Customizable Rings for Heavy Duty Indeterminate Tomato Plant Support
These Heavy Duty innovative Plant Support Rings and Heavy Duty EZ Step-In Posts are designed to reduce strain on plants, especially Beefsteak, Cherry, and Early Girl tomatoes.By redistributing weight, they ease pressure on the stalk/stem, allowing plants to focus energy on producing more fruit. This leads to healthier growth and higher yields.In addition, the flexibility to add extra support rings throughout the plant's growth cycle enhances stability and prevents damage. As the plant matures and the fruit grows heavier, these plant support rings can be easily incorporated, offering continuous support. This helps redirect the plant’s energy from supporting its own weight to further fruit development, ensuring optimal growth without risking damage to the stalk/ stem. The support system on the post ultimately facilitates vigorous, ongoing plant health and productivity.Key Features:- Support Rings: Add additional rings as the plants growth cycle continues without damage
- Shock Absorbers Affect: Support rings designed like shock absorbers in windy conditions
- Fully Adjustable: Up or down and rotate 360 degrees
- Weight Distribution: Reduces stress on the stem, supporting stronger growth
- Compact for Storage
- Also great for flowering plants: Yarrow, Sages, Amaranth, Peonies, Rose Bushes, Castor Bean
- Shipping Weight Approx; 12 lbs.
Includes:
(1) Powder-Coated Heavy Duty EZ Step-In Post 1/2" Diameter Solid Steel Rebar by 80" Tall (68" above the Ground)(3) Heavy Duty 8" Plant Support Rings (3) Heavy Duty Rod Clamps (3) Heavy Duty Locking Nuts(2) Heavy Duty 10" Plant Support Rings (2) Heavy Duty Rod Clamps (2) Heavy Duty Locking Nuts(1) Heavy Duty 12" Plant Support Ring (1) Heavy Duty Rod Clamp (1) Heavy Duty Locking Nut
Ensure your Indeterminate tomato plants thrive with the Heavy Duty Tomato Plant Support Kit. This durable support system features a Heavy Duty EZ Step-In Post and customizable support rings, providing long-lasting strength for healthy plant growth.