Product Information

Great Aussie Stock Aids produce three primary products: Original Mix, Original Mix + 6% Urea and Double Salt and can produce custom mixes on request, in minimum 6 tonne loads. Please contact us to discuss your requirements.

All mixes are sold as a loose mix in 25kg bags or in bulk. Producing a loose mix, rather than blocks, enables us to maintain a well-priced product, helps ensure each animal gets an even, easily available intake of nutrients, and means it can quickly be added to a feedlot ration.

Base ingredients of Great Aussie Stock Aids include lime, molasses, gypsum and salt. In addition, a ruminant premix is added. The analysis of our base ingredients and the ruminant premix can be found in separate tables below.


Base Ingredients: Lime, Salt (22%), Gypsum & Molasses (1.5-3%)
Macro Minerals (g/kg)
Ca (Calcium)191
Na (Sodium) 75
S (Sulphur)50
Mg (Magnesium)3.4
K (Potassium)0.9
P (Phosphorus)< 0.1
 
Micro Minerals (mg/kg)
Co (Cobalt)4000
Fe (Iron)600
Mn (Manganese)< 100
Zn (Zinc) 30
Cu (Copper)10
 
Ruminant Premix (1 kg/tonne added)
Active Ingredient Content /kg
Vitamin A5 MIU
Vitamin D31 MIU
Vitamin E20g
Sodium Sulphate200g
Magnesium132g
Iron50g
Manganese40g
Zinc30g
Copper10g
Iodine0.5g
Selenium0.3g
Cobalt0.1g

Benefits of the mixes

Original Mix - Designed to supplement the diet of your livestock, providing essential minerals, vitamins, and nutrients. This balanced formula promotes better overall health, improves feed efficiency, and boosts productivity.

Original Mix + 6% Urea - Enhances animal protein intake, especially when feed quality is lower. The inclusion of non-protein nitrogen allows rumen microbes to convert it into protein, improving the utilization of low-quality feed. It can also stimulate increased appetite, encouraging higher dry feed consumption—perfect for animals grazing on stubbles or dry pastures, particularly through the summer months.

Double Salt Mix - Supports hydration, which is key for optimal digestion and nutrient absorption. It helps prevent mineral and electrolyte deficiencies.