Features
Naturally Antimicrobial
Native anti-bacterial and anti-microbial properties.
EPA Certified
Copper alloy horseshoes kill 99.9% of bacteria on contact.
Kawell Copper alloy inserts - A premium insert with multiple benefits. EPA-certified, this alloy has been shown to eliminate up to 99.99% of bacteria and fungi. Alloying copper with other metals increases strength without compromising copper’s natural antimicrobial benefits. Aiding the treating or prevention thrush. This innovative design not only promotes hoof health but also contributes to significant cost savings by reducing expenses associated with hoof damage over time.
Description
Kawell Copper Alloy Insert comes on 2 sizes available to fix shoes from 2x0 t 4 comfortable . It is protected under U.S. Patent No. 9,107,398 B2 and registered with the Copper Development Association as UNS Alloy No. C6915. This copper alloy is approved by the Environmental Protection Agency (EPA Registration No. 82012-3) and is effective against thrush. The alloy has been proven effective against Oydii, Scopulariopsis spp., Aspergillus spp., Penicillium spp., Fusobacterium necrophorum, and various yeasts.
Key Features
- Eliminates up to 99.99% of bacteria and fungi
- Can be braze or weld into copper alloy horseshoes
- Can be braze or weld into copper steel horseshoes
- Composition: 85.5% copper
- Tread by contact killing bacteria and fungi's
- The only insert on the market certified to treat thrush
- treat thrush
- Only EPA approved copper alloy insert in the market
- Similar wear and tear as steel
- Can be reset
- Decreases of costs associated to hoof damage over time
FAQs
What kind of horse can benefit from copper alloy horseshoes?
Any horse that has problems resulting from bacterial or fungal infections, such as thrush, white line disease and chronic abscesses, which can be especially prevalent in wet or humid climates, or in situations where the conditions in which the horse is kept make the horse susceptible to these problems. In addition, due to the shock absorption qualities of the shoes, any horse that can benefit from minimizing shock to the feet legs, such as endurance horses and horses ridden on hard surfaces, such as concrete or asphalt pavement. Endurance horses that have used these shoes in events have been shown to have little to no leg swelling (stocking up) and soreness after the event, and their race times have shown considerable improvements when compared to wearing steel shoes.
Do copper alloy shoes require any special handling when shaping or modifying?
Copper alloy horseshoes can be shaped both cold and hot. When shaped cold, they work similarly to steel shoes, but with slightly more spring when struck with a shaping hammer. When shaped hot, the copper shoes can easily handle temperatures up to 1100°F, as determined by Tempilstik® testing. The copper alloy shoes can also be brazed or welded just like steel.
Is copper alloy a softer metal, and will the shoes hold up?
Kawell copper alloy shoes perform as well as steel shoes in terms of durability. These shoes are not 100% copper; they contain 85.5% copper.
What makes copper alloy antimicrobial, and how does it work?
Kawell's Copper Alloy is naturally antimicrobial due to it's ability to release copper salts when exposed to moisture, oxygen, and salts in the environment. These copper salts are toxic to a wide range of microorganisms, including bacteria, fungi, and some viruses. When microbes come into contact with a copper alloy surface, the copper salts penetrate their cell walls, disrupt their metabolic processes, and damage their DNA and proteins. This multi-targeted attack overwhelms the organism, causing rapid cell death and preventing replication. Unlike chemical disinfectants, copper alloy's antimicrobial action is continuous and doesn’t rely on active application, making Kawell's Copper Alloy an effective and long-lasting solution for reducing microbial contamination.
What causes thrush in horse hooves?
Thrush in horses is a common bacterial infection, often caused by Fusobacterium necrophorum, that attacks the frog of the hoof. It thrives in wet, muddy, or unhygienic conditions.
Can copper alloy horseshoes and inserts treat Thrush, White Line Disease and Seedy Toe?
Yes, they are the only guaranteed treatment on the market. Copper alloys, such as those used in Kawell USA products, release ions that can destroy the cell membranes, DNA/RNA, and proteins of microbes responsible for thrush, white line disease, and seedy toe.
Can copper alloy horseshoes replace topical thrush treatments?
Yes, the copper alloy insert is placed directly over the frog and releases ions 24/7 over the affected area, reaching deep into the infected tissue. No topical treatment of any kind is needed, as Kawell inserts are the only guaranteed treatment on the market.
What is seedy toe in horses?
Seedy toe is the separation of the hoof wall from the underlying laminar layer, usually at the white line, creating a cavity filled with crumbly necrotic horn. It is often caused by bacterial or fungal infections.
What is white line disease in horses?
White line disease (WLD) in horses is a progressive, non-inflammatory infection caused by bacteria, fungi, or yeast that invade and digest the inner hoof wall.
Can copper-based tools replace chemical disinfectants?
No chemical or antibacterial cleaners are needed — the copper naturally self-sanitizes by eliminating bacteria on its surface.
Customer Reviews
Related Products
Keeping Your Horse’s Hooves Thrush-Free is Easier Than You Thought!
That unmistakable rotting smell coming from your horse's hooves? That's thrush — and it's more manageable than you think. Learn how to identify, tr...
Read more
5 Natural Remedies Every Barn Should Have This Winter for Optimal Care
Keep horses healthy this winter with Kawell USA’s natural remedies — from copper hoof care to Matico and Dragon’s Blood healing sprays for optimal ...
Read more
Winter Horse Care 101: Preventing Cracks, Thrush, and Dry Coats
Keep your horse healthy this winter with Kawell USA’s natural products—prevent cracks, thrush, and dry coats using copper alloy and plant-based car...
Read more