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Agricultural facilities such as livestock and dairy farms need highly durable concrete for areas where constant animal traffic, heavy equipment, abrasive materials and frequent washdowns impact the service life and cost to maintain.
Typical agricultural applications include:
Concrete in these settings is subjected to harsh service conditions. Dairy cows can take thousands of steps per day across concrete floors, creating constant abrasion and wear. The repetitive impact of hooves gradually erodes the surface, exposing aggregate and creating rough, uneven areas.
In addition, manure, urine, silage leachate, and cleaning chemicals expose concrete to aggressive chemical attack. Moisture penetration, freeze-thaw cycles in colder climates, and mechanical scraping from manure removal equipment further accelerate deterioration.
As concrete surfaces wear, they often become rough, pitted, and cracked. This can create significant animal welfare and productivity concerns. Uneven or slippery floors increase the risk of slips, falls, and hoof injuries.
Excessive hoof wear, lameness, and joint stress are major concerns in dairy operations, where cow comfort directly affects milk production, reproductive performance, and overall herd health. Damaged concrete also becomes more difficult to clean, creating sanitation challenges and increasing maintenance costs for farm operators.
Enhancing concrete durability through specialized admixtures offers a practical way to address these challenges.
Hard-Cem®, Kryton’s integral abrasion resisting concrete admixture:
Protection against water ingress is also important for agricultural environments, where the health and safety of livestock is critical.
KIM®, Kryton’s integral waterproofing admixture, provides additional protection by:
When used together, abrasion-resistant and waterproofing admixtures can significantly improve the long-term performance of agricultural concrete. The result is a more durable, safer, and easier-to-maintain surface that supports animal welfare, reduces lifecycle costs, and helps farm operators maximize the value of their infrastructure investments. In high-traffic dairy and livestock facilities, these durability enhancements can provide substantial economic and operational benefits over the life of the structure.
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