Industry leading Dust-Reduction Additive
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Probably the Best Dust-Off Additive in the World
Treat-Safe™ keeps more active ingredients on the seed during processing and planting for heightened product performance and better protection against disease and insects.
97% Active Ingredient Retained on the Seed
Industry standard active ingredient retention during seed treatment is only 35%!
Breathe Easy. Treat SMART.
- Treat-Safe is treating SMART. Active ingredient lost as ‘dust-off’ is a LOSS to crop’s potential and a LOSS to the farm’s financials. By saving active ingredient on your seed, you are saving dollars for your bottom line.
- Treat-Safe improves flowability to greatly reduce bridging and encourage more consistent seed flow at planting.
- Enhanced seeding consistency, more uniform treatment coverage, and increased product retention drives improved performance across the entire field.
What’s in the dust?
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Frequently Asked Questions
What is in the dust-off from seed treatments?
Dust-off is essentially active ingredient that is being wasted. Treat-Safe by McGregor improves seed treatment coverage and deposition, which results in reduced dust and more active ingredient retained on the seed during handling and planting.
Why is reducing dust-off important?
Seed treatment that is not attaching to the seed is a wasted investment. Treat-Safe not only improves plant performance and protection by retaining active ingredient on the seed, but also advances product stewardship by significantly reducing pollinator and worker exposure to dust-off.
How will reducing dust improve my bottom line?
Independent research not only shows a 90% overall dust reduction (as compared to the industry standard of 30-40%), but also shows an increase in the active ingredient that attaches to the seed. This is a huge opportunity for growers to improve their efficiency. With more of the product investment on the seed and in the ground, paired with application uniformity, Treat-Safe inherently leads to more consistent performance across the entire field.