At a minimum floors for dairy cattle need to provide a flat surface that uniformly supports cows weight.
Concrete floors for cattle.
Use high quality concrete when making floors for livestock.
It can be compacted into a stable base on which concrete will be poured.
Start right good feedlots are built out of the subsoil that has less organic matter and is stable when wet or dry.
The polylast livestock floor cushioning effect means cattle are more comfortable and don t have to constantly struggle to maintain solid footing reducing pressure on hips and legs that can lead to lameness and downer cows.
Poor concrete will wear out.
The concrete can be washed off and cattle can be put on it with little or no effect on their feet.
It s exceptional slip resistance makes it the safest option for livestock use even when wet.
Whether or not to replace concrete floors with rubber flooring.
How to optimize traction on concrete floors using texturing and grooving.
Installing polylast livestock flooring eliminates the need for mats or.
Walking on the concrete floor comfortably with bare feet is a good way to determine if the floor will be acceptable for cows.
It is designed to provide non slip flooring during animal handling.
The flooring described in this article is designed for use in stockyards veterinary facilities truck loading pens ranch corrals feelot cattle handling systems and slaughter plants.
Anti slip aggregates milking center cow decks areas in and around remotely located restraint facilities and cattle loading chutes are all locations where cows and people interact.
Additionally floors must provide confident footing for the cow so she can navigate around the barn without worrying about slipping and possibly going.
Concrete is relatively cheap and durable for use in livestock facilities but it is far from an ideal surface for cows to walk and stand upon especially when it is covered with manure slurry.
If cows have to be put on before 28 days allow the concrete to cure for at least 7 days then wash it with a solution of 40 parts of water to 1 part of muriatic acid.