ANIMAL HEALTH

PEROXIFENCE

ACTIVATED PEROXIDE SANITIZING TEAT DIP

Peroxide & Lactic Acid

We Combine Innovative Technologies And Advanced Formulations To Bring You The Best Teat Dips On The Market.

A Great Choice For Farms With High Iodine In Milk.
Peroxifence is a unique, Peroxide and Lactic Acid based teat dip that provides fast, broad spectrum germicidal activity both pre and post milking. Non-irritating formula helps teat conditioning. Gentle on teats and hands.
Peroxifence defends against and attacks mastitis-causing bacteria – helping to protect your productivity and profit, and is formulated with safer alternatives to Nonylphenol Ethoxylates (NPEs).

• Gentle on teat skin •

Volumes:

18.9 L | 56.78 L | 208.2 L | 1041 L

DIN: 02480905

When you choose London Dairy Supply teat dips you are using one of the most advanced teat dip products on the market.

GENTLE ON TEAT SKIN AND THE ENVIRONMENT

  • A Great Choice For Farms With High Iodine In Milk.
  • Peroxide and Lactic Acid based teat dip
  • Provides a more environmentally-friendly alternative to products formulated with nonylphenol ethoxylates (NPEs).
  • Fast kill
  • Broad spectrum germicide both before and after milking
  • Non-irritating formula 
  • Gentle on teats and hands.
  • Protect productivity and profits 

WHAT ARE NPE'S

Nonylphenol ethoxylates (NPEs) are endocrine disrupters shown to be toxic
to aquatic life. They also can have negative residual effects on both animals and humans. NPEs are widely used to manufacture teat dips and dairy cleaning agents. Some milk buyers in Europe, China and other countries are no longer purchasing milk from farms that use NPEs.

London Dairy Supply The Safer Choice

  • The vast majority of London Dairy Supply Teat Dips, Detergents and Sanitizers are free of nonylphenol ethoxylates (NPEs).

  • NPEs are endocrine disrupters shown to be toxic to aquatic life, with potential negative residual effects on both animals and humans.

  • Select London Dairy Supply products are made using safer alternatives that have not been shown to be genotoxic, mutagenic, carcinogenic or toxic to aquatic life.

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