Looking at the New Industry Opportunities Behind Permethrin

Choosing the Right Pyrethroid Insecticide
Pyrethroids are synthetic analogs of natural pyrethrins derived from chrysanthemum flowers. Among the most widely used in this category are permethrin, bifenthrin, and deltamethrin. These active ingredients are commonly used for pest control in residential, commercial, and agricultural settings. While all three belong to the same chemical family, each offers distinct properties in terms of insecticidal spectrum, residual activity, toxicity, and formulation compatibility.

If you are a pest control service provider, product distributor, or facility manager, understanding the differences between these three compounds is essential to ensure targeted pest elimination and regulatory compliance.


Overview of the Three Active Ingredients



Active Ingredient
Chemical Class
IRAC Group
Target Site
Primary Uses




Permethrin
Type I Pyrethroid
Group 3A
Voltage-gated sodium channel
Household pests, pet protection, agriculture


Bifenthrin
Type I Pyrethroid
Group 3A
Voltage-gated sodium channel
Structural pests, turf and ornamental insects


Deltamethrin
Type II Pyrethroid (with α-cyano group)
Group 3A
Voltage-gated sodium channel
Public health pests, grain storage, vectors



All three disrupt nerve function in insects, leading to paralysis and death. However, their formulation types, environmental behavior, and safety profiles vary, affecting how and where each is used.


Detailed Comparison: Permethrin vs Bifenthrin vs Deltamethrin
1. Mode of Action and Spectrum

Permethrin provides broad-spectrum contact and residual control, effective against over 75 insect species. Its quick knockdown makes it ideal for fast action in residential and livestock settings.
Bifenthrin is particularly stable in soil and UV-resistant, making it highly effective in outdoor and structural applications, such as termite control and lawn care.
Deltamethrin offers high potency at low doses, especially against flying insects and vectors like mosquitoes, flies, and stored grain pests. Its α-cyano group increases toxicity to insects and improves residual control.

2. Residual Activity



Active Ingredient
Residual Effect (General Estimate)




Permethrin
Moderate (2–4 weeks, indoor use)


Bifenthrin
Long (up to 90 days in some outdoor uses)


Deltamethrin
Strong (4–8 weeks, depending on surface)



Bifenthrin is often chosen when long-term outdoor residual action is needed. Deltamethrin performs well on non-porous indoor surfaces and is often used in food-safe formulations.

3. Toxicity and Safety
All three compounds are considered low in mammalian toxicity when used as directed. However, their environmental impact differs:




Toxicity Concerns
Permethrin
Bifenthrin
Deltamethrin




Aquatic Toxicity
High
High
Very High


Bee Toxicity
Moderate
High
Very High


Human Safety (label use)
Acceptable
Acceptable
Acceptable



Note: All three should be used carefully around pollinators and aquatic habitats, with drift management and label precautions strictly followed.

4. Common Applications



Use Case
Recommended Active Ingredient




Residential indoor pests
Permethrin, Deltamethrin


Termite barriers
Bifenthrin


Mosquito and fly control
Deltamethrin


Turf, ornamental, perimeter
Bifenthrin


Livestock pest control
Permethrin


Stored grain pest control
Deltamethrin




Formulations Available
At Shijiazhuang Pomais Technology Co., Ltd., we manufacture and supply a wide range of pyrethroid insecticides in multiple formulations to suit different markets and application methods:


Permethrin: 10% EC, 25% EC, 50% EC, 5% SC
Bifenthrin: 2.5% EC, 10% EC, 20% SC, 25% WP
Deltamethrin: 2.5% EC, 2.5% SC, 5% WP, 25 g/l ULV

We support custom formulation development, OEM/ODM private labeling, and global export compliance.


Which One Should You Choose?
The right choice depends on your target pests, application site, and desired duration of control.


Choose Permethrin for general household and livestock pest control with quick action.
Use Bifenthrin for long-lasting outdoor applications, termite prevention, and turf insects.
Opt for Deltamethrin for public health campaigns, flying insects, and stored product pests with minimal residue risk in sensitive areas.


Conclusion
Permethrin, Bifenthrin, and Deltamethrin each play an essential role in modern pest management strategies. While they share a common mechanism as pyrethroids, their performance characteristics, formulation compatibility, and regulatory classifications vary significantly.

By understanding their strengths and limitations, you can select the optimal insecticide for your specific use case and environment.


Partner with a Professional Manufacturer
At Pomais Technology, we specialize in manufacturing and exporting high-quality insecticides for global markets. Our strengths include:


Full-range pyrethroid insecticide production
Over 10 years of OEM/ODM experience
Custom labeling, packaging, and branding services
Free samples and regulatory documentation support (COA, MSDS, TDS, etc.)

Contact us to discuss your procurement needs, request a quotation, or receive technical support on product selection.