Maize

• Crude Protein (% Between) : 7.5 9
• Crude Fat (% Between) : 2.5 4
• Crude Fiber (% Between) : 1 2.25
• Moisture (% Maximum) : 12
• Starch Content (% Between) : 75 81.9
• Crude Ash (% Between) : 0.5 1.8
• Sand Silica (% Between) : 0.2 0.9
• Natural Phosphorus Content (% Between) : 0.25 0.36
• Natural Calcium Content (% Between) : 0.01 0.08
• Germination Index of the Seed (% Between) : 90 94
• Foreign Matter : Nil
• Crop : Latest Cultivation
• Coarse Mash Size (Mash Between) : 14-18

GENERAL DETAILS

• Ingredients : Indian Yellow Corn Grade-1
• Ingredient Profile : 100% Vegetarian
• Product Form : Coarse Mash Form
• Moisture % Maximum – 12
• Product Branding – HAF®
• Net Weight : 39 Kgs When Packed
• Product Pricing : On Unit Basis (for each 39 Kgs Packing)
• Production Capacity per Day : 450 MT/Day
• Factory Visit : Not Permissible
• Fumigation : Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
• Clinical Test Methodology : As per IS:2052 Proximate Analysis on Dry Matter Basis