Esi Ceramic Six Stream Nozzles For Nutrient Application Nozzle Streaming
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11006 Ceramic.6Gpm Includes Cap And
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11004 Ceramic.4Gpm Includes Cap And
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11002 Ceramic.2Gpm Includes Cap And
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-110025 Ceramic.25Gpm Includes Cap
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11003 Ceramic.3Gpm Includes Cap And
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11005 Ceramic.5Gpm Includes Cap And
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11008 Ceramic.8Gpm Includes Cap And
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11010 Ceramic 1.0Gpm Includes Cap
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-11015 Ceramic 1.5Gpm Includes Cap
Esi Ceramic Six Stream Nozzles For Nutrient Application Fc-Esi-110015 Ceramic.15Gpm Includes Cap

ESI CERAMIC Six Stream Nozzles for Nutrient Application

SKU: FC-ESI-110015
Sale price
$13.75 CAD
Regular price
$14.19 CAD
You save
$0.44 CAD (3%)
Taxes and shipping calculated at checkout
Nozzle Size and Configuration:
FC-ESI-110015 Ceramic .15gpm Includes Cap and seal
In stock and ready for shipping

Frequently Bought Together

Description

The ESI CERAMIC six stream nozzle is designed for applying liquid fertilizer. It creates six individual streams that distribute the fertilizer on the soil while getting
less on the crop. The wear resistant metering orifice and unique low pressure distribution chamber keep the streams stable to reduce atomization and
prevent leaf burn and scorching. Spacing and spray height is similar to 110deg broadcast nozzles.

- Six streams distribute fertilizer more evenly than one single stream
- CERAMIC HIGHLY Wear-resistant orifice for long product life
- FastCap includes nozzle, cap and gasket

SPRAY IT NOZZLE CALCULATOR

Use the chart below please multiply your desired rate by the conversion factor and use a Standard Nozzle Chart

eg. Desired rate of 10usg/ac of 28-0-0   

10usg x 1.13=11.3usg/ac

So instead of looking up 10usg/ac you would look up 11.3usg/ac to find the correct nozzle size for your speed and rate.

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