LI 700 Non-ionic Surfactant

LI 700 is a premium soy-oil derived, non-ionic penetrating surfactant. Available in Qt & Gal

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LI 700 Non-ionic Surfactant is a premium soy-oil derived, non-ionic penetrating surfactant, which reduces off-target spray drift, and reduces spray water pH.

Unique formulation technology and quality ingredients separate LI 700 from the imitators. Contains LECI-TECH chemistry.

LI 700 Non-ionic Surfactant Benefits:

LI 700 surfactant properties improve spray droplet deposition, adhesion and coverage of spray material on leaf surfaces.
Penetrant properties maximize the effectiveness of systemic herbicides, insecticides, fungicides, miticides, PGR's and foliar applied nutrients.
Acidification properties prevent degradation of pesticide caused by high pH water.
Drift reduction properties of LI 700 lower potential for off-target spray and improves deposition of spray droplets.
Soy-oil derived components in LI 700 provide excellent crop safety and replaces petroleum-based components with farm-grown components.
LI 700 is a low-foaming surfactant and will not cause foam problems in the spray tank.

Manufacturer:
Loveland Products
Individual Size:
1 Qt., 1 Gal. and 2.5 Gal.
Active Ingredient:
N/A
EPA Signal Word:
DANGER (Professional Use)
Application Methods:
Foliar Spray

LI700 Non-ionic Surfactant is one of the most researched adjuvants in the world and its multifunctional properties are well understood. LI 700 is made from a blend of Lecithin oil, propionic acid (a weak organic acid) and various surfactants. This combination of ingredients gives LI 700 a wide range of properties that can greatly enhance pesticide performance in several ways.

Spreading and wetting

LI700 Non-ionic Surfactant reduces the surface tension of spray droplets, allowing them to spread over a greater surface area which greatly increases coverage. In this regard LI 700 is not different to a typical adjuvant.

LI 700 does more. Its acidifying properties protect many pesticides from chemical degradation in the tank and provide a more favourable pH environment on the leaf surface for their uptake. Its multifunctional chemistry opens cuticle pathways in the waxy layer of the plant and increases penetration and translocation to the target sites.

Disclaimer: Exposure to almost any pesticide can cause illness. Some pesticides are so toxic even a small quantity can be dangerous to the operator, bystanders, pets, livestock and wildlife. To apply any pesticide safely, your most important source of information is the label on the container. Read and follow the directions on it.

Please read all pesticide labels prior to use. The information contained at this web site is not a substitute for a pesticide label. Trade names used herein are for convenience only; no endorsement of products is intended, nor is criticism of unnamed products implied. Most of the agri-chemical and pesticide information is historical in nature and may no longer be applicable.

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