Ema-ject® is the only tree injectable form of emamectin benzoate in Australia. It is a completely novel water-soluble chemistry line unlike any other registered internationally.
International studies have shown that Emamectin Benzoate is effective in controlling a broader range of insect pests than neonicotinyls.
Ema-ject® has high water solubility and systemicity, it translocate’s quickly throughout the canopy offering long term protection on labelled insect pests. Ema-ject® when trunk injected offers a superior environmental alternative to comparative registered products.
There are no restrictions of use in River Red Gum (Eucalyptus camaldulensis). Treatment can still be undertaken even when the trees are in flower. This is a significant formulation advancement in tree injectable technology. Independent studies have shown that no detectable floral residues were found in buds, nectar, and pollen in multiple eucalyptus species. Whereas the comparative product was present at lethal levels to pollinators in residue tests. The APVMA, the national regulator, is satisfied that Ema-ject® when used as per label presents a minimal risk to the environment.
Ema-ject® was invented and developed in Australia by Environmental Tree Technologies, a wholly Australian owned company.
The Ema-ject label includes:
- Elm Leaf Beetle, all susceptible elm species.
- River Red Gum for Lerp infestation.
- Platanus species “Plane Trees” for Sycamore Lacebug.
- Further label additions & amendments pending.
Off label Permits issued as pests present.
Product Profile
Active constituent: 15 g/L Emamectin Benzoate
Chemical group: Macrocyclic Lactone
Activity group: Group 6 Insecticide
Formulation type: Ready to use
Pack sizes available: 200 mL, 1 L, 2 L
APVMA Approval No: 88692/121997
Features & Advantages
- Emamectin Benzoate is a bio-pesticide derived from Streptomyces Avermitilis.
- Ema-ject® is a new and novel water-soluble formulation of emamectin benzoate.
- Invented, developed, and formulated entirely within Australia.
- A 100% Australian owned company.
- No detectable residues, in buds, pollen, and nectar in multiple eucalyptus species
- Environmentally safer, presents a low risk to pollinating insects such as bees
- A different class of chemistry, and a safer alternative to neonicotinoids.
- Offers a broader spectrum of control compared to neonicotinoids.
- No resistance issues in target insect pests.
- Requires eight times less active ingredient than comparitive products with equal or better control.
- One treatment offers long term persistent control on labelled insect pests.
- Low-viscosity, won’t clog up injecting equipment and devices.
- Rapid systemic uptake within the xylem with phloem activity detected.
- Free owing, wont precipitate out in the xylem at the injection points.
- Wider injection spacings, requiring less plugs, ensuring reduced treatment time and costs.
Application Rate
2.6 – 5 mL per hole with 20 cm spacing between holes
3.3 – 6.3 mL per hole with 25 cm spacing between holes
Use tree injection devices to apply the chemical. Hole spacing should be 20 cm to 25 cm apart depending on the height of the tree.
Use higher rate when pest infestation is high.
Avoid application beneath areas of rot, wounding or other areas where vertical systemic uptake may be blocked within the tree. Where possible inject directly in line beneath branches or limbs.
General Instructions
No dilution is required; this product is intended to be applied undiluted directly into the trunk or branches of trees in order to provide systemic control of insect pests.
Ema-ject® can be used as directed on ornamental trees in residential areas, business and oce complexes, shopping complexes, golf courses, airports, cemeteries, parks, playgrounds, and athletic elds. Ema-ject® can be used in commercial forestry production, nurseries, greenhouses, and in state, federal, and local recreational forests.
FAQs
It is recommended that trained horticulturalists, arborists or otherwise experienced or qualified persons perform the treatment with this product on commercial projects.