ZEOLITE Pet Odor Controll for your Pet's Dog Run, Synthetic Grass or Synlawn

An Excellent Pet Odor Control for Lawns and Dog Runs:

Perfect Lawn Natural Pet Crystals are uniquely effective in adsorbing ammonia and hydrogen sulfide gasses. These naturally occurring properties make our natural Zeolite Crystals ideal for use in Natural and Synthetic Grass, Dog Runs and Horse Corrals to prevent emanation of irritating pet waste odors by effectivly controling the irritating gases and smells typically associated with family pets and horses.

Unlike other odor treatment products that mask offensive odors, Perfect Lawn Natural Pet Crystals binds and captures many of the source gases in its naturally occurring matrix used for stalls, barns, kennels, dog runs fake, Synlawn, natural and Synthetic Grass areas.

Organic Zeolite crystals can be added to your Synthetic grass installation reducing 80% of the odors caused by the ammonia in pet waste.  The good news is that in addition to eliminating the majority of pet odors, it naturally renews itself with each rain or by occasionally hosing it down.  This product works well with SynLawn and other fake grass applications.

Zeolite is a naturally occurring mineral mined in the mountains high above California’s Death Valley.  It is safe for kids, pets and the environment.  Natural Zeolite crystals are also used for drinking water purification, professional aquarium filter systems and also as a daily mineral supplement for natural healing and detoxifying.

Keep your yard and grass looking and smelling its best with Perfect Lawn Natural Pet Crystals!

ZEOLITE’S SCIENTIFIC PROPERTIES:

The most fundamental consideration regarding the adsorption of chemical species and odors by Zeolite is molecular sieving. Species with a kinetic diameter which makes them too large to pass through a Zeolite pore are effectively “sieved.” This “sieve” effect can be utilized to produce sharp separations of molecules by size and shape; thus providing for an excellent medium for odor absorption.

The particular affinity a species has for an internal Zeolite cavity depends on electronic considerations. The strong electrostatic field within a Zeolite cavity results in very strong interaction with polar molecules such as water. Non-polar molecules are also strongly adsorbed due to the polarizing power of these electric fields. Thus, excellent separations can be achieved by Zeolite even when no steric hindrance occurs.  Zeolite’s unique odor absorption properties can continue to function for many years.

Adsorption based on molecular sieving, electrostatic fields, and polarizability are always reversible in theory and usually reversible in practice. This allows the Zeolite to be reused many times, cycling between adsorption and desorption. This accounts for the considerable economic value of Zeolite in adsorptive applications and odor control.