Australian Home Turf Maintenance Products & Services
Green Envy Dye
$50.00 10% inc
or 4 payments of $12.50 with Wizit learn more
Envy is a long lasting green pigment with a high UV tolerance and therefore excellent longevity. Envy produces very natural looking lush green grass, designed for dormant warm season grasses.
Application
| Jan | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov | Dec |
| x | x | x | x | x |
Recommended application rate: 50-100ml per 100sqm in 5 -10lts of water
When tank mixing this product with other liquid products for the first time, it is recommended to carry out a small test to determine product compatibility.
Packaging
Product is available in 1 L containers.
Product Description
Envy is a long lasting green pigment with a high UV tolerance and therefore excellent longevity. Envy produces very natural looking lush green grass, designed for dormant warm season grasses.
| Weight | 1 kg |
|---|---|
| Packaging | Product is available in 10 L containers. |
Ideal for use on all grass varieties including Couch Grass, Kikuyu, Buffalo, Zoysia and all cool season grasses including Ryegrass and Fine Fescues. Can be used on warm season grasses including Couch Grass, Kikuyu, Buffalo, Zoysia to improve colour during dormancy and recommended to be mixed with Humic Iron.Doesn’t need irrigation to activate and can be mixed with all products.
Health and Safety
The product is essentially non-hazardous under normal use. Sensible precautions should be taken when spraying any chemicals, may cause reversible irritation to sensitive areas if suitable precautions are not taken before applying. The chemical (Hazard Information and Packaging for Supply) regulations do not apply to this product. Refer to the Material Safety Data Sheet or the product label for more information.
Envy Benefits
- Strongest pigment on the market approx. 20% more concentrated than most competitors
- High UV tolerance
- Natural looking colour
- Extremely long lasting
- Designed for all turf types and divot mixes
- Low application rates
