AccuPulse® TwinJet

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).

Specifically designed for use on sprayers equipped with Pulse Width Modulation (PWM) spray tip control. Can also be used for non-PWM applications, where maximum drift control is desired. Non-air induction Twin spray tip, that produces highly drift-resistant droplets (XC and UC). Patent-pending recirculating design and concave exit orifice geometry provide optimal spray performance. Twin spray pattern allows for improved coverage and canopy penetration. Compact design fits into tight boom spaces and is less likely to be damaged during field use. Available in ten VisiFlo® Polymer (VP) capacities. Optimal for burndown, pre-emerge, and post-emerge systemic applications. Automatic spray alignment with Quick TeeJet® cap and gasket 114441A-*-CELR (01 to 08) or 114502A-*-CELR (10 and 12).