TurfRx Si Benefits at a Glance
- Stronger Turf Structure – Enhances calcium uptake and distribution for firm playing surfaces.
- Reduced Ball Marks – More resilient turf that heals and recovers faster.
- Improved Green Speed – Smoother, truer playing surfaces athletes notice.
- Better Quality of Cut – Stronger turf blades deliver a cleaner cut and consistent mowing.
- Moisture Retention & Drought Tolerance – Coats and protects cell walls to help turf hold water longer.
- Stress Resilience – Silicon fortifies turf against heat, drought, and traffic stress.
- Season-Long Durability – Slows cell wall breakdown for longer-lasting turf health and playability.
- Pristine Aesthetics – Keeps turf stronger, smoother, and visually appealing across the course.
The tool for managers who want turf that stands stronger, plays better, and lasts longer.
Suggested Rate
| Rate | 0.25 – 1 gal/acre |
|---|---|
| Timing | Every 1–4 weeks, or as needed |
| Special Notes | Water in for best results. |
From the Course — Common Questions
Why is Silicon Important to Turf Health?
Plant-available silicon strengthens turf by reinforcing cell walls, improving stress tolerance, and enhancing nutrient movement. The result is denser, more resilient playing surfaces that hold up under pressure.
What Form of Silicon Is in TurfRx Si?
TurfRx Si delivers soluble monosilicic acid — the only form plants can absorb and use immediately. Very minimal amounts are needed because of its efficiency, and it is slow release, meaning it can provide a steadier supply of strength and stress defense over time. Calcium acts as a carrier, while silicon delivers the strength and stress defense.
How Does Turf Take It Up?
Silicon in most soils is unavailable, but once converted to monosilicic acid, it dissolves in water and moves directly into the plant with normal water uptake. Inside the plant, it reinforces cell walls, creating stronger, more durable turf.
Why Am I Able to Reduce My Pesticide Use With TurfRx Si?
Thicker, stronger walls help plants reduce stress-induced susceptibility to better defend themselves, so they can stay productive with less chemical intervention.