FAQ
What is Polyoxin 10% WP and how does it work?
Polyoxin 10% WP is a fungicide that
contains the active ingredient Polyoxin D Zinc Salt. It works by inhibiting chitin synthesis
in the cell walls of fungal pathogens, disrupting their growth and leading to their eventual
death. This mode of action makes Polyoxin 10% WP an effective tool for controlling a wide
range of plant diseases.
How should Polyoxin 10% WP be applied for optimal
results?
Polyoxin 10% WP should be applied preventatively or at the first sign of
disease. It can be mixed with water and sprayed onto plants using a backpack or handheld
sprayer. Care should be taken to ensure thorough coverage of all plant surfaces, including
the undersides of leaves. Repeat applications may be necessary, depending on the severity of
the disease and the crop being treated.
What crops can Polyoxin 10% WP be used
on?
Polyoxin 10% WP can be used on a variety of crops, including but not limited to
fruits, vegetables, ornamentals, and turfgrass. It is important to always consult the
product label for specific crop recommendations and application rates to ensure safe and
effective use.
Is Polyoxin 10% WP safe for the environment?
Polyoxin 10% WP is
considered to be safe for the environment when used according to the label instructions. It
has a low risk of leaching into groundwater or causing harm to non-target organisms.
However, it is always important to follow best practices for pesticide use, such as avoiding
drift onto nearby water sources or sensitive habitats.
Can Polyoxin 10% WP be
tank-mixed with other pesticides?
Polyoxin 10% WP can be tank-mixed with certain
other pesticides, depending on the compatibility of the products. It is recommended to
conduct a small-scale compatibility test before proceeding with a full tank mix to ensure
that the products do not react negatively with each other. Always follow the label
instructions for tank-mixing and consult a local agronomist for specific
recommendations.
What are the benefits of using Polyoxin 10% WP in disease management
programs?
Polyoxin 10% WP offers several benefits for disease management, including
its broad-spectrum activity against fungal pathogens, its unique mode of action that reduces
the risk of resistance development, and its compatibility with integrated pest management
(IPM) programs. By incorporating Polyoxin 10% WP into a disease management program, growers
can help protect their crops from a wide range of diseases while minimizing the
environmental impact of their pest control practices.
How does Polyoxin 10% WP
compare to other fungicides on the market?
Polyoxin 10% WP stands out from other
fungicides on the market due to its novel mode of action, which targets chitin synthesis in
fungal pathogens. This unique mechanism of action makes Polyoxin 10% WP an effective tool
for managing diseases that may be resistant to other types of fungicides. Additionally,
Polyoxin 10% WP has a low risk of causing phytotoxicity in most crops, making it a versatile
and safe option for disease control.
What is the shelf life of Polyoxin 10% WP and
how should it be stored?
Polyoxin 10% WP has a shelf life of two years when stored in
a cool, dry place away from direct sunlight and sources of heat. It is important to keep the
product tightly sealed in its original container and to avoid exposing it to extreme
temperatures or moisture, as this can reduce its efficacy. Before each use, it is
recommended to check the product for any signs of deterioration, such as clumping or
discoloration, and to dispose of any expired or compromised product properly.
In what
situations should Polyoxin 10% WP be used as part of a disease management
program?
Polyoxin 10% WP should be used as part of a disease management program when
there is a risk of fungal diseases developing in the crops or plants being treated. It is
particularly useful for controlling diseases caused by pathogens that are resistant to other
types of fungicides, as well as for managing diseases in organic production systems. By
incorporating Polyoxin 10% WP into a comprehensive disease management strategy, growers can
help protect their crops and maximize their yields while minimizing the environmental impact
of their pest control practices.
